Our pioneering technology is small and lightweight, allowing it to be installed onto the drone itself, with insignificant impact on flight times, performance or load carrying.
Our RadarAware™ system significantly reduces survey costs by enabling long flying missions without the oversight of a ground-based pilot.
Automated drones flown ‘Beyond Visual Line of Sight’ can gather detailed close-quarter data from power lines, assessing for corrosion and other problems.
Current monitoring of their work is carried out from helicopters and manually flown drones, which is labour intensive and expensive.
Resilient drone operation over long distances, in changeable weather, requires robust onboard sensing.
RadarAware micro radar detects obstacles and prevents accidents through collision with infrastructure. It also allows for the avoidance of unexpected flying objects such as non-cooperating drones, birds, and light aircraft.
Our RadarAware™ system reduces the surveying costs of railway tracks by enabling long flying missions without the oversight of a ground-based pilot.
Automated drones flown ‘Beyond Visual Line of Sight’, can gather detailed close-quarter data from railway catenary lines and rail and signalling infrastructure, including the alignment of tracks and switching points.
RadarAware’s robust, all weather onboard radar detects obstacles and prevents accidents through collision with cables, infrastructure, trees and flying objects.
Sensoriis ARC-Find™ radar enables a last mile resupply drone, or ground vehicle, to locate the endpoint of a mission within centimetres without the need for satellite positioning or inter communication between drone and endpoint.
ARC-Find also supports the return of the drone to the resupply point or hub.
In the case of Naval resupply, ARC-Find can locate and enable the return of the drone to the ship which may have moved during the mission, again without satellite positioning
The ARC-Find micro radar is extremely low power, lightweight, and resilient to counter measures that defeat satellite positioning systems.
Our ARC-Landing™ system greatly reduces the costs of offshore windfarm maintenance through automation.
Micro radar on moving vessels enables relative positioning during the critical approach and landing phases of drone flight, through our ARC-Landing™ system.
Automating removes the need for highly skilled and scarce offshore drone pilots.
ARC-Landing can be used in conjunction with RadarAware™, supporting the safe operation of drones in and around turbines as they are surveyed.
It provides collision avoidance measurements in all weather conditions and prevents costly damage to turbines, minimising time offline.
Our ARC Landing™ product facilitates automation of drone landing onto the pad.
The micro radar installed onto any drone can locate the drone in 3D relative to the pad for autonomous landing.
It can also be used as a pilot aid in the case of a manned electric vertical take off and landing (eVTOL) aircraft approaching a pad.
Additionally RadarAware™, installed on the ground, allows surveillance and monitoring of the surrounding sky from the landing area.
Our systems detect drones approaching the vertiport and reports their locations. They support safe coordination of the approach of drones that we expect, and unanticipated flying objects such as non-cooperating drones, birds, and light aircraft.
