LiDAR Electro-Optical (EO/IR) Tracking Gimbal Camera

LiDAR electro-optical and infrared tracking gimbal cameras integrate laser ranging, daylight EO imaging, thermal IR sensing, and multi-axis stabilized gimbal mechanics into a single airborne or ground-mounted payload — delivering simultaneous range measurement, visual identification, and thermal detection from one compact unit. These systems give UAV operators, ground surveillance teams, and vehicle-mounted ISR platforms a fused sensor picture with quantitative distance data attached to every tracked target.

The LiDAR module fires pulsed laser ranging bursts at the tracked target continuously — updating range data at rates of 1Hz to 10Hz during active tracking. Range accuracy on integrated gimbal LiDAR units reaches ±1 meter at distances up to 1,500 meters on mid-class systems and beyond 3,000 meters on high-specification platforms. Furthermore, range data integrates directly with the gimbal’s stabilization and pointing algorithms — allowing the system to calculate the target’s ground coordinates from the platform’s GPS position, altitude, and gimbal pointing angles combined with the measured slant range to the target.

The EO camera channel typically uses a high-resolution CMOS sensor at 4MP to 20MP with continuous optical zoom from 10x to 40x — resolving facial features and vehicle registration plates at extended standoff distances. The IR channel uses an uncooled LWIR microbolometer at 640×512 pixel resolution or a cooled MWIR detector at 320×256 for longer-range thermal detection. Three-axis or four-axis brushless gimbal stabilization maintains pointing accuracy below 0.1 milliradians during platform maneuvers and vibration. Additionally, AI-based target tracking algorithms lock onto detected moving targets and maintain tracking through moderate occlusion, camera zoom changes, and platform banking maneuvers without operator joystick correction.

Output interfaces include HD-SDI, Ethernet, and HDMI for video, with RS-232, RS-422, and MAVLink for gimbal control and telemetry data. Payload weights on compact UAV-optimized units range from 0.8kg to 2.5kg — compatible with mid-class multi-rotor and fixed-wing UAV platforms without significantly impacting flight endurance.

These payloads apply directly to Pakistan Army ISR UAV programs, Frontier Corps border surveillance drone operations along Pakistan’s western frontiers, Pakistan Navy coastal patrol UAV systems operating over the Arabian Sea and Makran Coast, and Pakistan Air Force reconnaissance platform sensor integration programs requiring combined optical, thermal, and ranging capability from a single payload.

Tactical Supply Pakistan supplies LiDAR EO/IR tracking gimbal cameras for UAV ISR, border surveillance, target ranging, and reconnaissance payload procurement across Pakistan.