Getting an aircraft to the right location is only half the mission. Getting it down safely is what counts.
In controlled environments with stable GPS and prepared surfaces, landing uncrewed aircraft is manageable. In the environments where uncrewed aircraft create the most value, it rarely is. Ship decks move. Urban rooftops are cluttered. Forward operating bases are designed to be degraded. GPS is the first thing an adversary disrupts, and the first thing weather degrades.
A system that can fly 500 km and land with precision – That’s where our autonomous landing systems come in.
Our autonomous landing pad system builds a real-time picture of the landing environment from multiple sensor inputs simultaneously. No single point of failure. No dependency on GPS quality or availability.
The platform knows where the pad is, whether conditions have shifted since departure, and how to adjust. The result is a precision touchdown capability that performs in degraded RF environments, at sea, in low visibility, and in the locations where the cargo is needed most.
Commercial operators need a ground node that justifies capital investment and integrates with existing operations. Defence operators need a landing capability that they can deploy rapidly into the field without fixed infrastructure.
Our landing system is designed for both. It operates as a standalone precision landing solution for third-party eVTOL and RPAS platforms, and as an integrated component of our own aircraft and ground infrastructure programme. The same hardware. Different deployment contexts.
A landing pad that only lands aircraft is a stopping point. Our ground infrastructure programme goes further, incorporating autonomous charging interfaces and communications integration into a system designed for persistent operations.
An aircraft that lands, recharges, and relaunches without ground crew intervention isn't completing a single delivery. It's running a logistics capability. That distinction matters to the operators who need uncrewed systems to replace functions rather than supplement them.
Our landing systems are engineered to the same standards as our aircraft: thermal tolerance, vibration resistance, and a design philosophy that prioritises testability and long-term maintainability over complexity.
Integration with third-party platforms is built in from the start. If your fleet already flies, the system is designed to support it.
Our autonomous landing system is available to maritime operators, deployed defence programmes, and commercial infrastructure providers building out persistent uncrewed capability. Let us know what challenge you’re looking to solve – we’ll talk you through the integration and deployment planning options available to you.
