Uni-Co TECH宇研共創科技

Source record · English / Chinese original · 22

Uni-D008

Original website text is reproduced below in its source language. Translated introductions are reading guides, not a full translation of the source. Confirm the configuration and operating conditions for your project.

UNI-D008

Features - Quick deployment task, Single-person operation



Application - Warehouse Inspection UAV System

Fuselage Shape

  • Expanded size including blade: 50 cm(L)x 50 cm(W)

  • Folded size excluding: 34 cm(L) x 28 cm(W)

  • Design: Fuselage includes 4 shafts



Body

  • Weight: 3.4 kg (without battery), 5.4 kg(with battery)

  • Material: Main structure is carbon fiber; Joints are metal materials

  • Power Source: Li polymer battery (6S25V, 16000 mAh)

  • Motor: Brushless motor with direct drive



Flight Performance

  • Endurance: Over 30 minutes (with 2 kg loading), over 40 mintes (withou loading)

  • Max Take-Off Weight: 8.8 kg



Flight Speed

  • Cruising speed of over 11 km/h



Flight Guidance and Image Transmission Distance

  • Distance: 10 km

  • Lens: Support X10/X30 zoom or thermal imaging

  • Support Systems: Ground station/communication relay

  • Directional Antenna: Flat-panel directional antenna for position tracking

  • OSD Screen: Displays real-time flight data, including:

    • Altitude, speed, satellite status, coordinates, voltage, flight distance, and Home Point data



Automatic Flight

  • Provided automatic take-off and landing, waypoint setting, low voltage / power failure can be automatic return and landing, the operator can switch manual / automatic flight.

  • The ground station displays the information of the aircraft body in the whole process, including:

      • Display the take-off point, return point, real-time  position of flying, direction, and scheduled route with the map.

      • Display altitude, speed, heading, attitude (Roll and  pitch), real-time voltage status with instrument graphics.

      • Other display items: Flight distance, straight-line  distance from take-off point, and real-time position coordinates of flying.



Flying Accuracy

  • Lidar System: Positioning accuracy within 10 centimeters

  • Infrared System: Positioning accuracy within 3 centimeters



Original reference images

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