Drones
Flying Cam SARAH 4.0
A helicopter with an advanced control system, autorotation, extensive telemetry and a flight time of over 30 minutes with carried gear. In appearance and the systems used, it is very similar to a classic helicopter, however, our model is operated from the ground.
Official manufacturer video
Carried equipment
RIEGL VUX-1UAV
Specification
Basic characteristics
Sarah 4.0 is a very robust machine that can carry a payload up to a maximum weight of 7kg. This gives us the ability to carry payloads that conventional multicopters cannot. One such payload is the Riegl VUX-1 UAV or a movie camera, mounted on a 3-axis gimbal, from Phase One.
Sarah is a creation of the Belgian company Flying-Cam. The company itself first used these machines, or previous versions, to film various titles.
Specification
Název | Hodnota |
---|---|
Propeller diameter | 2,162 m |
Maximum speed | 38 m/s |
Maximum take-off weight | 31,7 kg |
Flight time | 30 minutes |
Operation temperatures | 0°C to 40°C |
Wind resistance | Beufort class 8 |
Difference to other UAVs
Hand in hand with the complexity and equipment of this UAV goes its difficulty to operate. As this machine is very different from other UAVs in terms of proportions and system features, the crew looks accordingly. One main pilot is needed, who constantly maintains visual contact with the UAV and controls it with a transmitter. The second, equally important member of the flight crew is the pilot’s assistant, who checks all systems before and after the flight. The last indispensable member is then the co-pilot, who controls the ground station, on which he sees all the drone’s telemetry, sets automatic missions and corrects all the payload. He also controls the backup transmitter in case the first transmitter loses signal with the UAV
Our cooperation
Our main work with this machine is scanning the gene pool of the Czech Republic. We have been cooperating with the Czech Republic’s landscape scanning and modelling institutes for several years now. For example, we have participated in scanning the forestation of the Czech Republic’s National Parks or other Protected Landscape Areas.
Articles
Photogrammetry and 3D models
Using laser scanning (Lidar), or RGB imaging (resolution up to 100Mpx) complemented by accurate GPS, we create very accurate 2D, 3D models of surfaces and objects.