Piloting of aircraft and drones, even unconventional ones, with redundant axis joysticks.
Engine controls for vessels or manoeuvring propellers.
In addition, being able to operate without a deadzone makes the control of marine ROVs and submersibles extremely precise.
Infinite resolution and the absence of a deadzone make them particularly suitable for the remote movement of laparoscope chambers and for controlling endoscopic probes.
Their high flexibility of application also offers the possibility of using them to control the movements of wheelchairs or physiotherapy rehabilitation movement aid systems.
Remote control systems for broadcast equipment and video consoles for live direction or post-production. Remote control of cranes, dollies and trolleys with or without rails or tethered drones.
Control systems, also remote, for earth moving or lifting machines in harsh environments or in mines.
Even multi-axis machining machines, for example, can benefit from the very high resolution of our joysticks.
We can realise customised systems with special features, e.g. security systems in hazardous locations using ROVs with remotely controlled payloads, manual control of robotic arms, remote control of OTS optics, electro-optical infrared systems (EO/IR), CCD camera systems, industrial controls or joysticks with up to six axes, even redundant.