Flying and Perching
After flying to the desired site on the asset, our custom attachment system perches the drone on all surfaces. Power for continuous operation is provided by a power tether.
From Ground to Hole
Rotating
Once perched, the drone can rotate such that the thrust is perpendicular to the wall. This design keeps payloads at the optimal location for flight performance, as well as making the most of the possible space on the drone.
Positioning
Interaction is only useful, if it is precise. A positioning system allows for tools to be positioned and sensors to be deployed at exactly the right position. For scanning tasks, instruments can be repeatedly moved to ensure best data quality.
High-Force Interaction
Taking core samples, drilling holes or screwing sensors requires large forces. The propellers support the mechanism in providing these. During the interaction, the pilot can monitor progress and intervene if needed.
Returning to take-off position
After the interaction, the drone returns to ground, where it can be re-deployed. Alternatively, a different tool or sensor is mounted for a second step or a different task.
Technical Specifications
Capable of holding up to 50 kg, the attachment system allows the transition from an aerial robot to a temporary access solution. Depending on the surface properties, different suction cups guarantee reliability and robustness.
Working on all surface orientations is made possible through rotation of the attachment system. The central tool position improves flight characteristics and the propellers can be used to generate large forces.
Only precise work is good work! Together with absolute position data, tools and sensors can be positioned exactly where they need to be. Millimetre-level precision, every time.
Capable of carrying 6 kg of payload, most power tools can be used quickly and safely. Up to 200 N of force allows for human performance and guarantees successful operation. Sensors can be glued, screwed or attached with minor modifications.
A standard flight frame and standard controls allow for easy deployment and minimal instruction. Even unskilled pilots can operate the robot quickly and perform the work as needed.