Compact two-sensor VNIR–SWIR configuration covering 0.4–2.5 µm. Its published fused output combines 530 bands and approximately 620 spatial pixels; the native detectors have separate characteristics. The package is specified at 7.4 kg and approximately 110 W, with a −10 to +40°C operating range.
Technical detail
Core features
Combined VNIR and SWIR sensors with fused output
24–32 VDC supply and approximately 110 W consumption
7.4 kg package with configuration-specific integration limits
MicroSAVI 2C
VNIR
SWIR
Sensor fusion
Use & integration
Recorded applications
Payload-constrained spectral surveys
Airborne environmental and material mapping
These describe the reviewed application scope, not confirmed deployments, released requirements or procurement eligibility.
Evidence of maturity
Published commercial sensor configuration; no defence qualification level is assigned.
Commercial availability
Configuration-specific delivery and integration quotation from ITRES.
Integration and verification
Readiness
A technology readiness level is not established by the reviewed public sources.
Reviewed connections
No reviewed Mission area or released Defence need connection is currently published.
Original sources 1 linked record
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 specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · core features
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · technical tags
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · slug
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · core features
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · defence applications
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · technical tags
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · technicaldomainslugs
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · core features
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · technical tags
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · technology readiness level
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · defence applications
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · commercial availability
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · capability type
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · summary
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · maturity
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · technical tags
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Supports: Capability · name
ITRES specifies microSAVI-2C as combined VNIR/SWIR imaging over 0.4–2.5 micrometres with fused output of 530 bands and about 620 across-track pixels. The sensor-head specification lists 7.4 kg and approximately 110 W at 24–32 VDC. Suggested ambient operation is -10 to +40 C. The source distinguishes native sensor arrays from fused output; these figures are not interchangeable with SAVI-1000.
Public sources cited · Facts and assessments kept separate · Human review
