The IP65-rated, fully redundant design of the Velos V3 allows for a high-capacity payload and multi-sensor options making it a reliable UAV helicopter option. The design of the Velos V3 with its powerful twin-motor drive train and 30-mile control range offers reliability and scalability for any civil or commercial application. The payload over rotor (POR) option also allows for the addition of a ballistic parachute or other sensor options. The V3’s stable governor logic has CAN bus support, which has been tested exhaustively with Here2 and Here3.
Velos’ core innovation is its twin-engine fully redundant design.
There are two sets of every significant component including the main motors, batteries, electronic speed controls (ESC), belts,
and gears. Unlike most UAV helicopters that are built with common hobby-grade parts, we designed the Velos V3 from scratch with
three main objectives: safety, efficiency and reliability.
The patented highly innovative drivetrain gearbox renders Velos V3 the only UAV helicopter in its class with the ability to
tolerate a complete failure of most major components allowing it to safely land and protect its payload and surroundings under
those circumstances. The system automatically isolates the faulty part without introducing additional drag to the operational part
of the drivetrain.
The Velos V3 can tolerate many types of failures including motor failure, a broken belt, gear–one–way bearing failure,
burned ESC, main battery failure, BEC failure or servo failure.
The Velow V3 has many control options and supports both classic radio TX and a joystick connected to the ground control station. Additional control options include 4G, 5F, Silvus StreamCaster and others. In Here3, that specific GPS is RTK-ready, which means that without any further change to the aircraft, we can add the ground RTK system and operate with RTK accuracy.
The Velos V3 is IP65-rated against ingress of solid foreign objects and water, which allows it to safely fly in rain, snow or dust. It also allows for the addition of more laser altimeters operating simultaneously and is equipped with obstacle avoidance sensors and follow me features.
| Rotor diameter RD | 1950mm/76.5in |
| Length L | 1720mm/67.7in |
| Height H | 730mm/28.75in* |
| Width W | 620mm/24.4in |
| Fuselage Width FW | 230mm/9in |
| Empty Weight | 8.5kg/19lbs |
| Battery Weight | 4-10kg/9-22lbs |
| Payload Weight | 10kg/22lbs |
| Payload Capacity | 15.8kg/35lbs* |
| MTOW | Under 25kg/55lbs |
| Endurance | Up to 80 minutes |
| Cruise Speed | 30-70 km/hr | 8-19 m/s |
| Min/Max Speed | 1-120 km/h | 1-33 m/s |
*depends on configuration and weather conditions
*depends on configuration and weather conditions