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Unique Features

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  • Wheelchair as platform

    • Suitable for multi-purpose and different requirements on software, AI, and IoT development

    • Flexible and adaptive wheelchair hardware design such as for disabled, elderly, baby, etc. Or a cargo case/container for foods, daily supplies, etc. and a holder for camera, sensors, or spry.

  • Build on top of year experiences on wheelchair hardware and cost effectively

  • Use in limited space like indoor public area, transfer position, remote control, fall detection, hand commands, and independent and automatous driving without network (E.g., WIFI), easy maneuverability  

  • Long battery life for a day use and auto charge in the base

Production Capacity

  • Work with Hong Kong-based company to design and produce electric wheelchair, with users from elderly home, end users, elderly centre, etc …

  • Structure and design can be customized and experimental

  • Years of experience on wheelchair design and production

  • Manufactory networks and companies in Hong Kong, Malaysia and Shenzhen. Stable and reliable production sources and partners

Inspire-X Development Timeline

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Version 1

  • Create software interface with an existing electric wheelchair platform for educational purpose

  • Software interfacing to multiple platforms for motor drive (Audrino, Micro:bit, Rasperry Pi, etc.) -    

  • Support multiple programming languages for motion control (Python, Scratch, MakeCode, etc.)    

Version 2

  • Redesigned structure for multi-purpose usage (Person carrying mode or cargo delivery mode)

  • Enhanced safety with 360˚ obstacle detection

  • Enhance safety with emergency stop button

  • Various control methods included gesture control, remote control, voice command, line-following, human identification and heat tracking

  • Software interface to multiple platforms for motor drive

  • Support multiple programming languages for motion control (Python, Scratch, MakeCode, etc.)

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Version 3

  • Built on the motor drive platform developed in Version 2

  • Adding LIDAR and camera for advance AI functions (HKU)

  • Recognize the gesture of the elderly and able to find its path to go to him

  • Path planning and able to find its path to different locations, such as toilets, gardens, etc.

  • Additional functions will be implemented such as obstacle avoidance, remote control, fall detection, emergency stop, and independent and autonomous driving without network (e.g., WIFI), easy maneuverability