NGC Aerospace is a Sherbrooke engineering company developing guidance, navigation and control algorithms, embedded flight software and simulation for aerial, space and launch vehicles.
Operating context
NGC Aerospace connects space-flight guidance experience with aircraft autonomy software. ESA independently identifies its guidance, navigation and control contribution to Proba-3, and NGC reports the mission's December 2024 launch. Its current offer also spans satellite attitude/orbit control, planetary landing and optical navigation, aircraft detect-and-avoid, landing-zone assessment and simulation. A July 2026 CanadaBuys interested-supplier profile adds a practical integration model: licensing software libraries, training customer teams and co-developing flight-management software. The DDI page demonstrates interest in partnering on the marketplace opportunity; it does not establish that an NGC product is qualified or has been purchased.
Canadian footprint
NGC publishes its Sherbrooke, Quebec operating location, and the NRC grant record independently names the Canadian recipient and project scope.
Sherbrooke, Quebec is the published city-level context for NGC Aerospace. It does not imply a street address or exact facility location.
NGC offers software and co-development routes for autonomy integrators, with independently documented space-programme heritage and a separately bounded DDI partnering signal.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
NGC Aerospace develops guidance, navigation and control algorithms, embedded flight software, simulation and autopilot functions for aerial, space and launch vehicles.
Evidence of maturity
CSA documents NGC satellite-control heritage on Proba-2. NGC also announced a rover-navigation and obstacle-detection role in the Canadensys-led lunar rover consortium in 2022; the launch date in that older announcement is not current flight confirmation.
Commercial availability
Satellite, planetary and aerial GNC, simulation, verification and co-development are offered through scoped engineering engagements.
Core features
GNC algorithm development
Embedded flight software
Autopilot design
Simulation and verification
Separate satellite AOCS, planetary navigation and aerial-autopilot engineering streams
The National Research Council records support for NGC Aerospace to develop dual-use guidance, navigation and control technology for aerial, space and launch vehicles.
NGC publicly offers GNC engineering and software services and has a current NRC-supported dual-use development project.
Questions for a first conversation
01
Which aircraft software components are already qualified for the proposed operating environment, and what customer evidence is needed to establish that configuration's acceptance?
Space-programme heritage and a certifiable-autopilot offer do not automatically confer aircraft certification or DDI qualification.
Original sources 8 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
NGC offers satellite attitude/orbit control, planetary landing and optical navigation, aircraft autopilots, detect-and-avoid and landing-zone assessment, simulators, co-development and training. Public contact ngc@ngcaerospace.com and +1 819 348-9483.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
NGC offers satellite attitude/orbit control, planetary landing and optical navigation, aircraft autopilots, detect-and-avoid and landing-zone assessment, simulators, co-development and training. Public contact ngc@ngcaerospace.com and +1 819 348-9483.
Supports: Guidance, navigation and control software · technical tags
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · defence applications
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · commercial availability
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · core features
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · name
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · core features
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · technology readiness level
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · core features
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · defence applications
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · technicaldomainslugs
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · core features
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · summary
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · capability type
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · core features
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · technical tags
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · defence applications
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
Supports: Guidance, navigation and control software · technical tags
NGC separates satellite attitude/orbit control, planetary descent and landing, aerial autopilots and co-development/training. Integration, simulation and validation are scoped to spacecraft or aerial systems rather than one universal qualified flight-software configuration.
True North Map derives this executive description for NGC Aerospace from the official identity and technical records together with National Research Council Canada's corroborating evidence.
Supports: Profile · current activity
The National Research Council records support for NGC Aerospace to develop dual-use guidance, navigation and control technology for aerial, space and launch vehicles.
ESA identifies Canada's NGC Aerospace as a contributor to Proba-3 guidance, navigation and control, distinguishing its role from MDA laser-metrology electronics and MSCI reaction wheels.
ESA identifies Canada's NGC Aerospace as a contributor to Proba-3 guidance, navigation and control, distinguishing its role from MDA laser-metrology electronics and MSCI reaction wheels.
NGC is listed as interested in partnering on DDI Marketplace W8703-270055. The profile offers certifiable autopilots, terrain-relative navigation, landing-zone assessment, SIL/HIL, library licensing and co-development. It names David Neveu, VP Aerial Systems, david.neveu@ngcaerospace.com. This is not DDI qualification or an award.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Public sources cited · Facts and assessments kept separate · Human review
Guidance, navigation and control software has documented civilian or industrial applications and a bounded potential relevance to Canadian defence, security or strategic-infrastructure needs.
Supports: Profile · organization categories
True North Map applies the dual use category to NGC Aerospace from its documented mandate and source-bounded operating evidence.
The NRC project supports dual-use GNC development; public sources do not establish weapon integration, accepted flight performance, production capacity or a defence customer. The first conversation should therefore separate current offer, development evidence and accepted operational use.
Supports: Profile · organization categories
True North Map applies the commercial company category to NGC Aerospace from its documented mandate and source-bounded operating evidence.
True North Map derives a first-conversation question about Guidance, navigation and control software configuration and accepted outcomes from the documented maturity boundary.
Supports: Profile · defence posture
The technology is dual use and relevant to autonomous platforms, but public evidence does not establish a weapon program, customer acceptance or operational deployment.
Supports: Profile · current activity as of
National Research Council Canada's dated record anchors this activity to 2026-01-01.
Supports: Profile · executive relevance summary
NGC may matter to Canadian teams seeking domestic GNC and flight-software expertise across aerial and launch platforms. The next useful conversation would establish configuration-specific verification, safety assurance, environmental qualification and independently accepted flight outcomes for the intended vehicle.
Supports: Profile · canadian footprint
NGC publishes its Sherbrooke, Quebec operating location, and the NRC grant record independently names the Canadian recipient and project scope.
Supports: Guidance, navigation and control software · maturity
National Research Council 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.
ESA identifies Canada's NGC Aerospace as a contributor to Proba-3 guidance, navigation and control, distinguishing its role from MDA laser-metrology electronics and MSCI reaction wheels.
ESA identifies Canada's NGC Aerospace as a contributor to Proba-3 guidance, navigation and control, distinguishing its role from MDA laser-metrology electronics and MSCI reaction wheels.
ESA identifies Canada's NGC Aerospace as a contributor to Proba-3 guidance, navigation and control, distinguishing its role from MDA laser-metrology electronics and MSCI reaction wheels.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
ESA identifies Canada's NGC Aerospace as a contributor to Proba-3 guidance, navigation and control, distinguishing its role from MDA laser-metrology electronics and MSCI reaction wheels.
Supports: Profile · commercial status
NGC publicly offers GNC engineering and software services and has a current NRC-supported dual-use development project.
https://career.ngcaerospace.com/ is the public identity or contact route used for NGC Aerospace.
Supports: Profile · name
NGC Aerospace is the public name used by the organization's official website.
Supports: Profile · aliases
NGC Aérospatiale is a documented operating, former or alternate name for NGC Aerospace.
Supports: Profile · primary location.countrycode
NGC Aerospace publishes a Canadian operating presence, represented by country code CA.
Supports: Profile · website url
https://www.ngcaerospace.com/ is the canonical official website used by NGC Aerospace.
Supports: Profile · primary location.city
NGC Aerospace publishes Sherbrooke as its Canadian operating city.
Supports: Profile · operating context
NGC combines specialist GNC engineering with a current federal project spanning aerial, space and launch applications, supporting a bounded view of Canadian flight-software capability.
Supports: Profile · primary location.latitude
True North Map uses the Sherbrooke city centroid latitude 45.4042 for a city-level map location.
Supports: Profile · profileData.portfolioScope
NGC Aerospace's documented portfolio in this dossier is bounded to Guidance, navigation and control software and the source-backed functions listed below.
Supports: Guidance, navigation and control software · core features
GNC algorithm development This bounded statement is retained for reviewer verification.
Supports: Guidance, navigation and control software · core features
Autopilot design This bounded statement is retained for reviewer verification.
Supports: Guidance, navigation and control software · technicaldomainslugs
True North Map maps Guidance, navigation and control software to aerospace and mobility from its documented technology functions.
Supports: Guidance, navigation and control software · core features
Embedded flight software This bounded statement is retained for reviewer verification.
Supports: Guidance, navigation and control software · defence applications
Autonomous aerial vehicles This bounded statement is retained for reviewer verification.
Supports: Guidance, navigation and control software · commercial availability
NGC Aerospace currently presents Guidance, navigation and control software through its official public capability surface.
Supports: Guidance, navigation and control software · name
Guidance, navigation and control software
Supports: Guidance, navigation and control software · technical tags
True North Map applies the flight software tag from NGC Aerospace's documented capability functions.
Supports: Guidance, navigation and control software · technical tags
True North Map applies the autopilot tag from NGC Aerospace's documented capability functions.
Supports: Guidance, navigation and control software · technical tags
True North Map applies the GNC tag from NGC Aerospace's documented capability functions.
Supports: Guidance, navigation and control software · defence applications
Launch vehicles This bounded statement is retained for reviewer verification.
Supports: Guidance, navigation and control software · defence applications
Spacecraft guidance and control
Supports: Guidance, navigation and control software · summary
NGC Aerospace develops guidance, navigation and control algorithms, embedded flight software, simulation and autopilot functions for aerial, space and launch vehicles.
Supports: Guidance, navigation and control software · core features
Simulation and verification This bounded statement is retained for reviewer verification.
Supports: Guidance, navigation and control software · capability type
Guidance, navigation and control engineering
NGC is listed as interested in partnering on DDI Marketplace W8703-270055. The profile offers certifiable autopilots, terrain-relative navigation, landing-zone assessment, SIL/HIL, library licensing and co-development. It names David Neveu, VP Aerial Systems, david.neveu@ngcaerospace.com. This is not DDI qualification or an award.
NGC is listed as interested in partnering on DDI Marketplace W8703-270055. The profile offers certifiable autopilots, terrain-relative navigation, landing-zone assessment, SIL/HIL, library licensing and co-development. It names David Neveu, VP Aerial Systems, david.neveu@ngcaerospace.com. This is not DDI qualification or an award.
NGC is listed as interested in partnering on DDI Marketplace W8703-270055. The profile offers certifiable autopilots, terrain-relative navigation, landing-zone assessment, SIL/HIL, library licensing and co-development. It names David Neveu, VP Aerial Systems, david.neveu@ngcaerospace.com. This is not DDI qualification or an award.
Supports: Profile · operating context
NGC is listed as interested in partnering on DDI Marketplace W8703-270055. The profile offers certifiable autopilots, terrain-relative navigation, landing-zone assessment, SIL/HIL, library licensing and co-development. It names David Neveu, VP Aerial Systems, david.neveu@ngcaerospace.com. This is not DDI qualification or an award.
NGC is listed as interested in partnering on DDI Marketplace W8703-270055. The profile offers certifiable autopilots, terrain-relative navigation, landing-zone assessment, SIL/HIL, library licensing and co-development. It names David Neveu, VP Aerial Systems, david.neveu@ngcaerospace.com. This is not DDI qualification or an award.
Supports: Guidance, navigation and control software · maturity
NGC's November 22 2022 announcement identifies its rover navigation and obstacle-detection contribution to the Canadensys-led Canadian lunar rover consortium. Its then-planned 2026 launch is historical guidance, not current launch confirmation.
Supports: Guidance, navigation and control software · maturity
CSA's historical Proba-2 account identifies NGC's attitude/orbit control design, software implementation and validation, plus simulation and experimental software contributions; historical mission status does not establish 2026 continued operation.
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