Future Automation
Motorised mechanisms and audiovisual concealment solutions that deliver quality, discretion and seamless integration in the most demanding environments.
The British art of hidden motion for high-end AV
Future Automation is a British company founded in 1998 and based in Bedford, United Kingdom, specialising in the design and manufacture of motorised and manual mechanisms to conceal or reveal displays (TVs, projectors) and other audiovisual equipment in connected homes, commercial spaces and yachts.
Its flagship products include motorised TV lifts, wall and ceiling mounts (fixed or retractable), moving panels, projector mechanisms, floor and table integrations, and bespoke integrated solutions. Every device is designed, manufactured and quality-checked in-house, with a strong focus on craftsmanship and reliability.
Make technology disappear
to better elevate the space
MDM SPLIT
Motorised dual sliding door mechanism
The MDM-SPLIT is a motorised sliding door mechanism designed to split two heavy doors or panels horizontally, creating a sliding door / sliding partition solution. It is engineered to be fully concealed within a wall or ceiling, delivering a flawless finish and smooth opening and closing, with a seamless, fluid movement.
With multiple standard control options—including a switch, contact closure, motion detector and IR sensor—the MDM-SPLIT is a fully functional mechanism designed to integrate into any residential or professional environment.
CHRS
Motorised pivot for ceiling-integrated displays
Motorised pivot and tilt mechanism for TV displays, designed to be discretely integrated into the ceiling. It allows a 40″ to 86″ TV to lower and tilt up to 90°, then rotate up to 180° horizontally, offering maximum flexibility for positioning the screen within the room.
Thanks to its MDF “Plaster In” trim, it blends seamlessly into the ceiling, leaving only a subtle shadow gap when closed. It features self-adjusting limit switches and offers both mechanical and electrical recovery options, ensuring safe access in the event of an issue with third-party control.
