ROTOCOPTER
NEW DRONE PLATFORM

Modular platforms for long‑range unmanned aerial vehicles with an open architecture of the 15–32‑inch class, based on a patented synchronous‑type power plant.

This is not a helicopter, this is not a quadcopter.
This is a ROTOCOPTER...

More powerful, taller, faster, and more reliable.
How it WORKS?

Is this a quadcopter? Is this a helicopter? Is this a bird?
No, it’s a ROTOCOPTER.
Helicopter power, quadcopter simplicity.

The drone is designed based on a patented power plant, which ensures high efficiency, simplicity, and reliability. The drone is controlled using the firmware we developed for Ardupilot, uses standard flight controller, and can continue flying even if one of the main rotors fails.

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Synchronized motors
Two electric motors, synchronized by gears, rotate in opposite directions, protecting the propellers from impacts.
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Inclined mast
The motor pair is located on an inclined gyroplatform, which is driven by a servo drive.
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A-Tail type
Two small tail electric motors provide drone stabilization and yaw control.
Key specifications
  • Class
    15 -32" inch-class
  • Structure
    CF-nylon - Carbone
  • Power
    Rail-mounted 6-12S modular battery system
  • Front module
    Adaptive from CF-nylon
  • Back module
    Adaptive from CF-nylon or TPU
  • FPV-camera
    built-in or mounted
  • Fly time
    40-120 minutes
The platform can be adapted to suit any tasks and equipment.
RANGER X17

The basic version of the rotorcraft with 17‑inch propellers. It has adaptive front and rear modules for equipment placement.

Battery capacity: 3200–5000 ampere‑hours.

Drone length: 43 cm

Weight: 850 g

Pre-order is available
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Fli time X2

The large propellers of the main rotors, 15–32 inches in size, throw more air than the small propellers of a quadcopter or other multi‑rotor designs.

Load capacity up to 3 kg.
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Long-range
You can increase the battery capacity without breaking the drone.
The rail-mounted pack seats as structure: mass and rigidity improve handling while damping airframe vibration. Built around EVE 50 PL cells in a 6-12S1P configuration, expandable to three packs in seconds.
Replace the module
Use adaptive modular components to design your drone for the required tasks. You can print and install a module of any size. RTK tag, GPS, Lidar, camera.
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Rail-mounted battery
You can increase the battery capacity without breaking the drone.
The rail-mounted pack seats as structure: mass and rigidity improve handling while damping airframe vibration. Built around EVE 50 PL cells in a 6-12S1P configuration, expandable to three packs in seconds.