CEL Aerospace is a Saint-Hubert designer and manufacturer of aircraft-engine test facilities, component test benches and CELDAS data acquisition and control systems. It combines mechanical and electrical integration with instrumentation, calibration, installation and life-cycle support for engine manufacturers, maintenance organizations and research operators. Customer evidence includes the operating hybrid/electric bench at Centre technologique en aérospatiale and Intermountain’s CEL-designed HTS900 test cell.
Operating context
CEL integrates the physical test cell with CELDAS controls, acquisition and calibration records. Its distributed architecture reduces wiring between cell and control room; electronic-engine-control interfaces and as-found/as-left calibration records support repeatable work. Support extends to torque, pressure, temperature, vibration, speed and fuel-flow channels, with planned maintenance and relocation.
Delivery evidence has different scopes. An Intermountain customer interview describes its CEL-designed HTS900 cell as operational from September 2021, correlated and rated to 2,500 shp. CEL identifies TEI’s delivered T700 facility; TEI separately records April 2021 correlation against GE’s cell. CTA credits CEL with design and manufacture of its operating hybrid/electric bench and advertises an operator test envelope up to 2 MW. These are installation-specific limits and milestones. CEL’s APS5000 Polish reference-cell and HGT1700 correlation statements remain vendor-attributed pending OEM records.
Canadian footprint
CEL publishes its head office at 7150 John-Molson Street, Saint-Hubert, Quebec. Its April 2025 report, covering the year ended August 31, 2024, places all assembly and manufacturing in Canada and 105 of 117 employees in Canada; the United States and Poland provide design and after-sales technical support. The current contact page also lists regional locations in Indianapolis, Rzeszów and Singapore. CTA’s CEL-built hybrid/electric bench provides a named Quebec customer installation.
Saint-Hubert, Quebec is the published city-level context for CEL Aerospace. It does not imply a street address or exact facility location.
CEL is a Canadian manufacturing and integration option for organizations building or renewing propulsion-test capacity. Its combination of complete cells, component benches, CELDAS and calibration can support both engine acceptance and maintenance workflows. CTA and Intermountain provide operational customer evidence; procurement decisions still turn on the exact engine or CMM configuration, correlation deliverables, site interfaces and funded execution schedule.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Propulsion test infrastructure and instrumentation
Fixed and modular engine/APU cells, controls and life-cycle support.
Read technical summary
CEL designs and delivers fixed and modular cells for turboprop, turboshaft, turbojet, turbofan and APU testing, including production, maintenance and research facilities. CELDAS combines engine controls and data acquisition with configuration-specific calibration and test reporting. Customer evidence now includes Intermountain’s operational HTS900 installation and CTA’s CEL-designed and manufactured hybrid/electric bench.
Evidence of maturity
Delivered installations: Intermountain’s 2022 customer interview describes an operational, correlated HTS900 cell; CTA identifies its CEL-built hybrid/electric bench in service by July 2026. CEL names TEI’s T700 delivery, while TEI separately reports April 2021 cell correlation. These do not certify every advertised engine variant; no TRL is assigned.
Commercial availability
Offered as customer-specific turnkey facilities, control-system upgrades and life-cycle support. Engine configuration, site utilities, OEM correlation, calibration uncertainty and acceptance tests determine usable scope.
Core features
Permanent-building and mobile sound-attenuated APU, turboprop and turboshaft cells; custom turbojet/turbofan facilities and upgrades
CELDAS distributed acquisition, electronic-engine-control interface, guided operation and spreadsheet reporting
As-found/as-left calibration records; end-to-end calibration for pressure, temperature, vibration, speed, fuel flow and torque
Intermountain installation described in a customer interview as operational, correlated and rated to 2,500 shp; its configuration supports HTS900 and LTS101
CTA’s CEL-built hybrid/electric bench operates within the customer’s advertised up-to-2 MW service envelope
Named CEL T700 delivery to TEI; TEI separately records T700-TEI-701D cell correlation against GE in April 2021
Calibration, planned maintenance, upgrades, relocation and remote technical support
Model-specific component stands with tooling, calibration and data acquisition.
Read technical summary
CEL designs and manufactures benches for fuel nozzles, fuel-control units, oil components, actuators and related engine accessories. Model 50200 checks fuel-nozzle flow and spray with calibrated master orifices; Model 50202 adds variable-drive FCU testing and configurable acquisition/reporting. These benches test components against their applicable maintenance manuals, separately from complete-engine test cells.
Evidence of maturity
Commercially catalogued model-specific equipment. Transport Canada awarded CEL a fuel-nozzle test-stand contract in July 2019 with a published total value of CAD261,568. The award does not establish acceptance or identify the stand model; current catalogue specifications are not retroactively assigned to it.
Commercial availability
Configured equipment available through CEL project sales, with calibration and support. Component maintenance manual, tooling, fluid and safety requirements determine the procurement specification.
Core features
Model 50200 fuel-nozzle acceptance tests with Coriolis flow measurement, controlled fluid temperature, spray imaging and calibrated master orifices
Model 50202 FCU stand with variable-speed drive, inline torque measurement, fluid controls and configurable CMM-based DAS
Public record
Recent activity
Jul 22, 2026
By July 22, 2026, Longueuil reported CTA’s hybrid/electric aircraft-engine bench in service and publicly unveiled, with Pratt & Whitney Canada as its first industrial customer. CTA’s own account credits CEL with both design and manufacture. The announcement establishes a working customer installation; it does not identify the exact commissioning day or a completed engine qualification.
Commercial project delivery and life-cycle support, with customer-side evidence of operational engine-test installations and a Canadian public award for a fuel-nozzle test stand. Cells and benches are configured to the engine or component, facility and applicable test procedures.
Financing and disclosed activity
Atradius’s August 2024 case study describes credit insurance supporting CEL’s bank financing for projects that can run up to 14 months. Its Outstanding Amount Policy covers accumulating development costs and receivables between milestone payments; the case discloses no financing limit or company revenue. CEL’s FY2024 report says 91% of sales were abroad. CTA’s greater-than-CAD17 million hybrid-bench project and CAD13.63 million public support belong to the customer project and do not establish payments or grants to CEL.
Reported employee range
117 at August 2024 fiscal year-end; 105 in Canada. Current company page reports over 125.
Questions for a first conversation
01
For the required engine variant, which OEM correlation, calibration-uncertainty and site-acceptance deliverables are included in the quotation?
Intermountain and TEI provide installation-specific correlation evidence. The broad engine catalogue and CELDAS functions do not establish approval of every variant or a universal measurement uncertainty.
02
Which CMM revision, tooling, operating ranges and acceptance procedure govern the required component bench?
Model 50200 and 50202 depend on engine-specific tooling and test procedures. The 2019 Transport Canada award identifies the procurement category but does not disclose the delivered stand model or acceptance record.
03
What current AS9100D / ISO 9001 certificate and Controlled Goods registration cover the contracting entity and delivery site?
CEL publishes these qualification claims, but the inspected catalogue does not supply certificate numbers, detailed site scope or expiry. Project-specific CE/ATEX conformity also needs the selected equipment configuration.
04
What manufacturing slot, integration schedule, milestone-payment protections and long-term support allocation are available for the project?
CEL reports Canadian manufacturing with overseas service locations. Atradius describes extended project cycles and insurance for development costs between milestone payments; current backlog and contract-specific finance terms are undisclosed.
Original sources 30 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Profile · description
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
CanadaBuys identifies CEL Aerospace Test Equipment Ltd. and French operating name for Transport Canada contract T8493-190013/001/CAG, awarded July25,2019, total contract valueCAD261568 inclusive of amendments, expiryJanuary31,2020. Related tender is Fuel Nozzle, Test Stand. The page does not prove delivery acceptance or specify tax treatment. Historical715Delage address is not current headquarters.
Public sources cited · Facts and assessments kept separate · Human review
Oil proof-pressure, flushing, flow and mobile preservation rigs; Model 50150 has a hydrostatic hand pump rated up to 10,000 psig, subject to component limits
Cooling-fan, actuator and flow-divider stands; custom multi-component rigs
Engine-specific tooling, adapters, test limits and calibration define the accepted configuration
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Profile · commercial status
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Profile · dual use posture
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Profile · canadian footprint
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Profile · display lead
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Profile · disclosed financing summary
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Profile · operating context
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Aero-engine test cells and instrumentation · defence applications
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Aero-engine test cells and instrumentation · defence applications
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Aero-engine test cells and instrumentation · maturity
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Aero-engine test cells and instrumentation · core features
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Aero-engine test cells and instrumentation · display lead
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Aero-engine test cells and instrumentation · summary
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
Supports: Aero-engine test cells and instrumentation · technical tags
CTA reports its hybrid/electric aircraft-engine test bench in service, explicitly credits CEL with equipment design and manufacture and identifies Pratt & Whitney Canada as first industrial user. The greater-thanCAD17m project receivedCAD13.63m combined public support, allocated to the project/operator rather than CEL revenue or a CEL grant. The article does not give an exact commissioning day or completed engine qualification.
CEL says it was founded in Montreal in 1988 by Charles Emile Lussier and now employs over125 experts. It describes more than1500 projects across25 countries. Its About page attributes AS9100D/ISO9001:2015 certification to CEL Aerospace Test Equipment Ltd. and claims CGP registration; published page does not provide certificate numbers, scope or expiry. The combined list of OEM licenses, approvals and past experience is not a per-engine certification register.
Supports: Profile · description
CEL says it was founded in Montreal in 1988 by Charles Emile Lussier and now employs over125 experts. It describes more than1500 projects across25 countries. Its About page attributes AS9100D/ISO9001:2015 certification to CEL Aerospace Test Equipment Ltd. and claims CGP registration; published page does not provide certificate numbers, scope or expiry. The combined list of OEM licenses, approvals and past experience is not a per-engine certification register.
Supports: Profile · employee range
CEL says it was founded in Montreal in 1988 by Charles Emile Lussier and now employs over125 experts. It describes more than1500 projects across25 countries. Its About page attributes AS9100D/ISO9001:2015 certification to CEL Aerospace Test Equipment Ltd. and claims CGP registration; published page does not provide certificate numbers, scope or expiry. The combined list of OEM licenses, approvals and past experience is not a per-engine certification register.
CEL says it was founded in Montreal in 1988 by Charles Emile Lussier and now employs over125 experts. It describes more than1500 projects across25 countries. Its About page attributes AS9100D/ISO9001:2015 certification to CEL Aerospace Test Equipment Ltd. and claims CGP registration; published page does not provide certificate numbers, scope or expiry. The combined list of OEM licenses, approvals and past experience is not a per-engine certification register.
Supports: Profile · founded year
CEL says it was founded in Montreal in 1988 by Charles Emile Lussier and now employs over125 experts. It describes more than1500 projects across25 countries. Its About page attributes AS9100D/ISO9001:2015 certification to CEL Aerospace Test Equipment Ltd. and claims CGP registration; published page does not provide certificate numbers, scope or expiry. The combined list of OEM licenses, approvals and past experience is not a per-engine certification register.
CEL says it was founded in Montreal in 1988 by Charles Emile Lussier and now employs over125 experts. It describes more than1500 projects across25 countries. Its About page attributes AS9100D/ISO9001:2015 certification to CEL Aerospace Test Equipment Ltd. and claims CGP registration; published page does not provide certificate numbers, scope or expiry. The combined list of OEM licenses, approvals and past experience is not a per-engine certification register.
CEL says it was founded in Montreal in 1988 by Charles Emile Lussier and now employs over125 experts. It describes more than1500 projects across25 countries. Its About page attributes AS9100D/ISO9001:2015 certification to CEL Aerospace Test Equipment Ltd. and claims CGP registration; published page does not provide certificate numbers, scope or expiry. The combined list of OEM licenses, approvals and past experience is not a per-engine certification register.
CEL says it was founded in Montreal in 1988 by Charles Emile Lussier and now employs over125 experts. It describes more than1500 projects across25 countries. Its About page attributes AS9100D/ISO9001:2015 certification to CEL Aerospace Test Equipment Ltd. and claims CGP registration; published page does not provide certificate numbers, scope or expiry. The combined list of OEM licenses, approvals and past experience is not a per-engine certification register.
Atradius describes CEL's long milestone-paid projects, sometimes up to fourteen months, and insurance designed to protect development costs and support bank financing.
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Supports: Profile · disclosed financing summary
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Supports: Profile · employee range
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Supports: Profile · legal name
The issuer report dated April3,2025 covers September1,2023–August31,2024. Page2 identifies CEL Aerospace Test Equipment Ltd., business number121045579, and joint reporting entities CEL Industriel Inc., CEL Test Equipment Poland sp. z o.o. and CEL Aero USA Inc. Page7 names CEO Pierre-Alexandre Morais but the signature line is blank. It does not disclose ultimate equity ownership.
Supports: Profile · canadian footprint
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Supports: Profile · display lead
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Page4 of CEL’s April3,2025 report says parts are primarily purchased in Canada, the United States and Europe. Equipment is manufactured to CEL specifications, parts are produced to its drawings/specifications and commercial components are purchased from suppliers. This sourcing model does not establish an all-Canadian bill of materials.
Supports: Profile · profileData.operatingUnits
The issuer report dated April3,2025 covers September1,2023–August31,2024. Page2 identifies CEL Aerospace Test Equipment Ltd., business number121045579, and joint reporting entities CEL Industriel Inc., CEL Test Equipment Poland sp. z o.o. and CEL Aero USA Inc. Page7 names CEO Pierre-Alexandre Morais but the signature line is blank. It does not disclose ultimate equity ownership.
Supports: Profile · role descriptor
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Pages3–4 of the April3,2025 issuer report state117 employees at August31,2024:105 Canada,7 USA and5 Poland. Assembly and manufacturing were entirely in Canada; USA/Poland provided design and after-sales technical support. It reports91% of FY2024 sales abroad. This is dated issuer disclosure, not current audited headcount/revenue or Canadian content certification.
Supports: Profile · commercial status
CanadaBuys identifies CEL Aerospace Test Equipment Ltd. and French operating name for Transport Canada contract T8493-190013/001/CAG, awarded July25,2019, total contract valueCAD261568 inclusive of amendments, expiryJanuary31,2020. Related tender is Fuel Nozzle, Test Stand. The page does not prove delivery acceptance or specify tax treatment. Historical715Delage address is not current headquarters.
CanadaBuys identifies CEL Aerospace Test Equipment Ltd. and French operating name for Transport Canada contract T8493-190013/001/CAG, awarded July25,2019, total contract valueCAD261568 inclusive of amendments, expiryJanuary31,2020. Related tender is Fuel Nozzle, Test Stand. The page does not prove delivery acceptance or specify tax treatment. Historical715Delage address is not current headquarters.
CanadaBuys identifies CEL Aerospace Test Equipment Ltd. and French operating name for Transport Canada contract T8493-190013/001/CAG, awarded July25,2019, total contract valueCAD261568 inclusive of amendments, expiryJanuary31,2020. Related tender is Fuel Nozzle, Test Stand. The page does not prove delivery acceptance or specify tax treatment. Historical715Delage address is not current headquarters.
Supports: Profile · legal name
CanadaBuys identifies CEL Aerospace Test Equipment Ltd. and French operating name for Transport Canada contract T8493-190013/001/CAG, awarded July25,2019, total contract valueCAD261568 inclusive of amendments, expiryJanuary31,2020. Related tender is Fuel Nozzle, Test Stand. The page does not prove delivery acceptance or specify tax treatment. Historical715Delage address is not current headquarters.
CanadaBuys identifies CEL Aerospace Test Equipment Ltd. and French operating name for Transport Canada contract T8493-190013/001/CAG, awarded July25,2019, total contract valueCAD261568 inclusive of amendments, expiryJanuary31,2020. Related tender is Fuel Nozzle, Test Stand. The page does not prove delivery acceptance or specify tax treatment. Historical715Delage address is not current headquarters.
Supports: Engine component test benches · maturity
CanadaBuys identifies CEL Aerospace Test Equipment Ltd. and French operating name for Transport Canada contract T8493-190013/001/CAG, awarded July25,2019, total contract valueCAD261568 inclusive of amendments, expiryJanuary31,2020. Related tender is Fuel Nozzle, Test Stand. The page does not prove delivery acceptance or specify tax treatment. Historical715Delage address is not current headquarters.
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
Supports: Profile · operating context
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
Supports: Profile · commercial status
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
Supports: Profile · description
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
Supports: Aero-engine test cells and instrumentation · core features
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
Supports: Aero-engine test cells and instrumentation · maturity
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
Supports: Aero-engine test cells and instrumentation · commercial availability
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
Supports: Aero-engine test cells and instrumentation · summary
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
Supports: Aero-engine test cells and instrumentation · defence applications
In Lisa Gordon’s April14,2022 interview, Intermountain CEO Darryl Christensen says its HTS900 cell was correlated and operational; the article dates operation to September2021. It names CEL as designer, rates the installation to2500shp and describes FADEC compatibility, automated dynamometer and safety shutdown, plus LTS101 use. It is original customer testimony in a trade feature, not a published OEM correlation certificate or all-CEL rating.
Atradius August1,2024 case describes project timelines up to14 months and milestone payments. Its Outstanding Amount Policy covered accumulating development costs and receivables to maintain bank financing. No policy amount, credit limit or revenue is disclosed. The unrelated EnCom introductory line is a page template error; CEL-specific body identifies Joel Pouliot and the actual financing mechanism.
Atradius August1,2024 case describes project timelines up to14 months and milestone payments. Its Outstanding Amount Policy covered accumulating development costs and receivables to maintain bank financing. No policy amount, credit limit or revenue is disclosed. The unrelated EnCom introductory line is a page template error; CEL-specific body identifies Joel Pouliot and the actual financing mechanism.
Supports: Profile · disclosed financing summary
Atradius August1,2024 case describes project timelines up to14 months and milestone payments. Its Outstanding Amount Policy covered accumulating development costs and receivables to maintain bank financing. No policy amount, credit limit or revenue is disclosed. The unrelated EnCom introductory line is a page template error; CEL-specific body identifies Joel Pouliot and the actual financing mechanism.
Atradius August1,2024 case describes project timelines up to14 months and milestone payments. Its Outstanding Amount Policy covered accumulating development costs and receivables to maintain bank financing. No policy amount, credit limit or revenue is disclosed. The unrelated EnCom introductory line is a page template error; CEL-specific body identifies Joel Pouliot and the actual financing mechanism.
Atradius August1,2024 case describes project timelines up to14 months and milestone payments. Its Outstanding Amount Policy covered accumulating development costs and receivables to maintain bank financing. No policy amount, credit limit or revenue is disclosed. The unrelated EnCom introductory line is a page template error; CEL-specific body identifies Joel Pouliot and the actual financing mechanism.
Atradius August1,2024 case describes project timelines up to14 months and milestone payments. Its Outstanding Amount Policy covered accumulating development costs and receivables to maintain bank financing. No policy amount, credit limit or revenue is disclosed. The unrelated EnCom introductory line is a page template error; CEL-specific body identifies Joel Pouliot and the actual financing mechanism.
CEL offers permanent-building and mobile sound-attenuated APU cells and modernization of third-party equipment. It says it delivered Piedmont Aviation a modular multi-engine cell in2019 and later added GTCP331-500 and GTCP131-9A/B capabilities. This is a vendor project statement, not an inspected buyer acceptance certificate.
Supports: Aero-engine test cells and instrumentation · core features
CEL offers permanent-building and mobile sound-attenuated APU cells and modernization of third-party equipment. It says it delivered Piedmont Aviation a modular multi-engine cell in2019 and later added GTCP331-500 and GTCP131-9A/B capabilities. This is a vendor project statement, not an inspected buyer acceptance certificate.
Supports: Aero-engine test cells and instrumentation · summary
CEL offers permanent-building and mobile sound-attenuated APU cells and modernization of third-party equipment. It says it delivered Piedmont Aviation a modular multi-engine cell in2019 and later added GTCP331-500 and GTCP131-9A/B capabilities. This is a vendor project statement, not an inspected buyer acceptance certificate.
CEL identifies its Canadian head office at7150 John-Molson Street, Saint-Hubert, Quebec J3Y1R4, sales@cel-aerospace.com and customer.support@cel-aerospace.com. It lists CEL Aerospace USA in Indianapolis, CEL Test Equipment Poland in Rzeszow and CEL Asia Singapore atSeletar Aerospace View.
CEL identifies its Canadian head office at7150 John-Molson Street, Saint-Hubert, Quebec J3Y1R4, sales@cel-aerospace.com and customer.support@cel-aerospace.com. It lists CEL Aerospace USA in Indianapolis, CEL Test Equipment Poland in Rzeszow and CEL Asia Singapore atSeletar Aerospace View.
CEL identifies its Canadian head office at7150 John-Molson Street, Saint-Hubert, Quebec J3Y1R4, sales@cel-aerospace.com and customer.support@cel-aerospace.com. It lists CEL Aerospace USA in Indianapolis, CEL Test Equipment Poland in Rzeszow and CEL Asia Singapore atSeletar Aerospace View.
CEL identifies its Canadian head office at7150 John-Molson Street, Saint-Hubert, Quebec J3Y1R4, sales@cel-aerospace.com and customer.support@cel-aerospace.com. It lists CEL Aerospace USA in Indianapolis, CEL Test Equipment Poland in Rzeszow and CEL Asia Singapore atSeletar Aerospace View.
Supports: Profile · description
CEL identifies its Canadian head office at7150 John-Molson Street, Saint-Hubert, Quebec J3Y1R4, sales@cel-aerospace.com and customer.support@cel-aerospace.com. It lists CEL Aerospace USA in Indianapolis, CEL Test Equipment Poland in Rzeszow and CEL Asia Singapore atSeletar Aerospace View.
CEL identifies its Canadian head office at7150 John-Molson Street, Saint-Hubert, Quebec J3Y1R4, sales@cel-aerospace.com and customer.support@cel-aerospace.com. It lists CEL Aerospace USA in Indianapolis, CEL Test Equipment Poland in Rzeszow and CEL Asia Singapore atSeletar Aerospace View.
Supports: Profile · profileData.operatingUnits
CEL identifies its Canadian head office at7150 John-Molson Street, Saint-Hubert, Quebec J3Y1R4, sales@cel-aerospace.com and customer.support@cel-aerospace.com. It lists CEL Aerospace USA in Indianapolis, CEL Test Equipment Poland in Rzeszow and CEL Asia Singapore atSeletar Aerospace View.
Supports: Engine component test benches · commercial availability
CEL identifies its Canadian head office at7150 John-Molson Street, Saint-Hubert, Quebec J3Y1R4, sales@cel-aerospace.com and customer.support@cel-aerospace.com. It lists CEL Aerospace USA in Indianapolis, CEL Test Equipment Poland in Rzeszow and CEL Asia Singapore atSeletar Aerospace View.
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
Supports: Engine component test benches · maturity
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
Supports: Engine component test benches · defence applications
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
Supports: Engine component test benches · summary
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
Supports: Engine component test benches · technical tags
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
Supports: Engine component test benches · core features
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
Supports: Engine component test benches · core features
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
Supports: Engine component test benches · commercial availability
CEL Model50200 provides new/overhauled fuel-nozzle acceptance tests using component-specific CMM tooling and calibrated master orifices. Its datasheet describes Coriolis flow measurement, controlled fluid temperature, digital spray-angle imaging, pressure/flow testing, door/temperature/level/ventilation safety interlocks and optional ATEX certification on demand. No universal pressure/flow accuracy range is disclosed.
The test infrastructure is relevant to military propulsion programs, but the public record does not identify a deep-strike engine, customer or accepted configuration.
Supports: Profile · organization categories
True North Map applies the commercial company category to CEL Aerospace from its documented mandate and source-bounded operating evidence.
Public sources do not identify a deep-strike engine program, configuration-specific acceptance, current defence customer or test-cell delivery outcome. The first conversation should therefore separate current offer, development evidence and accepted operational use.
Supports: Profile · dual use posture
Aero-engine test cells and instrumentation has documented civilian or industrial applications and a bounded potential relevance to Canadian defence, security or strategic-infrastructure needs.
True North Map derives a first-conversation question about Aero-engine test cells and instrumentation configuration and accepted outcomes from the documented maturity boundary.
Supports: Profile · description
True North Map derives this executive description for CEL Aerospace from the official identity and technical records together with Aerospace Industries Association of Canada's corroborating evidence.
Supports: Profile · organization categories
True North Map applies the dual use category to CEL Aerospace from its documented mandate and source-bounded operating evidence.
Supports: Profile · canadian footprint
CEL and the Aerospace Industries Association of Canada identify a Saint-Hubert, Quebec operating base and Canadian aerospace-test role.
Supports: Profile · executive relevance summary
CEL may be useful when a Canadian program needs propulsion test infrastructure, controls and calibration rather than an engine supplier. The next conversation should establish supported engine classes, measurement uncertainty, mobile deployment limits and independently accepted production or qualification work.
Supports: Aero-engine test cells and instrumentation · maturity
Aerospace Industries Association of Canada's public evidence confirms a company-specific project, award, program or operating context, while configuration-specific acceptance and scale remain bounded by the reviewer warning.
https://cel-aerospace.com/ is the public identity or contact route used for CEL Aerospace.
Supports: Profile · aliases
CEL is a documented operating, former or alternate name for CEL Aerospace.
Supports: Profile · profileData.portfolioScope
CEL Aerospace's documented portfolio in this dossier is bounded to Aero-engine test cells and instrumentation and the source-backed functions listed below.
Supports: Profile · name
CEL Aerospace is the public name used by the organization's official website.
Supports: Profile · primary location.longitude
True North Map uses the Saint-Hubert city centroid longitude -73.4149 for a city-level map location.
Supports: Profile · website url
https://cel-aerospace.com/ is the canonical official website used by CEL Aerospace.
Supports: Profile · operating context
CEL provides an enabling test-and-qualification layer for aero engines rather than manufacturing complete propulsion systems.
Supports: Profile · primary location.city
CEL Aerospace publishes Saint-Hubert as its Canadian operating city.
CEL Aerospace publishes Quebec as its Canadian province or territory.
Supports: Aero-engine test cells and instrumentation · technical tags
True North Map applies the engine test cell tag from CEL Aerospace's documented capability functions.
Supports: Aero-engine test cells and instrumentation · core features
Calibration and instrumentation
Supports: Aero-engine test cells and instrumentation · defence applications
Engine production acceptance This bounded statement is retained for reviewer verification.
Supports: Aero-engine test cells and instrumentation · core features
Data acquisition and control This bounded statement is retained for reviewer verification.
Supports: Aero-engine test cells and instrumentation · technical tags
True North Map applies the data acquisition tag from CEL Aerospace's documented capability functions.
Supports: Aero-engine test cells and instrumentation · core features
Turnkey research facilities This bounded statement is retained for reviewer verification.
Supports: Aero-engine test cells and instrumentation · capability type
Propulsion test infrastructure and instrumentation
Supports: Aero-engine test cells and instrumentation · defence applications
Maintenance and overhaul testing
Supports: Aero-engine test cells and instrumentation · technical tags
True North Map applies the propulsion testing tag from CEL Aerospace's documented capability functions.
Supports: Aero-engine test cells and instrumentation · summary
CEL designs fixed and mobile engine test cells, data-acquisition and control systems, calibration services and research facilities for turbofan, turboprop, turboshaft and auxiliary-power-unit programs.
Supports: Aero-engine test cells and instrumentation · core features
Fixed and mobile engine test cells
Supports: Aero-engine test cells and instrumentation · name
Aero-engine test cells and instrumentation
Supports: Aero-engine test cells and instrumentation · technicaldomainslugs
True North Map maps Aero-engine test cells and instrumentation to test training and sustainment from its documented technology functions.
Supports: Aero-engine test cells and instrumentation · commercial availability
CEL Aerospace currently presents Aero-engine test cells and instrumentation through its official public capability surface.
Supports: Aero-engine test cells and instrumentation · defence applications
Propulsion development This bounded statement is retained for reviewer verification.
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Profile · display lead
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Profile · profileData.portfolioScope
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Profile · dual use posture
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Profile · description
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Engine component test benches · technology readiness level
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Engine component test benches · technical tags
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Engine component test benches · technicaldomainslugs
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Engine component test benches · commercial availability
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Engine component test benches · slug
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Engine component test benches · name
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Engine component test benches · display lead
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Engine component test benches · catalogue teaser
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
Supports: Engine component test benches · capability type
CEL offers fuel-nozzle acceptance testing for new/overhauled nozzles with engine-specific tooling from applicable component maintenance manuals, and FCU stands using engine fuel pumps and adapters. FCU stands can also test metering units, pumps, acceleration controls and flow dividers.
The French original lists PWC and Honeywell APU families and military GTCP36-150, T-62T and APS2100. CEL says it supplied APS5000 production/MRO cells including the Polish master-reference cell and recently correlated an HGT1700 cell outside the Honeywell/Lufthansa team. No buyer/OEM correlation certificate or exact configuration is attached; preserve these as CEL claims.
CEL describes APS5000 production/MRO test installations including a master reference cell in Poland, plus support for military GTCP36-150, T-62T and APS2100 APUs. Supplier assertions do not prove approval of an arbitrary new installation.
CEL describes APS5000 production/MRO test installations including a master reference cell in Poland, plus support for military GTCP36-150, T-62T and APS2100 APUs. Supplier assertions do not prove approval of an arbitrary new installation.
CEL describes APS5000 production/MRO test installations including a master reference cell in Poland, plus support for military GTCP36-150, T-62T and APS2100 APUs. Supplier assertions do not prove approval of an arbitrary new installation.
Supports: Profile · defence posture
The French original lists PWC and Honeywell APU families and military GTCP36-150, T-62T and APS2100. CEL says it supplied APS5000 production/MRO cells including the Polish master-reference cell and recently correlated an HGT1700 cell outside the Honeywell/Lufthansa team. No buyer/OEM correlation certificate or exact configuration is attached; preserve these as CEL claims.
CEL describes APS5000 production/MRO test installations including a master reference cell in Poland, plus support for military GTCP36-150, T-62T and APS2100 APUs. Supplier assertions do not prove approval of an arbitrary new installation.
Supports: Profile · operating context
CEL describes APS5000 production/MRO test installations including a master reference cell in Poland, plus support for military GTCP36-150, T-62T and APS2100 APUs. Supplier assertions do not prove approval of an arbitrary new installation.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
CEL describes APS5000 production/MRO test installations including a master reference cell in Poland, plus support for military GTCP36-150, T-62T and APS2100 APUs. Supplier assertions do not prove approval of an arbitrary new installation.
TEI Post139 (2021), printedpage21/PDFpage23, states the T700-TEI-701D production test cell completed correlation to the GE facility in April2021 after work beginning2019:12 critical parameters met limits over3 consecutive repeated tests. TEI separately identifies production and after-maintenance testing roles. This buyer report does not name CEL; CEL own project page separately identifies its T700 facility delivery to TEI. Engine strength tests were still future work, and neighboring TJ300/TS1400 sections do not establish CEL workshare.
TEI Post139 (2021), printedpage21/PDFpage23, states the T700-TEI-701D production test cell completed correlation to the GE facility in April2021 after work beginning2019:12 critical parameters met limits over3 consecutive repeated tests. TEI separately identifies production and after-maintenance testing roles. This buyer report does not name CEL; CEL own project page separately identifies its T700 facility delivery to TEI. Engine strength tests were still future work, and neighboring TJ300/TS1400 sections do not establish CEL workshare.
TEI Post139 (2021), printedpage21/PDFpage23, states the T700-TEI-701D production test cell completed correlation to the GE facility in April2021 after work beginning2019:12 critical parameters met limits over3 consecutive repeated tests. TEI separately identifies production and after-maintenance testing roles. This buyer report does not name CEL; CEL own project page separately identifies its T700 facility delivery to TEI. Engine strength tests were still future work, and neighboring TJ300/TS1400 sections do not establish CEL workshare.
TEI Post139 (2021), printedpage21/PDFpage23, states the T700-TEI-701D production test cell completed correlation to the GE facility in April2021 after work beginning2019:12 critical parameters met limits over3 consecutive repeated tests. TEI separately identifies production and after-maintenance testing roles. This buyer report does not name CEL; CEL own project page separately identifies its T700 facility delivery to TEI. Engine strength tests were still future work, and neighboring TJ300/TS1400 sections do not establish CEL workshare.
Supports: Profile · operating context
TEI Post139 (2021), printedpage21/PDFpage23, states the T700-TEI-701D production test cell completed correlation to the GE facility in April2021 after work beginning2019:12 critical parameters met limits over3 consecutive repeated tests. TEI separately identifies production and after-maintenance testing roles. This buyer report does not name CEL; CEL own project page separately identifies its T700 facility delivery to TEI. Engine strength tests were still future work, and neighboring TJ300/TS1400 sections do not establish CEL workshare.
Supports: Profile · defence posture
TEI Post139 (2021), printedpage21/PDFpage23, states the T700-TEI-701D production test cell completed correlation to the GE facility in April2021 after work beginning2019:12 critical parameters met limits over3 consecutive repeated tests. TEI separately identifies production and after-maintenance testing roles. This buyer report does not name CEL; CEL own project page separately identifies its T700 facility delivery to TEI. Engine strength tests were still future work, and neighboring TJ300/TS1400 sections do not establish CEL workshare.
Supports: Aero-engine test cells and instrumentation · core features
TEI Post139 (2021), printedpage21/PDFpage23, states the T700-TEI-701D production test cell completed correlation to the GE facility in April2021 after work beginning2019:12 critical parameters met limits over3 consecutive repeated tests. TEI separately identifies production and after-maintenance testing roles. This buyer report does not name CEL; CEL own project page separately identifies its T700 facility delivery to TEI. Engine strength tests were still future work, and neighboring TJ300/TS1400 sections do not establish CEL workshare.
Supports: Aero-engine test cells and instrumentation · maturity
TEI Post139 (2021), printedpage21/PDFpage23, states the T700-TEI-701D production test cell completed correlation to the GE facility in April2021 after work beginning2019:12 critical parameters met limits over3 consecutive repeated tests. TEI separately identifies production and after-maintenance testing roles. This buyer report does not name CEL; CEL own project page separately identifies its T700 facility delivery to TEI. Engine strength tests were still future work, and neighboring TJ300/TS1400 sections do not establish CEL workshare.
Model50202 integrates variable-speed drive, inline torque measurement, fluid flow/pressure/temperature controls and DAS for FCUs, with configured alternatives for FMUs,pumps,acceleration controls and flow dividers. Trained test managers can add CMMs; software provides permissions, manual versions, test limits, automatic recording and pass/fail reports. Compatibility requires correct pump/tooling/adapters and CMM configuration.
Model50202 integrates variable-speed drive, inline torque measurement, fluid flow/pressure/temperature controls and DAS for FCUs, with configured alternatives for FMUs,pumps,acceleration controls and flow dividers. Trained test managers can add CMMs; software provides permissions, manual versions, test limits, automatic recording and pass/fail reports. Compatibility requires correct pump/tooling/adapters and CMM configuration.
Model50202 integrates variable-speed drive, inline torque measurement, fluid flow/pressure/temperature controls and DAS for FCUs, with configured alternatives for FMUs,pumps,acceleration controls and flow dividers. Trained test managers can add CMMs; software provides permissions, manual versions, test limits, automatic recording and pass/fail reports. Compatibility requires correct pump/tooling/adapters and CMM configuration.
Model50202 integrates variable-speed drive, inline torque measurement, fluid flow/pressure/temperature controls and DAS for FCUs, with configured alternatives for FMUs,pumps,acceleration controls and flow dividers. Trained test managers can add CMMs; software provides permissions, manual versions, test limits, automatic recording and pass/fail reports. Compatibility requires correct pump/tooling/adapters and CMM configuration.
Supports: Engine component test benches · technical tags
Model50202 integrates variable-speed drive, inline torque measurement, fluid flow/pressure/temperature controls and DAS for FCUs, with configured alternatives for FMUs,pumps,acceleration controls and flow dividers. Trained test managers can add CMMs; software provides permissions, manual versions, test limits, automatic recording and pass/fail reports. Compatibility requires correct pump/tooling/adapters and CMM configuration.
Supports: Engine component test benches · defence applications
Model50202 integrates variable-speed drive, inline torque measurement, fluid flow/pressure/temperature controls and DAS for FCUs, with configured alternatives for FMUs,pumps,acceleration controls and flow dividers. Trained test managers can add CMMs; software provides permissions, manual versions, test limits, automatic recording and pass/fail reports. Compatibility requires correct pump/tooling/adapters and CMM configuration.
Supports: Engine component test benches · core features
Model50202 integrates variable-speed drive, inline torque measurement, fluid flow/pressure/temperature controls and DAS for FCUs, with configured alternatives for FMUs,pumps,acceleration controls and flow dividers. Trained test managers can add CMMs; software provides permissions, manual versions, test limits, automatic recording and pass/fail reports. Compatibility requires correct pump/tooling/adapters and CMM configuration.
Supports: Engine component test benches · core features
Model50202 integrates variable-speed drive, inline torque measurement, fluid flow/pressure/temperature controls and DAS for FCUs, with configured alternatives for FMUs,pumps,acceleration controls and flow dividers. Trained test managers can add CMMs; software provides permissions, manual versions, test limits, automatic recording and pass/fail reports. Compatibility requires correct pump/tooling/adapters and CMM configuration.
Supports: Engine component test benches · summary
Model50202 integrates variable-speed drive, inline torque measurement, fluid flow/pressure/temperature controls and DAS for FCUs, with configured alternatives for FMUs,pumps,acceleration controls and flow dividers. Trained test managers can add CMMs; software provides permissions, manual versions, test limits, automatic recording and pass/fail reports. Compatibility requires correct pump/tooling/adapters and CMM configuration.
CEL supplies fixed/mobile engine test cells, accessory stands and CELDAS distributed data acquisition and control. CELDAS generates as-found/as-left calibration reports and supports scalable channel architecture. Public sales@cel-aerospace.com and customer.support@cel-aerospace.com; Canada plus US, Poland and Singapore entities.
CEL supplies fixed/mobile engine test cells, accessory stands and CELDAS distributed data acquisition and control. CELDAS generates as-found/as-left calibration reports and supports scalable channel architecture. Public sales@cel-aerospace.com and customer.support@cel-aerospace.com; Canada plus US, Poland and Singapore entities.
CEL supplies fixed/mobile engine test cells, accessory stands and CELDAS distributed data acquisition and control. CELDAS generates as-found/as-left calibration reports and supports scalable channel architecture. Public sales@cel-aerospace.com and customer.support@cel-aerospace.com; Canada plus US, Poland and Singapore entities.
Supports: Profile · operating context
CEL supplies fixed/mobile engine test cells, accessory stands and CELDAS distributed data acquisition and control. CELDAS generates as-found/as-left calibration reports and supports scalable channel architecture. Public sales@cel-aerospace.com and customer.support@cel-aerospace.com; Canada plus US, Poland and Singapore entities.
CEL supplies fixed/mobile engine test cells, accessory stands and CELDAS distributed data acquisition and control. CELDAS generates as-found/as-left calibration reports and supports scalable channel architecture. Public sales@cel-aerospace.com and customer.support@cel-aerospace.com; Canada plus US, Poland and Singapore entities.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
CEL supplies fixed/mobile engine test cells, accessory stands and CELDAS distributed data acquisition and control. CELDAS generates as-found/as-left calibration reports and supports scalable channel architecture. Public sales@cel-aerospace.com and customer.support@cel-aerospace.com; Canada plus US, Poland and Singapore entities.
Supports: Aero-engine test cells and instrumentation · core features
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · summary
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · capability type
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · defence applications
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · defence applications
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · core features
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · commercial availability
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · defence applications
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · name
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · technical tags
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · technicaldomainslugs
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · core features
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · core features
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · technical tags
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · technology readiness level
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · technical tags
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
Supports: Aero-engine test cells and instrumentation · core features
CEL offers fixed/mobile test cells for APU, turboshaft, turboprop, turbojet and turbofan programmes and specialized component benches. Its CELDAS data-acquisition/control system supports MRO, production and development testing, with installation, maintenance, calibration and technical support.
The municipal original dated July22,2026 reports CTA hybrid/electric bench in service and publicly unveiled, credits design to CEL and names PWC first industrial client. Publication metadata is2026-07-22T12:43:18.000Z. It establishes operational status by publication date, not exact commissioning day; the separate RTX flight-demonstrator announcement is not a CEL aircraft award.
Supports: Profile · current activity as of
The municipal original dated July22,2026 reports CTA hybrid/electric bench in service and publicly unveiled, credits design to CEL and names PWC first industrial client. Publication metadata is2026-07-22T12:43:18.000Z. It establishes operational status by publication date, not exact commissioning day; the separate RTX flight-demonstrator announcement is not a CEL aircraft award.
Supports: Aero-engine test cells and instrumentation · maturity
The municipal original dated July22,2026 reports CTA hybrid/electric bench in service and publicly unveiled, credits design to CEL and names PWC first industrial client. Publication metadata is2026-07-22T12:43:18.000Z. It establishes operational status by publication date, not exact commissioning day; the separate RTX flight-demonstrator announcement is not a CEL aircraft award.
CEL offers greenfield engineering, upgrades and relocation plus planned calibration, remote support, spare parts and scheduled/unscheduled maintenance. Listed calibration channels include pressure, temperature, vibration, frequency, speed and fuel flow, torque and master-load-cell references. The page advertises laboratory services and master-orifice calibration without providing an accredited laboratory scope or uncertainty budget.
Supports: Profile · operating context
CEL offers greenfield engineering, upgrades and relocation plus planned calibration, remote support, spare parts and scheduled/unscheduled maintenance. Listed calibration channels include pressure, temperature, vibration, frequency, speed and fuel flow, torque and master-load-cell references. The page advertises laboratory services and master-orifice calibration without providing an accredited laboratory scope or uncertainty budget.
Supports: Profile · profileData.portfolioScope
CEL offers greenfield engineering, upgrades and relocation plus planned calibration, remote support, spare parts and scheduled/unscheduled maintenance. Listed calibration channels include pressure, temperature, vibration, frequency, speed and fuel flow, torque and master-load-cell references. The page advertises laboratory services and master-orifice calibration without providing an accredited laboratory scope or uncertainty budget.
Supports: Aero-engine test cells and instrumentation · core features
CEL offers greenfield engineering, upgrades and relocation plus planned calibration, remote support, spare parts and scheduled/unscheduled maintenance. Listed calibration channels include pressure, temperature, vibration, frequency, speed and fuel flow, torque and master-load-cell references. The page advertises laboratory services and master-orifice calibration without providing an accredited laboratory scope or uncertainty budget.
Supports: Aero-engine test cells and instrumentation · core features
CEL offers greenfield engineering, upgrades and relocation plus planned calibration, remote support, spare parts and scheduled/unscheduled maintenance. Listed calibration channels include pressure, temperature, vibration, frequency, speed and fuel flow, torque and master-load-cell references. The page advertises laboratory services and master-orifice calibration without providing an accredited laboratory scope or uncertainty budget.
Supports: Aero-engine test cells and instrumentation · display lead
CEL offers greenfield engineering, upgrades and relocation plus planned calibration, remote support, spare parts and scheduled/unscheduled maintenance. Listed calibration channels include pressure, temperature, vibration, frequency, speed and fuel flow, torque and master-load-cell references. The page advertises laboratory services and master-orifice calibration without providing an accredited laboratory scope or uncertainty budget.
Supports: Aero-engine test cells and instrumentation · technical tags
CEL offers greenfield engineering, upgrades and relocation plus planned calibration, remote support, spare parts and scheduled/unscheduled maintenance. Listed calibration channels include pressure, temperature, vibration, frequency, speed and fuel flow, torque and master-load-cell references. The page advertises laboratory services and master-orifice calibration without providing an accredited laboratory scope or uncertainty budget.
Supports: Aero-engine test cells and instrumentation · commercial availability
CEL offers greenfield engineering, upgrades and relocation plus planned calibration, remote support, spare parts and scheduled/unscheduled maintenance. Listed calibration channels include pressure, temperature, vibration, frequency, speed and fuel flow, torque and master-load-cell references. The page advertises laboratory services and master-orifice calibration without providing an accredited laboratory scope or uncertainty budget.
Supports: Engine component test benches · commercial availability
CEL offers greenfield engineering, upgrades and relocation plus planned calibration, remote support, spare parts and scheduled/unscheduled maintenance. Listed calibration channels include pressure, temperature, vibration, frequency, speed and fuel flow, torque and master-load-cell references. The page advertises laboratory services and master-orifice calibration without providing an accredited laboratory scope or uncertainty budget.
CEL says it delivered TEI a turnkey production/MRO facility with mobile test-bed capability and data acquisition for T700-GE-700/701C,701D and401A/B/C. This names CEL workshare; separate buyer evidence is required for operational/correlation conclusions.
Supports: Profile · operating context
CEL says it delivered TEI a turnkey production/MRO facility with mobile test-bed capability and data acquisition for T700-GE-700/701C,701D and401A/B/C. This names CEL workshare; separate buyer evidence is required for operational/correlation conclusions.
Supports: Profile · dual use posture
CEL says it delivered TEI a turnkey production/MRO facility with mobile test-bed capability and data acquisition for T700-GE-700/701C,701D and401A/B/C. This names CEL workshare; separate buyer evidence is required for operational/correlation conclusions.
Supports: Aero-engine test cells and instrumentation · maturity
CEL says it delivered TEI a turnkey production/MRO facility with mobile test-bed capability and data acquisition for T700-GE-700/701C,701D and401A/B/C. This names CEL workshare; separate buyer evidence is required for operational/correlation conclusions.
Supports: Aero-engine test cells and instrumentation · defence applications
CEL says it delivered TEI a turnkey production/MRO facility with mobile test-bed capability and data acquisition for T700-GE-700/701C,701D and401A/B/C. This names CEL workshare; separate buyer evidence is required for operational/correlation conclusions.
Supports: Aero-engine test cells and instrumentation · core features
CEL says it delivered TEI a turnkey production/MRO facility with mobile test-bed capability and data acquisition for T700-GE-700/701C,701D and401A/B/C. This names CEL workshare; separate buyer evidence is required for operational/correlation conclusions.
MEPC's public WDS2026 post states it signed a contract with CEL for design and implementation of a multi-purpose engine test cell; precise date and commissioning status are not established.
MEPC's public WDS2026 post states it signed a contract with CEL for design and implementation of a multi-purpose engine test cell; precise date and commissioning status are not established.
MEPC's public WDS2026 post states it signed a contract with CEL for design and implementation of a multi-purpose engine test cell; precise date and commissioning status are not established.
MEPC's public WDS2026 post states it signed a contract with CEL for design and implementation of a multi-purpose engine test cell; precise date and commissioning status are not established.
Supports: Profile · operating context
MEPC's public WDS2026 post states it signed a contract with CEL for design and implementation of a multi-purpose engine test cell; precise date and commissioning status are not established.
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
Supports: Aero-engine test cells and instrumentation · name
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
Supports: Aero-engine test cells and instrumentation · technology readiness level
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
Supports: Aero-engine test cells and instrumentation · summary
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
Supports: Aero-engine test cells and instrumentation · technical tags
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
Supports: Aero-engine test cells and instrumentation · capability type
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
Supports: Aero-engine test cells and instrumentation · technical tags
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
Supports: Aero-engine test cells and instrumentation · commercial availability
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
Supports: Aero-engine test cells and instrumentation · catalogue teaser
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
Supports: Aero-engine test cells and instrumentation · technicaldomainslugs
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
Supports: Aero-engine test cells and instrumentation · core features
CEL offers fixed or mobile sound-attenuated turboprop/turboshaft cells and upgrades. It identifies a delivered turnkey T700 production/MRO test facility for Tusas Engine Industries, with mobile test bed, data acquisition and future integration flexibility.
CEL offers hydraulic proof-pressure rigs for hoses/ducts/tubes, oil flushing/reverse-flushing rigs, oil-flow rigs and mobile preservation equipment with starter functionality. Each is scoped to the relevant component maintenance manual rather than an unrestricted engine approval.
Supports: Engine component test benches · display lead
CEL offers hydraulic proof-pressure rigs for hoses/ducts/tubes, oil flushing/reverse-flushing rigs, oil-flow rigs and mobile preservation equipment with starter functionality. Each is scoped to the relevant component maintenance manual rather than an unrestricted engine approval.
Supports: Engine component test benches · summary
CEL offers hydraulic proof-pressure rigs for hoses/ducts/tubes, oil flushing/reverse-flushing rigs, oil-flow rigs and mobile preservation equipment with starter functionality. Each is scoped to the relevant component maintenance manual rather than an unrestricted engine approval.
Supports: Engine component test benches · core features
CEL offers hydraulic proof-pressure rigs for hoses/ducts/tubes, oil flushing/reverse-flushing rigs, oil-flow rigs and mobile preservation equipment with starter functionality. Each is scoped to the relevant component maintenance manual rather than an unrestricted engine approval.
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Profile · display lead
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Profile · profileData.portfolioScope
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Profile · description
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Profile · dual use posture
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Aero-engine test cells and instrumentation · display lead
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Aero-engine test cells and instrumentation · summary
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Aero-engine test cells and instrumentation · commercial availability
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Aero-engine test cells and instrumentation · technical tags
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Aero-engine test cells and instrumentation · core features
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
Supports: Aero-engine test cells and instrumentation · core features
CEL describes CELDAS as proprietary data acquisition and control for engine cells and component stands. Functions include electronic-engine-control interface, guided operations, spreadsheet reporting, as-found/as-left channel-calibration records, distributed architecture and start-to-stop activity recording. Accessory stands can use semi-automatic step control or fully automatic tests. The page does not specify universal channel counts, sample rates or measurement uncertainties.
CEL describes custom turbojet/turbofan test cells for permanent buildings and modernization of CEL or third-party facilities. Multi-OEM/model compatibility is engineered to customer requirements, not a single universal thrust or certification envelope.
Supports: Aero-engine test cells and instrumentation · core features
CEL describes custom turbojet/turbofan test cells for permanent buildings and modernization of CEL or third-party facilities. Multi-OEM/model compatibility is engineered to customer requirements, not a single universal thrust or certification envelope.
Supports: Aero-engine test cells and instrumentation · summary
CEL describes custom turbojet/turbofan test cells for permanent buildings and modernization of CEL or third-party facilities. Multi-OEM/model compatibility is engineered to customer requirements, not a single universal thrust or certification envelope.
CEL offers cooling-fan gearbox/drive stands, BCV/BCVA/IGVA and flow-divider stands measuring hydraulic/airflow, shaft positions and response times, plus configurable multi-component rigs.
Supports: Engine component test benches · display lead
CEL offers cooling-fan gearbox/drive stands, BCV/BCVA/IGVA and flow-divider stands measuring hydraulic/airflow, shaft positions and response times, plus configurable multi-component rigs.
Supports: Engine component test benches · defence applications
CEL offers cooling-fan gearbox/drive stands, BCV/BCVA/IGVA and flow-divider stands measuring hydraulic/airflow, shaft positions and response times, plus configurable multi-component rigs.
Supports: Engine component test benches · core features
CEL offers cooling-fan gearbox/drive stands, BCV/BCVA/IGVA and flow-divider stands measuring hydraulic/airflow, shaft positions and response times, plus configurable multi-component rigs.
Supports: Engine component test benches · summary
CEL offers cooling-fan gearbox/drive stands, BCV/BCVA/IGVA and flow-divider stands measuring hydraulic/airflow, shaft positions and response times, plus configurable multi-component rigs.
CTA advertises its operator-controlled thermal, hybrid and electric propulsion test service up to2MW, with scalable high/low-frequency data acquisition. This is the customer installation envelope and operator service, not CEL-owned test capacity or a universal CEL product limit.
Supports: Aero-engine test cells and instrumentation · core features
CTA advertises its operator-controlled thermal, hybrid and electric propulsion test service up to2MW, with scalable high/low-frequency data acquisition. This is the customer installation envelope and operator service, not CEL-owned test capacity or a universal CEL product limit.
Supports: Aero-engine test cells and instrumentation · maturity
CEL's named Intermountain Turbine Services case describes an HTS900 test facility and data-acquisition upgrade for existing LTS101 variants. This is a vendor project reference, not certification of every engine variant.
Supports: Engine component test benches · core features
The Model50150 pressure rig offers hydrostatic proof tests of hoses, ducts,tubes and nipples to their CMMs; its hand pump is rated up to10000psig. This is the pump rating, not approval to test every component at that pressure. Two circuits,prefillpump,protective cover and wheeled frame are illustrated.
Supports: Engine component test benches · technical tags
The Model50150 pressure rig offers hydrostatic proof tests of hoses, ducts,tubes and nipples to their CMMs; its hand pump is rated up to10000psig. This is the pump rating, not approval to test every component at that pressure. Two circuits,prefillpump,protective cover and wheeled frame are illustrated.
Supports: Engine component test benches · maturity
Tender T8493-190013/A published May31,2019 requested one fuel-nozzle test stand, equipment and training, with competitive lowest-price selection and linked CEL award. Tender requirements are procurement demand, not proof of delivered configuration.
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