Hardware

• Drone Type: Hexacopter

• Dimensions:
  165 cm x 165 cm x 60 cm (with propellers)
  107 cm x 107 cm x 60 cm (without propellers)

• Weight:
  12.5 kg (without pod)
  17.5 kg (with standard pod)

• Propulsion System:
  21’’ propeller + brushless motor

• Battery Pack:
  2 x 12S lithium polymer
  23 Ah capacity

• Payload Capacity:
  5 kg

• Max Takeoff Weight:
  22.5 kg

• Material:
  Carbon fiber composite frame

• Navigation System:
  Dual GPS + RTK module (optional)
  Visual odometry (optional)

Capabilities

• Flight Time:
  30 minutes (without pod)
  20 minutes (with full payload)

• Top Speed:
  72 km/h

• Max Altitude:
  3000 m

• Max Flight Range:
  8.2 km

• Autonomous Takeoff and Landing:
  Available

• Flight Modes:

  • GPS Hold

  • Attitude

  • Position

  • Altitude

• Communication Range:
  7 km

• Remote Control:

  • 2.4 GHz frequency

  • Encrypted data transfer

  • Digital display

  • Real-time telemetry and video feedback

• Obstacle Detection:

  • Optional ultrasonic, lidar, or infrared sensors

• Return to Home:

  • Automatically triggered by signal loss or low battery

• Fail-safe Mechanisms:

  • Emergency landing

  • Hover mode

  • Safety warning notifications

Platform-Oriented Design

• Payload Capacity:
  Kuark V2 is designed to carry modular pods for different tasks.

  • 5 kg max payload

  • Supports various pod types for agriculture, logistics, mapping, and more

  • Pods can be hot-swapped easily without special tools

• Pod Bays:
  Kuark V2 includes universal pod bays compatible with 60+ pod designs

  • Plug-and-play mechanism

• Easy Pod Access:
  Designed for ease of installation and removal

  • Magnetic + mechanical locks

  • Dust- and water-resistant connection interfaces

60 Different Pod Bays ∞ Different Purposes

• Sample Pods Displayed:

  • Kuark V2 with Orange Pod

  • Kuark V2 with Transport Pod

  • Kuark V2 with Agriculture Pod

  • Kuark V2 with Spraying Pod

Cooling Solutions

• Internal Air Ducts:
  Internal channels circulate airflow to critical components during flight

• Cooling Surfaces:
  Kuark V2 has a passive heat dissipation system with aluminum heat sinks

• Color Options:
  Available in 6 different colors to suit brand and field visibility

Range Data

• Tests are conducted under ideal conditions and may differ in real-time use.

Control Software

• Mission Planning Interface:
  Plan, simulate, and monitor missions via desktop or tablet

  • Includes waypoint planning

  • Real-time monitoring

  • Data logging

  • Geo-fencing

  • Video transmission

  • Emergency override controls