VeriMap Sensor Systems are design-based on our proven Step-Stare technology providing a unique and very efficient wide-angle field of view (FOV), capable of imaging extreme swaths of terrestrial data while retaining high-resolution 14bit data. (Ten times of conventional systems in single pass).
Our Sensors are specifically designed to integrate into light aircraft and Long-Range UAV platforms. The Thermal Shark has a 500 0pixel swath at a 90° FOV providing an unparalleled image resolution at 10,000ft AGL.
|Altitude||Pixel Size||Coverage Width
|Production at 50m/s|
|100 m||3 cm||17 m||238 m||42 km^2/hr|
|500 m||17cm||87 m||1191 m||214 km^2/hr|
|1000 m||34 cm||174 m||2383 m||429 km^2/hr|
|2000 m||67 cm||349 m||4767 m||858 km^2/hr|
|5000 m||101 cm||524 m||7150 m||1287 km^2/hr|
Data and image ortho-processing techniques were developed specifically to accommodate fast delivery for wildfire thermal mapping services for Western Canadian forestry management organizations.
VeriMap's adaptable design and small footprint create a significant opportunity to integrate onto many aerial platforms and adapt the technology to configure into multi-spectral , color, UV and Hyper-Spectral imaging products.
VTOL Long-Range Drones Can carry larger payloads of sensor equipment and can cover a 90 km flight radius and perform 3 hr missions.
The Latest VeriMap Inertial Systems perform corridor mapping using a pre-flight Auto-Tracking system. The sensor is programmed to aim at a corridor centre allowing pilots to concentrate on flight control while images retain full seamless capture.
VeriMap introduces a multi-spectral configuration that allows for parallel data acquisitions in a single pass . Inertial-SPI has released a multi-sensor. It integrates Colour, Thermal and Hyperspectral, in a single acquisition and ortho-processor unit.