Telops

Supports: Profile · profileData.publicContact

The cited official source supports the Canadian location and public contact route included in Telops's profile.

Supports: Hyper-Cam Hyperspectral Imaging Systems · commercial availability

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · defence applications

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · technicaldomainslugs

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · core features

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · defence applications

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · summary

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · technology readiness level

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · technical tags

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · technical tags

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · name

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · capability type

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · defence applications

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · technicaldomainslugs

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · technicaldomainslugs

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · defence applications

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · defence applications

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · technical tags

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · technical tags

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · technical tags

Exosens separates Hyper-Cam Mini, Airborne Mini and drone-oriented Airborne Nano. Its current Mini table specifies 7.5–12.4 micrometre LWIR coverage with a 320 by 256 SLS detector; mapping and targeting are distinct acquisition modes, and real-time gas analysis is optional for Airborne Mini.

Supports: Hyper-Cam Hyperspectral Imaging Systems · core features

The Hyper-Cam Airborne Nano datasheet specifies 320 by 160 pixels, 7.5–12.4 micrometres, selectable 4–64 inverse-centimetre spectral resolution, camera-plus-gimbal mass below 7.5 kg and power below 150 W. These are manufacturer typical specifications for Nano, not Mini or every Hyper-Cam configuration.

Supports: Hyper-Cam Hyperspectral Imaging Systems · core features

The Hyper-Cam Airborne Nano datasheet specifies 320 by 160 pixels, 7.5–12.4 micrometres, selectable 4–64 inverse-centimetre spectral resolution, camera-plus-gimbal mass below 7.5 kg and power below 150 W. These are manufacturer typical specifications for Nano, not Mini or every Hyper-Cam configuration.

Supports: Hyper-Cam Hyperspectral Imaging Systems · maturity

The Hyper-Cam Airborne Nano datasheet specifies 320 by 160 pixels, 7.5–12.4 micrometres, selectable 4–64 inverse-centimetre spectral resolution, camera-plus-gimbal mass below 7.5 kg and power below 150 W. These are manufacturer typical specifications for Nano, not Mini or every Hyper-Cam configuration.

Supports: Hyper-Cam Hyperspectral Imaging Systems · summary

The Hyper-Cam Airborne Nano datasheet specifies 320 by 160 pixels, 7.5–12.4 micrometres, selectable 4–64 inverse-centimetre spectral resolution, camera-plus-gimbal mass below 7.5 kg and power below 150 W. These are manufacturer typical specifications for Nano, not Mini or every Hyper-Cam configuration.

Supports: Hyper-Cam Hyperspectral Imaging Systems · core features

The linked Airborne Mini datasheet states 7.4–11.8 micrometres, mapping/targeting, GPS/INS, a boresighted visible camera and image-motion compensation. Its range differs from the current family-page 7.5–12.4 micrometre Mini table; confirm the ordered configuration rather than combining incompatible specifications.

Supports: Hyper-Cam Hyperspectral Imaging Systems · commercial availability

The linked Airborne Mini datasheet states 7.4–11.8 micrometres, mapping/targeting, GPS/INS, a boresighted visible camera and image-motion compensation. Its range differs from the current family-page 7.5–12.4 micrometre Mini table; confirm the ordered configuration rather than combining incompatible specifications.

Supports: Hyper-Cam Hyperspectral Imaging Systems → Sovereign defence capability areas

Canada needs secure strategic autonomy and reliable access to capabilities that are critical to defending its sovereignty and meeting allied commitments, while reducing exposure to foreign supply-chain and intellectual-property dependencies.

Supports: Hyper-Cam Hyperspectral Imaging Systems → Sovereign defence capability areas

Reviewer synthesis of the public end state: Canada can build, sustain or control priority aerospace, ammunition, digital, in-service support, sensor, space, specialized manufacturing, training and uncrewed capabilities through domestic strength, trusted partnerships and sovereign access.