OTUS-L170
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Features • Lightweight from 2.3 kg • Multiple choice of sensors • Outstanding stability due to direct drive • Maximum exportability Options • Fully integrated video tracker • Geo-location and geo-positioning • Laser range finder GYRO STABILISED

OTUS-L170 is one of the smallest sensor systems Also features like video tracker, video overlay and • Market leading price ratio available on the market. It reaches an entirely new advanced video processing is fully integrated within level of stabilisation due to purpose-built high- the gimbal for optimal performance. • All electronics embedded within the unit • Outstanding stability thanks to direct drive • Complete 3 dimensional IMU mounted on the bandwidth torque motors. The gimbals in the OTUS range provide unmatched All electronics required for the advanced digital image quality over...

Technical Specification Technical Drawing Two axis gyro stabilised fully integrated direct drive gimbal Pan/Tilt Range Infinite range if payload does not require extending snout (sliprings in both axes) Slew Rate Up to 180 °/sec maximum slew rate Control Interface 1 x RS485 for user interaction and external heading/position source Video Interface 1 x composite (PAL or NTSC) and / or 1 x component video (Full HD) or Ethernet Feedback Performance 0.036°/ ± 0.1° typical encoder resolution/accuracy, 200 Hz update rate Power Requirements 0 °C to +50°C operational, -20 °C to 85 °C storage, option:...

DST CONTROL is a supplier of lightweight, high performance gyro-stabilised electro-optical systems with both EO and IR capabilities. And also, small, light-weight long-wave thermal imagers. DST CONTROL has released a number of advanced inhouse developed products. The OTUS gyro-stabilised electro-optical micro-gimbal is optimized for use in small & medium sized unmanned vehicles and small manned aircrafts. The SAITIS uncooled microbolometer LWIR camera (amorphous silicon, spectral band 8-14 μm) is one of the smallest LWIR available. Both the OTUS gimbals and the SAITIS thermal imagers have...