Pan & Tilt0 pages

Data Sheet
Hyperspec® Pan & Tilt Sensors

Hyperspec® Pan & Tilt spectral imagers
provide a stationary platform for
hyperspectral scanning of scenes and
areas of interest
Headwall’s high performance Hyperspec® Pan & Tilt sensor platforms
offer users the ability to conduct hyperspectral imaging from a stationary platform. As a ‘push broom’ imaging technology, traditional hyperspectral applications were either airborne deployments or utilized with
moving webs of product or samples. Headwall’s hyperspectral pan & tilt
solutions enable a range of new remote sensing and military/defense
applications where the Hyperspec® imaging sensors are placed in stationary positions to scan a scene or area of interest.
The Hyperspec® Pan & Tilt sensor configurations encompass very small
pan-tilt units that provide accurate real-time positioning of the hyperspectral imaging spectrometer. The hyperspectral pan-tilt unit can be fully
weatherized, offers continuous pan rotation, internal wiring for payload
signals, and is designed for harsh environments in fixed and mobile applications.
Hyperspec® Pan & Tilt sensor configurations include an optimized Hyperspec® imaging spectrometer, motorized pan-tilt control unit, and
integrated Hyperspec® software for platform control and hyperspectral
data management. The pan-and-tilt units are available in single shelf
or dual shelf configurations for mounting other sensors such as LiDAR
and thermal cameras.
With many years of successful hyperspectral deployment experience,
Headwall engineers have selected proven, reliable hardware components which maximize the performance of the Hyperspec® VIS, Hyperspec® VNIR, Hyperspec® Extended VNIR, Hyperspec® NIR, Hyperspec®
SWIR, and Micro-Hyperspec® imaging sensors.

Application-Specific Solutions For Critical Environments

www.headwallphotonics.com

Applications:
•t
•t
•t
•t
•t
•t
•t
•t
•t

Agriculture research, crop management
Civil & environmental engineering
Environmental analysis & monitoring
Food safety & inspection
Medical & health sciences
Military & defense stationary sensing
Perimeter monitoring & surveilance
Remote sensing
Waste recycling & sorting

Key Benefits:
•t Integration with stationary sensor
platforms
•t Continuous operation & scene scanning
•t Cost effective deployment
•t Ease of set-up, ease of use
•t Flexibility to quickly modify configurations
•t Rapid development of spectral libraries
•t Display hyperspectral scene images.
•t Compact form-factor
•t Control position, speed, acceleration
•t 360° continuous option
•t Pass-through for sensor/antenna signals
•t Rugged outdoor packaging