Hardware

• Drone Type: Hexacopter

• Dimensions:
  Width: 127 cm (with propellers open)
  Height: 84 cm (landing gear extended)

• Weight:
  12 kg (empty weight)
  25 kg (maximum take-off weight)

• Thrust System:
  21’’ propellers and 6 motors

• Battery Group:
  2x 12S Li-Po batteries (12,000 mAh)

• Frame:
  Composite carbon fiber + aluminum alloy

• Landing Gear:
  Retractable carbon legs

• Cooling System:
  Passive + Active air-cooled

• Communication Systems:
  2.4 GHz + 5.8 GHz
  Telemetry + Video Transfer + RF communication

Capabilities

• Max Speed: 90 km/h

• Climb Speed: 8 m/s

• Max Flight Time: 25 minutes

• Auto Take-off and Landing: Available

• Flight Modes:
  Manual – Semi-Autonomous – Fully Autonomous

• Geographical Limitations:
  Automatically adjustable based on designated safe zones

• Wind Resistance:
  Up to 15 m/s

• Max Altitude:
  2000 m AMSL

• Navigation Capabilities:
  RTK-GPS
  IMU – Compass – Barometer – Magnetometer

• Obstacle Detection and Avoidance:
  Optional 360° vision-based detection

Platform-Oriented Features

• Carrying Capacity:
  Kuark V2 offers a modular body structure and can carry up to 10 kg of load.

  • Compatible with mission-specific pods.

  • Rapid pod change capability within 10 seconds.

  • Enables cargo transport, emergency logistics, agricultural spraying, thermal/visual inspection, and more.

• Pod Slots:
  Equipped with 60 different pod slots allowing multiple operational purposes.

• Easy Pod Access:
  The body is elevated from the landing gear to allow users easy access to pod modules without needing to disassemble or lift the drone.

Cooling Solutions

• Inner Air Duct:
  Ensures continuous air circulation to cool the inner body and electrical systems.

• Cooling Surfaces:
  Kuark V2 uses passive and active surface cooling to ensure critical temperature control.

• Color Options:
  Multiple color schemes are available to match your operation style or brand identity.

Range Data

Control Software

• Kuark V2 can be operated via the ground control software or a handheld controller.

• Supports waypoint-based mission planning and real-time telemetry monitoring.

• Compatible with map-based planning and return-to-home functionality.