Danger close
Launch from a protected or concealed position against threats close to friendly personnel. Operator-defined boundaries and friend-or-foe identification shape the mission while the launch team remains under cover.
Transitioning VTOL autonomous aircraft
From danger-close missions at the tactical edge to longer-range force projection, Basilard is built to move faster than the threat.
Discuss Basilard ↗
Basilard rises from a concealed position, transitions into aerodynamic forward flight and cruises at more than 450 km/h. It combines the deployment freedom of VTOL with the speed and manoeuvrability required to compress an adversary's response window.
One airframe. Fourfold radial control. A sensor architecture integrated from the first line.


Launch from a protected or concealed position against threats close to friendly personnel. Operator-defined boundaries and friend-or-foe identification shape the mission while the launch team remains under cover.
Send Basilard farther into contested space to search, identify and prosecute authorised threats without demanding continuous control from the launch position.
When armour advances on a defended trench line, personnel can launch Basilard from cover and remain in relative safety.
AR-01 searches the assigned area, identifies the threat and applies mission constraints before Basilard executes a high-G autonomous intercept—compressing the counter-response window.
Perception, target identification, navigation and flight autonomy run onboard. Basilard needs no wireless or wired uplink to complete an authorised mission in communications-denied environments.
Rapid autonomous response against unmanned aerial threats across the defended area.
High-speed interception and evasive manoeuvre against helicopter-class threats.
Mission-configurable effects against heavily armoured vehicles.
Precision effect against entrenched and protected positions.

Basilard carries AR-01 onboard, fusing its active sensor set into one real-time picture for acquisition, identification, navigation and autonomous flight.
Explore AR-01 ↗Capability briefings and integration discussions