Naturally, your payload should be kept safe and secure underneath a drone. But what about integrating it in style? We take a minimalist approach, keeping it simple in terms of aesthetics and also for mounting and dismounting the payload. Our precision engineered aircraft are specifically tuned to minimise vibrations and the undercarriage of the UAV is wide enough to allow for various LiDAR/ camera configurations.
We work alongside RIEGL UK to provide our customers with the very best solutions in terms of accuracy, safety and of course, style.
Cover a larger area in one flight. With a RIEGL miniVUX 3 payload, our Dark Matter hX Gen 2 can fly for approximately 30 minutes.
Naturally, your payload should be kept safe and secure underneath a drone. But what about integrating it in style? We take a minimalist approach, keeping it simple in terms of aesthetics and also for mounting and dismounting the payload. Our precision engineered aircraft are specifically tuned to minimise vibrations and the undercarriage of the UAV is wide enough to allow for various LiDAR/ camera configurations.
We work alongside RIEGL UK to provide our customers with the very best solutions in terms of accuracy, safety and of course, style.
Cover a larger area in one flight. With a RIEGL miniVUX 3 payload, our Dark Matter hX Gen 2 can fly for approximately 30 minutes.
We can tailor our solutions to suit many different budgets. Our Dark Matter qD Gen 2 when paired with a Yellowscan payload can provide outstanding LiDAR point cloud data at a very competitive price point.
Whether its a DLSR, LiDAR or a multispectral sensor, we have the know-how and capabilities to integrate virtually any kind of payload.
We can tailor our solutions to suit many different budgets. Our Dark Matter qD Gen 2 when paired with a Yellowscan payload can provide outstanding LiDAR point cloud data at a very competitive price point.
Whether its a DLSR, LiDAR or a multispectral sensor, we have the know how and capabilities to integrate virtually any kind of payload.
Our standard controllers are android based. This offers flexibility to pilots, allowing them to choose from a range of different GCS options.
Using QGroundControl missions can be planned or amended on site or beforehand on the controller or on a PC. Furthermore, all the parameters, geo-fences and safety features can be accessed and altered using the controller.
Our standard controllers are android based. This offers flexibility to pilots, allowing them to choose from a range of different GCS options.
Using QGroundControl missions can be planned or amended on site or beforehand on the controller or on a PC. Furthermore, all the parameters, geo-fences and safety features can be accessed and altered using the controller.
Our standard controllers are android based. This offers flexibility to pilots, allowing them to choose from a range of different GCS options.
Using QGroundControl missions can be planned or amended on site or beforehand on the controller or on a PC. Furthermore, all the parameters, geo-fences and safety features can be accessed and altered using the controller.
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