Roze Mobility
Automatic Helicopter Platform
Swiss-made autonomous helicopter platform

Mission-ready autonomy.
inside.

A mission-ready autonomous helicopter platform featuring a patented lightweight composite airframe designed for strength, low mass and operational efficiency.

Request a demo See the automation
Up to 8 h
Endurance*
Up to 250 kg
Payload*
Up to 1200 km
Range*
MTOW 550 kg
Max gross weight
*Performance depends on payload configuration; endurance/range values shown without additional fuel tanks.
Roze Mobility concept hero image

Platform

A modular helicopter platform designed to integrate mission payloads and Swiss-grade autonomy.

Low-maintenance design

Carbon fiber structure and tail boom; two-bladed composite main rotor; fail-safe tail design.

Efficient operations

Average fuel consumption around 22–22.5 l/h (depending on configuration).

Mission payloads

Designed to carry a wide range of payloads (EO/IR camera, laser range finder and custom modules).

Over 1 year of testing

Ground validation, propulsion runs and automation tuning — performed in real operating conditions.

Test stand at runway
Runway test setup — repeatable conditions for long-duration runs.
Front view on test stand
Structural and systems validation on the stand (example session).
Test stand at runway
Patented lightweight structure — designed for strength, low mass and maintenance efficiency.
Platform video — ground testing and system validation.

Specifications

Payload vs endurance (example configurations)

PayloadEnduranceRange (up to)
230 kg1 h150 km
190 kg3 h450 km
130 kg6 h900 km
90 kg8 h1200 km

Main characteristics

  • Max gross weight: 550 kg
  • Empty weight: 300 kg
  • Cruise speed (85%): 90 kt
  • Max cruise speed (100%): 100 kt
  • VNE: 120 kt

Power & fuel

  • Engine: Rotax 912 Base engine - 160hp
  • Fuel: petrol (unleaded/leaded/AVGAS 100LL; Ethanol 10)
  • Fuel capacity examples: 4×40 L (SH917) / 160 L crash-resistant tank (SHERPA)
  • Optional additional tanks for extended endurance
Exact configuration depends on airframe variant (SH917 / SHERPA).

Automation

Our automation stack is built for deterministic control, redundancy and safety-by-design — engineered and delivered with our Swiss partner Kepstronic.

  • Deterministic automation with fault handling and predictable timing
  • Redundant flight computers and safe-mode fallback
  • FPGA real-time core for time-critical loops and robust I/O
  • Secure telemetry + video and reliable links
module concept image
Powered by Kepstronic — (Switzerland)

Engineering in Vaud & Swiss Aeropole

Lavaux / Vaud vineyards
Vaud • Lavaux region — precision meets nature.

Nestled close to Lake Geneva and the Lavaux vineyards, our engineering operations thrive in the perfect balance between nature and Swiss engineering excellence. This scenic location embodies our commitment to precision and sustainability.

Swiss Aeropole, Payerne – test environment
Swiss Aeropole, Payerne Airport — a world-class aerospace test environment.

A premier aerospace testing and flight operations hub supporting high-performance UAS, autonomy systems, and controlled environment validation.

Contact

Want a demo or partnership discussion? Reach out to us!

Roze Mobility

Platform & mission integration

Aéropôle 132
CH-1530 Payerne

Email: info@rozemobility.com