FLIR EO/IR for UAV, UAS, and drones.
M2D V4D HD EO Continuous Zoom Ultra Long Range Uncooled Thermal Imaging Camera Solution *80x Zoom
With long range zoom 1920 x 1200
HD BSI CMOS EO Camera
1280 x 1024 ultra sensitive HD hand selected
long range zoom IR camera. The key difference between V4v and V4D is the 80x Zoom
Continuous 40x Zoom/59° – 1.4° FOV
For airborne and ground ISR applications using a 360° pan tilt
Designed for manned and unmanned Fixed wind, rotary wing aircrafts.
Multi-Axis/Multi-Stage Gyro Stabilization
Only weighing 249 grams to increase your thermal UAV range and lighten your load. With multi-mounting options to put this thermal gimbal anywhere you need. Operation temperatures below -20°C and exceeding 60°C.
Ultra Efficient Power Consumption
7W Power consumption, 9-2VCD, and 65mm by 92mm platform. Package also includes RS-232 Comms. Unheard of statistics in the thermal gimbal world.
Typical Deployments
This makes it indispensable for tasks like border security and battlefield surveillance. The gimbal’s stabilization features ensure sharp and stable imagery, crucial for accurate and real-time intelligence gathering in dynamic scenarios. Furthermore, its precise thermal imaging and zoom functions aid in target identification, making it an essential tool for law enforcement and military operations
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Real-World Applications of the M2-D Gimbal in Various Industries
Real-World Applications of the M2-D Gimbal in Various Industries Table of ContentsDefense and Security Applications Of The M2DWildlife Observation: Revolutionizing Wildlife Studies with the M2-D GimbalPerformance and SpecificationsSupport and ResourcesConclusionWelcome To UAV1About UAV1Contact To Get Pricing, Details, Or Schedule a Demo For Our Thermal Cameras Defense and Security Applications Of The M2D Enhanced Surveillance Capabilities…
Answering Thermal Imaging Questions
Will thermal imaging work underwater? Thermal imaging works by detecting differences in infrared radiation (heat) emitted by different objects. In general, thermal imaging devices are not designed to work underwater, and there are several reasons for this. Firstly, water is a great conductor of heat and tends to equalize temperature differences quickly, which makes it…
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