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Canadian defence and dual-use directory
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Canadian defence and dual-use directory
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The Centre technologique en aérospatiale (CTA) is a nonprofit applied-research and technology-transfer centre affiliated with Cégep Édouard-Montpetit at École nationale d’aérotechnique in Longueuil. Founded in 1993, it helps aerospace companies move from a technical problem to a prototype, test method or manufacturing process. Its disciplines span composites, nondestructive inspection, machining and metrology, robotics, artificial intelligence, aircraft systems and alternative propulsion.
CTA combines material characterization and industrial equipment with project-specific engineering. Examples include porosity reference panels for aerospace OEMs, QIF metrology work for Pratt & Whitney Canada, machining-analysis tools for DCM and Nétur, and a robotic inspection system developed with L3Harris. Its separate aircraft-systems work covers instrumentation, structural monitoring, modifications and ground/flight tests.
The hybrid/electric propulsion bench entered service in 2026, with Pratt & Whitney Canada as its first industrial user. CTA also participates in NATO DIANA’s test-centre network and announced independent composite-inspection validation work with SINTEG in August 2026. Each engagement has its own test configuration, approval basis and maturity; research-network membership does not itself qualify a customer’s technology.
CTA works through scoped industrial R&D, technical-assistance and prototype-validation engagements. Its portfolio records delivered porosity reference panels, P&WC metrology decision tools and DCM/Nétur machining-analysis software; other work remains at proof-of-concept or development stage. The Nucleom mobile-inspection project used a simulated ultrasonic probe, while CTA’s internal lifting UAV demonstrated lift and handling functions without a published operational payload or regulatory envelope.
Aircraft work also has a defined approval boundary. CTA reports Cessna experimental flight permits and Piper modifications, but Transport Canada lists ÉNA as holder of AMO 25-23 for specified Cessna/Piper aircraft, avionics installations and sheet-metal work. A prospective project should agree the test configuration, acceptance basis, booking, data/IP and security terms. Published funding-navigation and SME diagnostic routes can support project formation; they do not guarantee a grant or access slot.
CTA operates at 5555 rue de l’ÉNA, Longueuil, Québec J3Y 0Y3, in the airport-zone ecosystem associated with École nationale d’aérotechnique. It reports 30,000 square feet of its facilities plus privileged access to more than 270,000 square feet of ÉNA space. The shared campus access is distinct from CTA-owned capacity.
Longueuil, Québec is the published city-level context for Centre technologique en aérospatiale. It does not imply a street address or exact facility location.
Open the mapCTA provides a Canadian route to reduce technical uncertainty before an aerospace product or process enters a larger qualification or production program. Its value lies in combining materials, inspection and industrial engineering with aircraft-system tests and a commissioned propulsion cell. Named customer work and joint technical papers make that offer assessable, while the ÉNA approval boundary, project-specific acceptance and developing autonomous functions determine what a new partner can rely on. A useful first step is a scoped test plan covering configuration, deliverables, access and rights to the resulting evidence.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Applied industrial research service
Aircraft integration and research test service
Propulsion research test service
Aug 12, 2026
In August 2026, SINTEG announced that CTA would independently test and validate its composite-inspection technology and supply representative structures under DIANA’s TEVV mechanism. The work is an announced R&D partnership; completed validation and adoption are not reported. This follows the July 2026 service announcement for CTA’s hybrid/electric propulsion bench, with Pratt & Whitney Canada as first industrial user.
CTA and Longueuil describe the hybrid/electric propulsion-bench project as exceeding C$17 million, with C$13.63 million in combined federal and Québec support. CED agreement 600070281 is a non-repayable ARRI contribution: its original C$6,012,823 became C$7,585,643 in the July 2023 amendment, with the latest disclosed February 2025 amendment extending the projected end to August 31, 2025. These are project funding figures and successive disclosures of one agreement, not additive awards, CTA revenue or CEL’s equipment price.
Nonprofit research and technology-transfer organization affiliated with Cégep Édouard-Montpetit. Its published board brings together industry, academic and government representatives.
Test centre
Sponsor or operator: NATO Defence Innovation Accelerator for the North Atlantic
Organization role. National Defence named Centre technologique en aérospatiale among the Canadian test centres joining the NATO DIANA network in March 2024.
Program. NATO DIANA connects selected dual-use innovators with specialist testing facilities and expertise across its test-centre network.
The bench is in service with a named first industrial user; the published 2 MW envelope does not establish a booking or test-specific instrumentation package.
ÉNA holds AMO 25-23 with defined aircraft, avionics and sheet-metal ratings, while CTA reports project-specific permits and modifications.
CTA supports custom research and funding pathways; the public material does not state universal project IP, data or security terms.
SINTEG describes planned independent validation through TEVV, while other portfolio entries range from delivered tools to proofs of concept.
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
Centre technologique en aérospatiale
Source type: research centre profile
Supports: Profile · entity kind
Centre technologique en aérospatiale — Mandate; non-profit affiliation; history; contact: CTA is a non-profit applied research and technology transfer centre founded in 1993 and affiliated with Cégep Édouard-Montpetit. It operates in Longueuil’s airport zone and supports aerospace companies with research, prototypes and process development.
Supports: Profile · profileData.publicContact.publicPhone
Centre technologique en aérospatiale — publicPhone: +1-450-678-2001
Supports: Profile · aliases
Centre technologique en aérospatiale — 0: Aerospace Technology Centre
Supports: Profile · primary location.city
Centre technologique en aérospatiale — city: Longueuil
Supports: Profile · canadian footprint
Centre technologique en aérospatiale — canadianFootprint: CTA operates at 5555 rue de l’ÉNA in Longueuil, Québec, in the airport-zone ecosystem associated with École nationale d’aérotechnique.
Supports: Profile · ownership
Centre technologique en aérospatiale — ownership: Non-profit organization affiliated with Cégep Édouard-Montpetit.
Cégep Édouard-Montpetit
Source type: research centre profile
Supports: Profile · ownership
Cégep Édouard-Montpetit identifies CTA as its affiliated nonprofit CCTT created in 1993 for applied research, technical assistance, training and information transfer. The Cégep’s research-support fund amounts are institutional funds, not CTA revenue.
Supports: Profile · profileData.institutionalRelationship
Cégep Édouard-Montpetit identifies CTA as its affiliated nonprofit CCTT created in 1993 for applied research, technical assistance, training and information transfer. The Cégep’s research-support fund amounts are institutional funds, not CTA revenue.
Supports: Profile · profileData.technicalMandate
Source type: official company product
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-propulsion-access.id
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-propulsion-access.context
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-propulsion-access.question
City of Longueuil via CNW
Source type: official report
Supports: Profile · current activity
Centre technologique en aérospatiale — currentActivity: In July 2026, Longueuil reported that CTA’s hybrid and electric propulsion test bench had entered service, naming Pratt & Whitney Canada as its first industrial client and CEL Aerospace as its designer.
Supports: Profile · current activity as of
Centre technologique en aérospatiale — currentActivityAsOf: 2026-07-22
SINTEG Systems · Aug 12, 2026
Source type: official company news
Supports: Profile · defence posture
SINTEG’s August 12, 2026 release confirms planned CTA independent validation and representative composite structures through DIANA TEVV; it supplies no contract value or completed test result. CTA’s French index is August 11 for the same announcement family.
Public sources cited · Facts and assessments kept separate · Human review
Evidence strength: Moderate · Last reviewed Oct 11, 2026
Evidence strength: Moderate · Last reviewed Oct 11, 2026
Supports: Profile · organization categories
Centre technologique en aérospatiale — Mandate; non-profit affiliation; history; contact: CTA is a non-profit applied research and technology transfer centre founded in 1993 and affiliated with Cégep Édouard-Montpetit. It operates in Longueuil’s airport zone and supports aerospace companies with research, prototypes and process development.
Supports: Profile · primary location.longitude
Centre technologique en aérospatiale — Mandate; non-profit affiliation; history; contact: CTA is a non-profit applied research and technology transfer centre founded in 1993 and affiliated with Cégep Édouard-Montpetit. It operates in Longueuil’s airport zone and supports aerospace companies with research, prototypes and process development.
Supports: Profile · website url
Centre technologique en aérospatiale — websiteUrl: https://aerocta.ca/
Supports: Profile · founded year
Centre technologique en aérospatiale — foundedYear: 1993
Supports: Profile · description
Centre technologique en aérospatiale — description: The Centre technologique en aérospatiale (CTA) is a non-profit applied research and technology transfer centre affiliated with Cégep Édouard-Montpetit. It helps aerospace companies develop, test and industrialize technologies and manufacturing processes.
Supports: Profile · primary location.countrycode
Centre technologique en aérospatiale — countryCode: CA Source section: Mandate; non-profit affiliation; history; contact.
Supports: Profile · profileData.institutionalRelationship
Centre technologique en aérospatiale — institutionalRelationship: Affiliated with Cégep Édouard-Montpetit and associated with the facilities of École nationale d’aérotechnique.
Supports: Profile · organization categories
Centre technologique en aérospatiale — Mandate; non-profit affiliation; history; contact: CTA is a non-profit applied research and technology transfer centre founded in 1993 and affiliated with Cégep Édouard-Montpetit. It operates in Longueuil’s airport zone and supports aerospace companies with research, prototypes and process development.
Supports: Profile · profileData.technicalMandate
Centre technologique en aérospatiale — technicalMandate: Applied aerospace research and technology transfer supporting prototypes, manufacturing processes and industrial innovation.
Supports: Profile · profileData.publicContact.publicEmail
Centre technologique en aérospatiale — publicEmail: info@aerocta.ca
Supports: Profile · name
Centre technologique en aérospatiale — name: Centre technologique en aérospatiale Source section: Mandate; non-profit affiliation; history; contact.
Supports: Profile · primary location.latitude
Centre technologique en aérospatiale — Mandate; non-profit affiliation; history; contact: CTA is a non-profit applied research and technology transfer centre founded in 1993 and affiliated with Cégep Édouard-Montpetit. It operates in Longueuil’s airport zone and supports aerospace companies with research, prototypes and process development.
Supports: Profile · primary location.provinceterritory
Centre technologique en aérospatiale — provinceTerritory: Québec Source section: Mandate; non-profit affiliation; history; contact.
Cégep Édouard-Montpetit identifies CTA as its affiliated nonprofit CCTT created in 1993 for applied research, technical assistance, training and information transfer. The Cégep’s research-support fund amounts are institutional funds, not CTA revenue.
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Profile · profileData.technicalMandate
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-propulsion-access.confidence
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · technical tags
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · defence applications
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · technical tags
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · technology readiness level
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · core features
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · display lead
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · core features
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · summary
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · commercial availability
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · defence applications
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · catalogue teaser
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · technicaldomainslugs
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · core features
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · technical tags
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · technical tags
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · capability type
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Alternative propulsion test cell · name
CTA offers thermal, hybrid and electric propulsion R&D tests up to 2 MW, with configurable high-/low-frequency data acquisition and support for lower-carbon fuel adaptations including SAF.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-engagement.question
City of Longueuil via CNW — July 22, 2026; CTA test bench section: The City of Longueuil reports entry into service of CTA’s hybrid and electric propulsion test bench. It describes a project exceeding CAD 17 million, CAD 13.63 million government support, Pratt & Whitney Canada as first industrial client and CEL Aerospace as designer.
Supports: Profile · disclosed financing summary
Centre technologique en aérospatiale — disclosedFinancingSummary: Longueuil’s July 2026 account describes the propulsion test-bench project as exceeding CAD 17 million, with CAD 13.63 million in combined federal and Québec support. These figures describe the project rather than CTA’s total finances.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-engagement.context
City of Longueuil via CNW — July 22, 2026; CTA test bench section: The City of Longueuil reports entry into service of CTA’s hybrid and electric propulsion test bench. It describes a project exceeding CAD 17 million, CAD 13.63 million government support, Pratt & Whitney Canada as first industrial client and CEL Aerospace as designer.
Supports: Profile · executive relevance summary
City of Longueuil via CNW — July 22, 2026; CTA test bench section: The City of Longueuil reports entry into service of CTA’s hybrid and electric propulsion test bench. It describes a project exceeding CAD 17 million, CAD 13.63 million government support, Pratt & Whitney Canada as first industrial client and CEL Aerospace as designer.
Supports: Alternative propulsion test cell · maturity
City of Longueuil via CNW — July 22, 2026; CTA test bench section: The City of Longueuil reports entry into service of CTA’s hybrid and electric propulsion test bench. It describes a project exceeding CAD 17 million, CAD 13.63 million government support, Pratt & Whitney Canada as first industrial client and CEL Aerospace as designer.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-validation-milestones.context
SINTEG’s August 12, 2026 release confirms planned CTA independent validation and representative composite structures through DIANA TEVV; it supplies no contract value or completed test result. CTA’s French index is August 11 for the same announcement family.
Supports: Profile · current activity as of
SINTEG’s August 12, 2026 release confirms planned CTA independent validation and representative composite structures through DIANA TEVV; it supplies no contract value or completed test result. CTA’s French index is August 11 for the same announcement family.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-validation-milestones.question
SINTEG’s August 12, 2026 release confirms planned CTA independent validation and representative composite structures through DIANA TEVV; it supplies no contract value or completed test result. CTA’s French index is August 11 for the same announcement family.
Supports: Profile · current activity
SINTEG’s August 12, 2026 release confirms planned CTA independent validation and representative composite structures through DIANA TEVV; it supplies no contract value or completed test result. CTA’s French index is August 11 for the same announcement family.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-validation-milestones.confidence
SINTEG’s August 12, 2026 release confirms planned CTA independent validation and representative composite structures through DIANA TEVV; it supplies no contract value or completed test result. CTA’s French index is August 11 for the same announcement family.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-validation-milestones.id
SINTEG’s August 12, 2026 release confirms planned CTA independent validation and representative composite structures through DIANA TEVV; it supplies no contract value or completed test result. CTA’s French index is August 11 for the same announcement family.
Supports: Profile · description
SINTEG’s August 12, 2026 release confirms planned CTA independent validation and representative composite structures through DIANA TEVV; it supplies no contract value or completed test result. CTA’s French index is August 11 for the same announcement family.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
SINTEG’s August 12, 2026 release confirms planned CTA independent validation and representative composite structures through DIANA TEVV; it supplies no contract value or completed test result. CTA’s French index is August 11 for the same announcement family.
Supports: Aerospace process research and validation · maturity
SINTEG’s August 12, 2026 release confirms planned CTA independent validation and representative composite structures through DIANA TEVV; it supplies no contract value or completed test result. CTA’s French index is August 11 for the same announcement family.
Source type: official company product
Supports: Profile · operating context
CTA describes an internal 2024–2025 load-carrying UAV prototype with ground/flight lift and stability tests, tool change/gripping demonstration and a ROS2 swarm-simulation twin. No payload envelope, regulatory approval or customer deployment is disclosed.
Source type: government service page
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-aircraft-scope.id
The live Transport Canada directory lists ÉNA as AMO 25-23 at 5555 rue de l’ÉNA: Cessna 172 and Piper PA-31 non-specialized aircraft work, autoflight/radio installation with associated non-specialized structural work, and sheet-metal structure repair/modification. No issuance/expiry dates are shown.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-aircraft-scope.question
The live Transport Canada directory lists ÉNA as AMO 25-23 at 5555 rue de l’ÉNA: Cessna 172 and Piper PA-31 non-specialized aircraft work, autoflight/radio installation with associated non-specialized structural work, and sheet-metal structure repair/modification. No issuance/expiry dates are shown.
Supports: Profile · operating context
The live Transport Canada directory lists ÉNA as AMO 25-23 at 5555 rue de l’ÉNA: Cessna 172 and Piper PA-31 non-specialized aircraft work, autoflight/radio installation with associated non-specialized structural work, and sheet-metal structure repair/modification. No issuance/expiry dates are shown.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
The live Transport Canada directory lists ÉNA as AMO 25-23 at 5555 rue de l’ÉNA: Cessna 172 and Piper PA-31 non-specialized aircraft work, autoflight/radio installation with associated non-specialized structural work, and sheet-metal structure repair/modification. No issuance/expiry dates are shown.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-aircraft-scope.confidence
The live Transport Canada directory lists ÉNA as AMO 25-23 at 5555 rue de l’ÉNA: Cessna 172 and Piper PA-31 non-specialized aircraft work, autoflight/radio installation with associated non-specialized structural work, and sheet-metal structure repair/modification. No issuance/expiry dates are shown.
Supports: Profile · profileData.institutionalRelationship
The live Transport Canada directory lists ÉNA as AMO 25-23 at 5555 rue de l’ÉNA: Cessna 172 and Piper PA-31 non-specialized aircraft work, autoflight/radio installation with associated non-specialized structural work, and sheet-metal structure repair/modification. No issuance/expiry dates are shown.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-aircraft-scope.context
The live Transport Canada directory lists ÉNA as AMO 25-23 at 5555 rue de l’ÉNA: Cessna 172 and Piper PA-31 non-specialized aircraft work, autoflight/radio installation with associated non-specialized structural work, and sheet-metal structure repair/modification. No issuance/expiry dates are shown.
Supports: Aircraft systems integration and flight testing · summary
The live Transport Canada directory lists ÉNA as AMO 25-23 at 5555 rue de l’ÉNA: Cessna 172 and Piper PA-31 non-specialized aircraft work, autoflight/radio installation with associated non-specialized structural work, and sheet-metal structure repair/modification. No issuance/expiry dates are shown.
Supports: Aircraft systems integration and flight testing · commercial availability
The live Transport Canada directory lists ÉNA as AMO 25-23 at 5555 rue de l’ÉNA: Cessna 172 and Piper PA-31 non-specialized aircraft work, autoflight/radio installation with associated non-specialized structural work, and sheet-metal structure repair/modification. No issuance/expiry dates are shown.
Source type: official company product
Supports: Profile · operating context
CTA’s 2024 DCM/Nétur project reports industrial modal trials, a CNC vibration database and an application for automatic analysis of cutting-tool vibration information; it does not quantify production savings.
Supports: Profile · description
CTA’s 2024 DCM/Nétur project reports industrial modal trials, a CNC vibration database and an application for automatic analysis of cutting-tool vibration information; it does not quantify production savings.
Supports: Aerospace process research and validation · summary
CTA’s 2024 DCM/Nétur project reports industrial modal trials, a CNC vibration database and an application for automatic analysis of cutting-tool vibration information; it does not quantify production savings.
Source type: research centre profile
Supports: Profile · profileData.publicContact.publicEmail
The dedicated contact page is https://aerocta.ca/nous-joindre/ and publishes info@aerocta.ca, +1 450 678-2001 and 5555 rue de l’ÉNA, Longueuil, Québec J3Y 0Y3.
Supports: Profile · profileData.publicContact.publicPhone
The dedicated contact page is https://aerocta.ca/nous-joindre/ and publishes info@aerocta.ca, +1 450 678-2001 and 5555 rue de l’ÉNA, Longueuil, Québec J3Y 0Y3.
Supports: Profile · profileData.publicContact.linkedInUrl
The dedicated contact page is https://aerocta.ca/nous-joindre/ and publishes info@aerocta.ca, +1 450 678-2001 and 5555 rue de l’ÉNA, Longueuil, Québec J3Y 0Y3.
Supports: Profile · profileData.publicContact.contactPageUrl
The dedicated contact page is https://aerocta.ca/nous-joindre/ and publishes info@aerocta.ca, +1 450 678-2001 and 5555 rue de l’ÉNA, Longueuil, Québec J3Y 0Y3.
Supports: Profile · canadian footprint
The dedicated contact page is https://aerocta.ca/nous-joindre/ and publishes info@aerocta.ca, +1 450 678-2001 and 5555 rue de l’ÉNA, Longueuil, Québec J3Y 0Y3.
Supports: Aircraft systems integration and flight testing · commercial availability
The dedicated contact page is https://aerocta.ca/nous-joindre/ and publishes info@aerocta.ca, +1 450 678-2001 and 5555 rue de l’ÉNA, Longueuil, Québec J3Y 0Y3.
National Research Council
Source type: government service page
Supports: Profile · dual use posture
NRC’s November 2021 STAMP Composites account credits CTA with research expertise in nondestructive inspection methods; consortium vehicle-part weight/cycle results are not attributed solely to CTA.
Centre technologique en aérospatiale
Source type: research centre profile
Supports: Profile · profileData.publicContact.contactPageUrl
Centre technologique en aérospatiale — contactPageUrl: https://aerocta.ca/en/service/alternative-propulsion/
Supports: Alternative propulsion test cell · technicaldomainslugs
Centre technologique en aérospatiale — Alternative propulsion; test-cell capability: CTA offers powertrain testing up to 2 MW for combustion, hybrid and electric aviation propulsion, with configurable data acquisition and R&D support. The service page gives a project-enquiry route and Longueuil contact.
Supports: Alternative propulsion test cell · defence applications
Centre technologique en aérospatiale — 0: Civil aviation propulsion development
Supports: Alternative propulsion test cell · core features
Centre technologique en aérospatiale — 0: Powertrain testing up to 2 MW
Supports: Alternative propulsion test cell · summary
Centre technologique en aérospatiale — summary: CTA offers R&D testing for combustion, hybrid and electric aviation powertrains. The centre specifies test capability up to 2 MW with configurable data acquisition and project-specific support.
Supports: Alternative propulsion test cell · name
Centre technologique en aérospatiale — name: Alternative propulsion test cell
Supports: Alternative propulsion test cell · technical tags
Centre technologique en aérospatiale — Alternative propulsion; test-cell capability: CTA offers powertrain testing up to 2 MW for combustion, hybrid and electric aviation propulsion, with configurable data acquisition and R&D support. The service page gives a project-enquiry route and Longueuil contact.
Supports: Alternative propulsion test cell · core features
Centre technologique en aérospatiale — 1: Configurable data acquisition
Supports: Alternative propulsion test cell · capability type
Centre technologique en aérospatiale — Alternative propulsion; test-cell capability: CTA offers powertrain testing up to 2 MW for combustion, hybrid and electric aviation propulsion, with configurable data acquisition and R&D support. The service page gives a project-enquiry route and Longueuil contact.
Supports: Alternative propulsion test cell · technical tags
Centre technologique en aérospatiale — Alternative propulsion; test-cell capability: CTA offers powertrain testing up to 2 MW for combustion, hybrid and electric aviation propulsion, with configurable data acquisition and R&D support. The service page gives a project-enquiry route and Longueuil contact.
Source type: official company news
Supports: Profile · disclosed financing summary
CTA estimates the hybrid bench project above C$17 million, with C$13.63 million combined public contributions: about C$7.58 million CED and C$6.05 million MEIE. These are project totals, not CTA revenue or CEL’s supply contract value.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-propulsion-access.context
CTA’s release indexed July 16, 2026 announces entry into service of its hybrid/electric aircraft-engine test bench, with Pratt & Whitney Canada as first industrial user.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
CTA’s release indexed July 16, 2026 announces entry into service of its hybrid/electric aircraft-engine test bench, with Pratt & Whitney Canada as first industrial user.
Supports: Profile · current activity
CTA’s release indexed July 16, 2026 announces entry into service of its hybrid/electric aircraft-engine test bench, with Pratt & Whitney Canada as first industrial user.
Supports: Profile · description
CTA’s release indexed July 16, 2026 announces entry into service of its hybrid/electric aircraft-engine test bench, with Pratt & Whitney Canada as first industrial user.
Supports: Alternative propulsion test cell · maturity
CTA’s release indexed July 16, 2026 announces entry into service of its hybrid/electric aircraft-engine test bench, with Pratt & Whitney Canada as first industrial user.
Supports: Alternative propulsion test cell · summary
CTA’s release indexed July 16, 2026 announces entry into service of its hybrid/electric aircraft-engine test bench, with Pratt & Whitney Canada as first industrial user.
Supports: Alternative propulsion test cell · summary
CTA names Équipement d’essai aérospatial CEL Ltée as designer and manufacturer of the new bench.
Source type: official company product
Supports: Profile · description
For Pratt & Whitney Canada during 2020–2025, CTA reports testing QIF data across CMM software and delivering a decision matrix identifying effective implementations and anomalies; supplier-method standardization is prospective.
Supports: Profile · operating context
For Pratt & Whitney Canada during 2020–2025, CTA reports testing QIF data across CMM software and delivering a decision matrix identifying effective implementations and anomalies; supplier-method standardization is prospective.
Supports: Aerospace process research and validation · summary
For Pratt & Whitney Canada during 2020–2025, CTA reports testing QIF data across CMM software and delivering a decision matrix identifying effective implementations and anomalies; supplier-method standardization is prospective.
Canada Economic Development
Source type: award or contract
Supports: Profile · legal name
CED contribution record 600070281 names Centre technologique en aérospatiale C.T.A., business number 138648449, as a not-for-profit recipient in Longueuil.
Source type: official company product
Supports: Profile · operating context
CTA offers funding-program navigation and describes an eligible-SME interactive visit of about 20 expert hours for C$250, subject to the relevant program conditions.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-project-rights.question
CTA offers funding-program navigation and describes an eligible-SME interactive visit of about 20 expert hours for C$250, subject to the relevant program conditions.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-project-rights.context
CTA offers funding-program navigation and describes an eligible-SME interactive visit of about 20 expert hours for C$250, subject to the relevant program conditions.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-project-rights.id
CTA offers funding-program navigation and describes an eligible-SME interactive visit of about 20 expert hours for C$250, subject to the relevant program conditions.
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-project-rights.confidence
CTA offers funding-program navigation and describes an eligible-SME interactive visit of about 20 expert hours for C$250, subject to the relevant program conditions.
Source type: official company product
Supports: Profile · reviewed questions.centre-technologique-en-aerospatiale-aircraft-scope.context
CTA reports modifying an ÉNA aero-club Cessna 172 and obtaining experimental flight permits for ÉTS LASSENA, with a flight-test campaign underway since 2024.
Supports: Profile · operating context
CTA reports modifying an ÉNA aero-club Cessna 172 and obtaining experimental flight permits for ÉTS LASSENA, with a flight-test campaign underway since 2024.
Supports: Aircraft systems integration and flight testing · technical tags
CTA reports modifying an ÉNA aero-club Cessna 172 and obtaining experimental flight permits for ÉTS LASSENA, with a flight-test campaign underway since 2024.
Supports: Aircraft systems integration and flight testing · summary
CTA reports modifying an ÉNA aero-club Cessna 172 and obtaining experimental flight permits for ÉTS LASSENA, with a flight-test campaign underway since 2024.
Supports: Aircraft systems integration and flight testing · maturity
CTA reports modifying an ÉNA aero-club Cessna 172 and obtaining experimental flight permits for ÉTS LASSENA, with a flight-test campaign underway since 2024.
Supports: Aircraft systems integration and flight testing · core features
CTA reports modifying an ÉNA aero-club Cessna 172 and obtaining experimental flight permits for ÉTS LASSENA, with a flight-test campaign underway since 2024.
Supports: Aircraft systems integration and flight testing · defence applications
CTA reports modifying an ÉNA aero-club Cessna 172 and obtaining experimental flight permits for ÉTS LASSENA, with a flight-test campaign underway since 2024.
CTA and Bombardier authors
Source type: official report
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
The CTA/Bombardier Results in Engineering 9 (2021) paper reports fibre-Bragg-grating measurements on a Global 7500 representative wing during fatigue and static ground certification testing. Analytical methods estimated deflection and a neural network estimated twist; this paper does not prove in-flight deployment of the method.
Supports: Aircraft systems integration and flight testing · defence applications
The CTA/Bombardier Results in Engineering 9 (2021) paper reports fibre-Bragg-grating measurements on a Global 7500 representative wing during fatigue and static ground certification testing. Analytical methods estimated deflection and a neural network estimated twist; this paper does not prove in-flight deployment of the method.
Supports: Aircraft systems integration and flight testing · technical tags
The CTA/Bombardier Results in Engineering 9 (2021) paper reports fibre-Bragg-grating measurements on a Global 7500 representative wing during fatigue and static ground certification testing. Analytical methods estimated deflection and a neural network estimated twist; this paper does not prove in-flight deployment of the method.
Supports: Aircraft systems integration and flight testing · maturity
The CTA/Bombardier Results in Engineering 9 (2021) paper reports fibre-Bragg-grating measurements on a Global 7500 representative wing during fatigue and static ground certification testing. Analytical methods estimated deflection and a neural network estimated twist; this paper does not prove in-flight deployment of the method.
Supports: Aircraft systems integration and flight testing · core features
The CTA/Bombardier Results in Engineering 9 (2021) paper reports fibre-Bragg-grating measurements on a Global 7500 representative wing during fatigue and static ground certification testing. Analytical methods estimated deflection and a neural network estimated twist; this paper does not prove in-flight deployment of the method.
Supports: Aircraft systems integration and flight testing · summary
The CTA/Bombardier Results in Engineering 9 (2021) paper reports fibre-Bragg-grating measurements on a Global 7500 representative wing during fatigue and static ground certification testing. Analytical methods estimated deflection and a neural network estimated twist; this paper does not prove in-flight deployment of the method.
Source type: research centre profile
Supports: Profile · canadian footprint
CTA reports 30,000 square feet of its facilities plus privileged access to over 270,000 square feet at ÉNA; shared ÉNA space is not CTA-owned floor area.
Supports: Profile · description
Founded in 1993, CTA is a nonprofit CCTT affiliated with Cégep Édouard-Montpetit.
Source type: official company product
Supports: Profile · profileData.technicalMandate
CTA’s AI team, established in 2021, supports decision tools and process automation across the other teams, including digital twins, machine learning and aircraft-operations language tools.
Supports: Profile · description
CTA’s AI team, established in 2021, supports decision tools and process automation across the other teams, including digital twins, machine learning and aircraft-operations language tools.
Supports: Aerospace process research and validation · core features
CTA’s AI team, established in 2021, supports decision tools and process automation across the other teams, including digital twins, machine learning and aircraft-operations language tools.
Supports: Aerospace process research and validation · summary
CTA’s AI team, established in 2021, supports decision tools and process automation across the other teams, including digital twins, machine learning and aircraft-operations language tools.
CTA and L3Harris authors
Source type: official report
Supports: Profile · dual use posture
The 2024 CTA/L3Harris paper reports a collaborative-robot phased-array gantry tested on coupons and actual aircraft flight-control components, including on-aircraft inspection; deployment at L3Harris was in progress at publication.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
The 2024 CTA/L3Harris paper reports a collaborative-robot phased-array gantry tested on coupons and actual aircraft flight-control components, including on-aircraft inspection; deployment at L3Harris was in progress at publication.
Supports: Profile · defence posture
The 2024 CTA/L3Harris paper reports a collaborative-robot phased-array gantry tested on coupons and actual aircraft flight-control components, including on-aircraft inspection; deployment at L3Harris was in progress at publication.
Supports: Profile · description
The 2024 CTA/L3Harris paper reports a collaborative-robot phased-array gantry tested on coupons and actual aircraft flight-control components, including on-aircraft inspection; deployment at L3Harris was in progress at publication.
Supports: Aerospace process research and validation · summary
The 2024 CTA/L3Harris paper reports a collaborative-robot phased-array gantry tested on coupons and actual aircraft flight-control components, including on-aircraft inspection; deployment at L3Harris was in progress at publication.
Supports: Aerospace process research and validation · maturity
The 2024 CTA/L3Harris paper reports a collaborative-robot phased-array gantry tested on coupons and actual aircraft flight-control components, including on-aircraft inspection; deployment at L3Harris was in progress at publication.
Supports: Aerospace process research and validation · summary
The paper’s first diagnostic algorithm cannot distinguish all defect combinations; technician review remains required. It reports about 30 min/m² inspection after setup under the described configuration, not a general guaranteed service rate.
Source type: research centre profile
Supports: Profile · ownership
CTA publishes an industry/academic/government board chaired by Anne-Marie Bertrand and executive leadership under Frédéric Parent; affiliation and board participation do not imply corporate ownership by member employers.
Source type: official company product
Supports: Profile · operating context
CTA reports a modernized C-GCTA Piper Chieftain with three aircraft-specific STCs for alternator installation, LTE data acquisition/transmission and dedicated test electrical distribution; the remote-operation conversion is ongoing.
Supports: Aircraft systems integration and flight testing · maturity
CTA reports a modernized C-GCTA Piper Chieftain with three aircraft-specific STCs for alternator installation, LTE data acquisition/transmission and dedicated test electrical distribution; the remote-operation conversion is ongoing.
Supports: Aircraft systems integration and flight testing · summary
CTA reports a modernized C-GCTA Piper Chieftain with three aircraft-specific STCs for alternator installation, LTE data acquisition/transmission and dedicated test electrical distribution; the remote-operation conversion is ongoing.
Supports: Aircraft systems integration and flight testing · core features
CTA reports a modernized C-GCTA Piper Chieftain with three aircraft-specific STCs for alternator installation, LTE data acquisition/transmission and dedicated test electrical distribution; the remote-operation conversion is ongoing.
Source type: official company product
Supports: Profile · description
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Profile · dual use posture
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Profile · profileData.technicalMandate
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · slug
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · summary
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · catalogue teaser
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · technology readiness level
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · core features
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · name
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · defence applications
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · technical tags
CTA lists a Piper PA-31-350 Chieftain test aircraft with Garmin 600 TXi, Genesys STEC 3100 and Curtiss-Wright modular data acquisition. Multi-protocol computer integration is planned and Starlink integration is in progress.
Supports: Aircraft systems integration and flight testing · technicaldomainslugs
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · maturity
The current service page explicitly says the Piper is being modified for remote operation; it does not demonstrate autonomous service availability.
Supports: Aircraft systems integration and flight testing · technical tags
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · core features
The current service page explicitly says the Piper is being modified for remote operation; it does not demonstrate autonomous service availability.
Supports: Aircraft systems integration and flight testing · display lead
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · technicaldomainslugs
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · capability type
CTA offers embedded avionics, communication and instrumentation integration, structural monitoring, ground/flight tests, simulation and aircraft modification support.
Supports: Aircraft systems integration and flight testing · core features
CTA lists a Piper PA-31-350 Chieftain test aircraft with Garmin 600 TXi, Genesys STEC 3100 and Curtiss-Wright modular data acquisition. Multi-protocol computer integration is planned and Starlink integration is in progress.
Source type: official company product
Supports: Profile · profileData.technicalMandate
CTA develops ultrasonic and thermographic inspection methods, custom probes, robot scan paths and automated data analysis, including porosity-reference panels characterized with micro-CT.
Supports: Aerospace process research and validation · core features
CTA lists a five-axis immersion system, phased-array/FMC equipment and infrared thermography, with robotic inspection of complex prototype/reference composite parts.
Supports: Aerospace process research and validation · display lead
CTA develops ultrasonic and thermographic inspection methods, custom probes, robot scan paths and automated data analysis, including porosity-reference panels characterized with micro-CT.
Supports: Aerospace process research and validation · technical tags
CTA develops ultrasonic and thermographic inspection methods, custom probes, robot scan paths and automated data analysis, including porosity-reference panels characterized with micro-CT.
Supports: Aerospace process research and validation · commercial availability
CTA develops ultrasonic and thermographic inspection methods, custom probes, robot scan paths and automated data analysis, including porosity-reference panels characterized with micro-CT.
Supports: Aerospace process research and validation · technology readiness level
CTA develops ultrasonic and thermographic inspection methods, custom probes, robot scan paths and automated data analysis, including porosity-reference panels characterized with micro-CT.
Supports: Aerospace process research and validation · technical tags
CTA develops ultrasonic and thermographic inspection methods, custom probes, robot scan paths and automated data analysis, including porosity-reference panels characterized with micro-CT.
Supports: Aerospace process research and validation · name
CTA develops ultrasonic and thermographic inspection methods, custom probes, robot scan paths and automated data analysis, including porosity-reference panels characterized with micro-CT.
Supports: Aerospace process research and validation · capability type
CTA develops ultrasonic and thermographic inspection methods, custom probes, robot scan paths and automated data analysis, including porosity-reference panels characterized with micro-CT.
Supports: Aerospace process research and validation · core features
CTA develops ultrasonic and thermographic inspection methods, custom probes, robot scan paths and automated data analysis, including porosity-reference panels characterized with micro-CT.
Supports: Aerospace process research and validation · catalogue teaser
CTA develops ultrasonic and thermographic inspection methods, custom probes, robot scan paths and automated data analysis, including porosity-reference panels characterized with micro-CT.
Source type: official company product
Supports: Profile · description
CTA reports 2018–2025 deliveries of customer-material composite reference panels and porosity/attenuation calibration curves to unnamed aerospace OEMs.
Supports: Profile · operating context
CTA reports 2018–2025 deliveries of customer-material composite reference panels and porosity/attenuation calibration curves to unnamed aerospace OEMs.
Supports: Aerospace process research and validation · maturity
CTA reports 2018–2025 deliveries of customer-material composite reference panels and porosity/attenuation calibration curves to unnamed aerospace OEMs.
Supports: Aerospace process research and validation · summary
CTA reports 2018–2025 deliveries of customer-material composite reference panels and porosity/attenuation calibration curves to unnamed aerospace OEMs.
Centre technologique en aérospatiale
Source type: research centre profile
Supports: Profile · operating context
Centre technologique en aérospatiale — operatingContext: CTA’s portfolio records collaborative industrial R&D, including machining work with DCM and Nétur and projects in composites, inspection and robotization. The research role provides access to methods and facilities; individual project outputs have their own validation and commercialization stages.
Supports: Profile · executive relevance summary
Centre technologique en aérospatiale — Industrial projects: composites, inspection, machining and robotization: CTA lists industrial projects in composite-process maturation, non-destructive testing, metrology and robotization, including a 2024 machining research project with DCM and Nétur. These are project-level R&D records, not a claim that each result is a market-ready product.
Supports: Aerospace process research and validation · core features
Centre technologique en aérospatiale — 1: Non-destructive testing research
Supports: Aerospace process research and validation · core features
Centre technologique en aérospatiale — 0: Composite-process research
Supports: Aerospace process research and validation · technicaldomainslugs
Centre technologique en aérospatiale — Industrial projects: composites, inspection, machining and robotization: CTA lists industrial projects in composite-process maturation, non-destructive testing, metrology and robotization, including a 2024 machining research project with DCM and Nétur. These are project-level R&D records, not a claim that each result is a market-ready product.
Supports: Aerospace process research and validation · defence applications
Centre technologique en aérospatiale — 0: Aerospace manufacturing process development
Supports: Aerospace process research and validation · core features
Centre technologique en aérospatiale — 2: Metrology and robotization projects
Supports: Aerospace process research and validation · maturity
Centre technologique en aérospatiale — Industrial projects: composites, inspection, machining and robotization: CTA lists industrial projects in composite-process maturation, non-destructive testing, metrology and robotization, including a 2024 machining research project with DCM and Nétur. These are project-level R&D records, not a claim that each result is a market-ready product.
Supports: Aerospace process research and validation · technical tags
Centre technologique en aérospatiale — Industrial projects: composites, inspection, machining and robotization: CTA lists industrial projects in composite-process maturation, non-destructive testing, metrology and robotization, including a 2024 machining research project with DCM and Nétur. These are project-level R&D records, not a claim that each result is a market-ready product.
Supports: Aerospace process research and validation · technical tags
Centre technologique en aérospatiale — Industrial projects: composites, inspection, machining and robotization: CTA lists industrial projects in composite-process maturation, non-destructive testing, metrology and robotization, including a 2024 machining research project with DCM and Nétur. These are project-level R&D records, not a claim that each result is a market-ready product.
Supports: Aerospace process research and validation · summary
Centre technologique en aérospatiale — summary: Collaborative applied research in composite manufacturing, non-destructive testing, metrology and robotization. CTA’s project portfolio records named industrial research partners and bounded development activities.
Supports: Aerospace process research and validation · capability type
Centre technologique en aérospatiale — Industrial projects: composites, inspection, machining and robotization: CTA lists industrial projects in composite-process maturation, non-destructive testing, metrology and robotization, including a 2024 machining research project with DCM and Nétur. These are project-level R&D records, not a claim that each result is a market-ready product.
Supports: Aerospace process research and validation · name
Centre technologique en aérospatiale — name: Aerospace process research and validation
National Defence · Mar 20, 2024
Source type: government service page
Supports: Profile · description
DND’s March 15, 2024 announcement names CTA in St-Hubert among Canadian test centres joining DIANA; network access supports innovators and is distinct from procurement or certification.
Supports: Profile · defence posture
DND’s March 15, 2024 announcement names CTA in St-Hubert among Canadian test centres joining DIANA; network access supports innovators and is distinct from procurement or certification.
Supports: Profile · defence posture
Centre technologique en aérospatiale — defencePosture: DND named CTA among the Canadian test centres joining the NATO DIANA network in March 2024.
Supports: NATO DIANA Test Centre Network · organization participation
Source location: programParticipations.0.participation.publicSummary
Centre technologique en aérospatiale — publicSummary: National Defence named Centre technologique en aérospatiale among the Canadian test centres joining the NATO DIANA network in March 2024.
Supports: NATO DIANA Test Centre Network · organization participation
Source location: programParticipations.0.participation.announcedOn
Centre technologique en aérospatiale — announcedOn: 2024-03-15
Supports: NATO DIANA Test Centre Network · organization participation
Source location: programParticipations.0.participation.participationType
Centre technologique en aérospatiale — participationType: Test centre
Supports: NATO DIANA Test Centre Network · organization participation
Source location: programParticipations.0.participation.lifecycleStage
National Defence — March 15, 2024; Test centres list; CTA entry: National Defence named the Centre technologique en aérospatiale in Saint-Hubert, Québec, among the Canadian test centres joining the NATO DIANA network in March 2024.
Supports: NATO DIANA Test Centre Network · canonical program
Source location: programParticipations.0.program.summary
Ontario Tech University ACE — summary: NATO DIANA connects selected dual-use innovators with specialist testing facilities and expertise across its test-centre network.
Supports: NATO DIANA Test Centre Network · canonical program
Source location: programParticipations.0.program.name
Centre technologique en aérospatiale — name: NATO DIANA Test Centre Network
Supports: NATO DIANA Test Centre Network · canonical program
Source location: programParticipations.0.program.programType
National Defence — March 15, 2024; Test centres list; CTA entry: National Defence named the Centre technologique en aérospatiale in Saint-Hubert, Québec, among the Canadian test centres joining the NATO DIANA network in March 2024.
Supports: NATO DIANA Test Centre Network · canonical program
Source location: programParticipations.0.program.summary
Centre technologique en aérospatiale — summary: NATO DIANA connects selected dual-use innovators with specialist testing facilities and expertise across its test-centre network.
Supports: NATO DIANA Test Centre Network · canonical program
Source location: programParticipations.0.program.programType
National Defence — March 15, 2024; Test centres list; ACE entry: National Defence announced ACE at Ontario Tech in Oshawa among the Canadian test centres joining the NATO DIANA network in March 2024. The network gives selected innovators access to specialist testing facilities.
Supports: NATO DIANA Test Centre Network · canonical program
Source location: programParticipations.0.program.name
Ontario Tech University ACE — name: NATO DIANA Test Centre Network
Supports: NATO DIANA Test Centre Network · canonical program
Source location: programParticipations.0.program.websiteUrl
Centre technologique en aérospatiale — websiteUrl: https://www.canada.ca/en/department-national-defence/news/2024/03/canadian-test-centres-and-accelerators-join-nato-diana-network.html
Supports: NATO DIANA Test Centre Network · canonical program
Source location: programParticipations.0.program.websiteUrl
Ontario Tech University ACE — websiteUrl: https://www.canada.ca/en/department-national-defence/news/2024/03/canadian-test-centres-and-accelerators-join-nato-diana-network.html
Supports: NATO DIANA Test Centre Network · canonical program
Source location: programParticipations.0.program.operatorName
Centre technologique en aérospatiale — operatorName: NATO Defence Innovation Accelerator for the North Atlantic
Supports: NATO DIANA Test Centre Network · canonical program
Source location: programParticipations.0.program.operatorName
Ontario Tech University ACE — operatorName: NATO Defence Innovation Accelerator for the North Atlantic
Source type: official company product
Supports: Profile · operating context
The 2024 Nucleom proof of concept used Turtlebot mapping/navigation with a simulated ultrasonic probe; it proves navigation feasibility rather than completed autonomous steel-plate NDT.
Supports: Aerospace process research and validation · maturity
The 2024 Nucleom proof of concept used Turtlebot mapping/navigation with a simulated ultrasonic probe; it proves navigation feasibility rather than completed autonomous steel-plate NDT.
Source type: official company news
Supports: Profile · profileData.institutionalRelationship
CTA and ÉNA announced Transport Canada Approved Maintenance Organization status in a release indexed March 13, 2025; certificate number, rating scope and validity are absent from the release.
Canada Economic Development
Source type: award or contract
Supports: Profile · disclosed financing summary
Official search export records one non-repayable ARRI agreement 600070281: original C$6,012,823, amended to C$7,585,643 on July 24, 2023; subsequent March 14, 2024 and February 19, 2025 records retain the value, with latest projected end August 31, 2025. The records are not additive awards or proof of payment.
Source type: official company product
Supports: Profile · profileData.technicalMandate
CTA offers CNC process diagnostics, machining trials and prototypes in titanium/nickel alloys and composites, alongside contact/non-contact dimensional inspection and QIF/CMM integration.
Supports: Aerospace process research and validation · summary
CTA offers CNC process diagnostics, machining trials and prototypes in titanium/nickel alloys and composites, alongside contact/non-contact dimensional inspection and QIF/CMM integration.
Supports: Aerospace process research and validation · defence applications
CTA offers CNC process diagnostics, machining trials and prototypes in titanium/nickel alloys and composites, alongside contact/non-contact dimensional inspection and QIF/CMM integration.
Supports: Aerospace process research and validation · technical tags
CTA offers CNC process diagnostics, machining trials and prototypes in titanium/nickel alloys and composites, alongside contact/non-contact dimensional inspection and QIF/CMM integration.
Supports: Aerospace process research and validation · core features
CTA offers CNC process diagnostics, machining trials and prototypes in titanium/nickel alloys and composites, alongside contact/non-contact dimensional inspection and QIF/CMM integration.
Source type: official company product
Supports: Aerospace process research and validation · core features
Listed equipment includes a 400-ton Eagle press, 100 kN MTS fatigue/tensile system and a small autoclave rated to 400°C and 14 bar. These are equipment envelopes, not certified part-production qualifications.
Supports: Aerospace process research and validation · summary
CTA offers material selection, thermal/rheological characterization, finite-element and mechanical validation, RTM, vacuum infusion, autoclave and compression-moulding process development.
Supports: Aerospace process research and validation · technical tags
CTA offers material selection, thermal/rheological characterization, finite-element and mechanical validation, RTM, vacuum infusion, autoclave and compression-moulding process development.
Supports: Aerospace process research and validation · core features
CTA offers material selection, thermal/rheological characterization, finite-element and mechanical validation, RTM, vacuum infusion, autoclave and compression-moulding process development.
Supports: Aerospace process research and validation · technical tags
CTA offers material selection, thermal/rheological characterization, finite-element and mechanical validation, RTM, vacuum infusion, autoclave and compression-moulding process development.
Supports: Aerospace process research and validation · defence applications
CTA offers material selection, thermal/rheological characterization, finite-element and mechanical validation, RTM, vacuum infusion, autoclave and compression-moulding process development.
Supports: Aerospace process research and validation · technicaldomainslugs
CTA offers material selection, thermal/rheological characterization, finite-element and mechanical validation, RTM, vacuum infusion, autoclave and compression-moulding process development.
Source type: official company product
Supports: Aerospace process research and validation · core features
CTA offers industrial, mobile and aerial robotic proofs of concept, integration, simulation, perception and teleoperation, including ROS2/SLAM and multi-brand robot cells. The offering is custom development rather than one qualified autonomous product.
Supports: Aerospace process research and validation · technical tags
CTA offers industrial, mobile and aerial robotic proofs of concept, integration, simulation, perception and teleoperation, including ROS2/SLAM and multi-brand robot cells. The offering is custom development rather than one qualified autonomous product.
Source type: official report
Supports: Aerospace process research and validation · defence applications
The June 2025 CTA conference paper presents controlled-porosity panels, paired ultrasonic methods and micro-CT characterization; it discusses uncertainty, open-void artefacts and ongoing morphology research rather than universal material calibration.
Supports: Aerospace process research and validation · core features
The June 2025 CTA conference paper presents controlled-porosity panels, paired ultrasonic methods and micro-CT characterization; it discusses uncertainty, open-void artefacts and ongoing morphology research rather than universal material calibration.
Cégep Édouard-Montpetit
Source type: official report
Supports: Alternative propulsion test cell · maturity
The October 2, 2024 Cégep minutes say the bench was installed and an engine being tested while the infrastructure project was 90% complete and permanent power awaited connection. This earlier installed/testing state is distinct from the July 2026 service announcement.
Supports: Alternative propulsion test cell · summary
The October 2, 2024 Cégep minutes say the bench was installed and an engine being tested while the infrastructure project was 90% complete and permanent power awaited connection. This earlier installed/testing state is distinct from the July 2026 service announcement.
Ville de Longueuil · Jul 22, 2026
Source type: government service page
Supports: Alternative propulsion test cell · maturity
Longueuil’s July 22, 2026 release independently states that the hybrid/electric bench entered service, with P&WC first industrial customer and CEL design; July 22 is release timing, not the exact commissioning day.
