High quality unmanned helicopter system with
superior endurance and payload capacity.
Key advantages
Missions are possible under difficult or dangerous circumstances (e.g. bad weather, darkness, flying over hostile or otherwise unsafe areas) when manned operations are not feasible.
Cost effective compared to a manned IFR/night VFR airborne solution.
Vertical takeoff and landing (VTOL) capability of drone.
Feasible for covert operations due to low noise emission compared to manned systems.
Emergency gear can be airlifted to inaccessible/hazardous places.
Rapid deployment. System is ground transportable to venue of mission by means of a van or pick-up.
Set-up in 15 min by a crew of two people. Less skilled operating force required compared to manned systems.
SwissDrones product video (English)
See the applications:
Rotary system: | Flettner double rotor system (4 blades) |
Rotor diameter: | 2 x 2,82 m |
Engine: | High performance turbine |
Fuel: | JET A1 |
Fuel consumption: | Approx. 15 L / hour |
Dimension l/w/h: | 2,32 m x 0,7 m x 0,92 m |
Max. payload: | 45 kg (including fuel) |
MTOW: | 87 kg (including fuel) |
Max. fuel capacity: | Main tank 13 L; additional tanks available |
for longer flying time (2 x 4 L; 2 x 7 L; 2 x 13 L; 2 x 17 L) | |
Max. flight time: | Up to 3.1 h |
Max. service ceiling: | 10,000 ft (3000 m) AMSL |
Max. indicative air speed: | 20 m/s (72 km/h) |
Data link: | 40 km, extendable, with radio line of sight |
VIDEO: The SDO 50 V2 in 3D (English)
Temperature range:
Min. -10 °C / Max. +40 °C
Altitude:
Max. up to 10’000 ft AMSL
Weather:
Rain and snow
Wind:
Max. take-off headwind: 21 knots
Darkness:
Can operate in conditions when
manned helicopters have
limitations.
Weather conditions
The SDO 50 V2 is made for missions in critical conditions, such as windy, rain and snow, day and night, at high altitude, a large spectrum of temperatures and with no crew at risk.
Ship integration
SwissDrones is a high-tech company based in Switzerland, which specializes in the development, manufacturing and deployment of unmanned helicopters (UAVs) for superior endurance in critical aerial applications.