ITRES Research Limited

Supports: Profile · reviewed questions.itres-calibration-delivery.id

The SAVI-1000 datasheet specifies Linux or Windows processing, ENVI-compatible BIP data with BIL/BSQ possible, optional GNSS-inertial integration, LiDAR/IfSAR/DEM inputs, and timestamping below one millisecond. It describes an embedded spectral calibration lamp and simultaneous operation of up to five ITRES imagers through MuSIC.

Supports: Profile · reviewed questions.itres-configuration-qualification.context

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Profile · reviewed questions.itres-calibration-delivery.context

The SAVI-1000 datasheet specifies Linux or Windows processing, ENVI-compatible BIP data with BIL/BSQ possible, optional GNSS-inertial integration, LiDAR/IfSAR/DEM inputs, and timestamping below one millisecond. It describes an embedded spectral calibration lamp and simultaneous operation of up to five ITRES imagers through MuSIC.

Supports: Profile · profileData.publicContact

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

Supports: Profile · reviewed questions.itres-calibration-delivery.confidence

The SAVI-1000 datasheet specifies Linux or Windows processing, ENVI-compatible BIP data with BIL/BSQ possible, optional GNSS-inertial integration, LiDAR/IfSAR/DEM inputs, and timestamping below one millisecond. It describes an embedded spectral calibration lamp and simultaneous operation of up to five ITRES imagers through MuSIC.

Supports: Profile · reviewed questions.itres-calibration-delivery.question

The SAVI-1000 datasheet specifies Linux or Windows processing, ENVI-compatible BIP data with BIL/BSQ possible, optional GNSS-inertial integration, LiDAR/IfSAR/DEM inputs, and timestamping below one millisecond. It describes an embedded spectral calibration lamp and simultaneous operation of up to five ITRES imagers through MuSIC.

Supports: Profile · reviewed questions.itres-configuration-qualification.question

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Profile · operating context

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Profile · reviewed questions.itres-configuration-qualification.confidence

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Hyperspectral Imagers and Airborne Survey Services · technicaldomainslugs

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Hyperspectral Imagers and Airborne Survey Services · technicaldomainslugs

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Hyperspectral Imagers and Airborne Survey Services · technicaldomainslugs

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Hyperspectral Imagers and Airborne Survey Services → Arctic Domain Awareness

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Hyperspectral Imagers and Airborne Survey Services → Arctic Domain Awareness

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Hyperspectral Imagers and Airborne Survey Services → Arctic Domain Awareness

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Hyperspectral Imagers and Airborne Survey Services → Arctic Domain Awareness

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · technicaldomainslugs

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · technical tags

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · capability type

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · slug

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · defence applications

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · technology readiness level

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · technicaldomainslugs

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · name

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · technical tags

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · core features

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · technical tags

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · core features

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · defence applications

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · summary

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · core features

The SAVI-1000 datasheet specifies Linux or Windows processing, ENVI-compatible BIP data with BIL/BSQ possible, optional GNSS-inertial integration, LiDAR/IfSAR/DEM inputs, and timestamping below one millisecond. It describes an embedded spectral calibration lamp and simultaneous operation of up to five ITRES imagers through MuSIC.

Supports: SAVI-1000 Airborne Hyperspectral Imager · technical tags

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: SAVI-1000 Airborne Hyperspectral Imager · technical tags

ITRES specifies SAVI-1000 continuous 0.4–2.5 micrometre coverage on a single cryo-cooled detector, 256 spectral channels, 1,000 across-track pixels, 40-degree field of view and up to 100 full frames per second. Its 2026 datasheet lists a 49.2 kg sensor head, 26–32 VDC at 10 A, suggested ambient operation from -20 to +50 C and maximum 4,500 m unpressurized altitude. These are manufacturer specifications, not mission qualification. Processing supports Linux and Windows and ENVI-compatible products, GNSS-inertial georeferencing, LiDAR/IfSAR/DEM inputs and sub-millisecond synchronization.

Supports: Profile · canadian footprint

ITRES describes its Canadian sensor-design, manufacturing, calibration, software and airborne-survey operation.

Supports: Profile · reviewed questions.itres-calibration-delivery.context

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Profile · operating context

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Profile · profileData.currentActivity

The complementary current product, technical or partnership source supports the present commercial activity summarized in the candidate.

Supports: Hyperspectral Imagers and Airborne Survey Services · defence applications

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · defence applications

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · defence applications

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · commercial availability

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · capability type

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · summary

The official product or service material supports the named hyperspectral capability, its principal features and the applications summarized for reviewer consideration.

Supports: Hyperspectral Imagers and Airborne Survey Services · core features

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · core features

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · technology readiness level

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · technical tags

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · name

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · technical tags

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · technical tags

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · summary

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · technical tags

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services · technical tags

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.

Supports: Hyperspectral Imagers and Airborne Survey Services → Sovereign defence capability areas

The official product or service material supports the named hyperspectral capability, its principal features and the applications summarized for reviewer consideration.

Supports: SAVI-1000 Airborne Hyperspectral Imager · commercial availability

ITRES offers mission planning, aircraft and sensor mobilization, airborne and coincident ground-data acquisition, preprocessing and analysis. Quotes depend on geography, timing, sensor/spectral requirements, spatial resolution and whether reflectance or analysis products are needed. It states that it avoids projects directly competing with sensor customers and may refer such requests to sensor partners.