OTUS-U135
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Features • Lightweight from 1.4 kg • Multiple choice of sensors • Outstanding stability due to direct drive • Maximum exportability Options • Fully integrated video tracker • Geo-location and geo-positioning • Dual camera capability • Laser range finder GYRO STABILIS

OTUS-U135 is one of the smallest sensor systems Also features like video tracker, video overlay and • One of the smallest gimbals on the market available on the market. It reaches an entirely new advanced video processing is fully integrated within • Market leading price ratio 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 bandwidth torque motors. The gimbals in the OTUS range provide unmatched All electronics required for the advanced digital image quality over...

Technical Specification 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: -40 °C to +50°C operational Hand Control Unit, cable kits, heli-mounts, video...

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...