A resilient landing solution for Uncrewed Aerial Vehicles (UAVs) is essential if they are to perform missions in extreme conditions, especially if satellite navigation systems are unavailable, obstructed, or jammed.
A drone can pinpoint a mission endpoint with centimetre accuracy and without satellite positioning or intercommunication, provided the landing site is equipped with ARCTM radars.
ARCTM offers high-fidelity localisation functionality based on direct radar range measurements, operating independently of satellites and highly resilient to jamming mechanisms.
How it works
ARC LandingTM consists of a primary radar mounted on the UAV and a network of secondary radars installed on the landing pad. The primary device accurately measures the range and direction of the secondary devices and sends this information to the UAV flight controller. The primary radar sends this target information via the MAVLink Precision Landing Target protocol. All information is automatically processed and verified by MAVLink compatible flight controllers, such as ArduPilot, facilitating an autonomous landing. ARC LandingTM also accounts for roll/pitch movements, typical of dynamic landing pads such as those found on a vessel.
Key features
Other Benefits of ARC-LandingTM
ARC LandingTM is a proven technology that has been integrated into partner UAVs, with several real-world deployments secured.
We also have a strategic partnership with Evolve Dynamics, a British UAV manufacturer who have integrated our radars into their SKY MANTIS 2 UAV to deliver autonomous landing, loitering and zonal position hold capabilities without needing any other sensors.
With Sensoriis’ ARC-LandingTM radar system integrated onto Evolve Dynamics‘ SKY MANTIS 2, the UAV can perform autonomous landing, loitering and zonal position hold without the use of any other sensors, making it ideally suited to operation in GNSS-denied environments.
Evolve Dynamics performed the first precision landing and loitering of their SKY MANTIS 2 on a moving vessel using Sensoriis’ ARC-LandingTM radar system . Positional data was passed from the ground platform to the airside module mounted on the aircraft.
With the integration of sensor devices, the UAV was able to follow and land on a moving boat without the use of additional sensors.