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Capability profile
Single-detector airborne VNIR–SWIR imager covering 0.4–2.5 µm with 256 bands and 1,000 spatial pixels. The 2026 specification lists 100 frames/s, 40° field of view, 49.2 kg and operation from −20 to +50°C, with an unpressurized altitude limit of 4,500 m.
These describe the reviewed application scope, not confirmed deployments, released requirements or procurement eligibility.
Commercial equipment; Taiwan’s survey agency identifies SAVI-1000 in its January 2026 acquisition programme.
Configuration and survey supply by quotation from ITRES.
A technology readiness level is not established by the reviewed public sources.
No reviewed Mission area or released Defence need connection is currently published.
These records support this capability and its published Mission area and Defence need connections. A source count is not a count of independent confirmations.
ITRES Research Limited · Apr 1, 2026
Source type: official company product
Supports: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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.
ITRES Research Limited
Source type: official company product
Supports: Capability · 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.
Taiwan Aerial Survey and Remote Sensing Branch
Source type: government service page
Supports: Capability · maturity
Taiwan's Aerial Survey and Remote Sensing Branch states on January 30, 2026 that it acquired airborne hyperspectral imagery using ITRES SAVI-1000 and invited government and academic units to test the data through December 31, 2026. This is independent evidence of government use for imagery acquisition and evaluation; it does not certify every datasheet figure or a defence deployment.
Public sources cited · Facts and assessments kept separate · Human review
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