The device
Light-up tiles.
Two angled panels.
Real data.
A patient reaches across midline to press lit tiles. The device records reaction time, accuracy, and miss rate per side. We built the first working prototype for under $300.
07 / See it run
The ReclaiMove prototype.
The ReclaiMove prototype: a tile lights up, the press registers, and the laptop logs the reaction in real time.
08 / How a session works
Six steps, ten rounds.
Step
01
A tile lights up.
The clinician picks a mode and the first tile blinks blue.
Step
02
The patient reaches.
Two angled panels make every reach cross the midline.
Step
03
A press registers.
Force on the tile fires an event. A vibration cuff confirms.
Step
04
Reaction time logs.
Time from light-on to press is captured in milliseconds.
Step
05
The next tile lights.
Patterns get harder as the session goes on.
Step
06
Session ends.
Ten rounds, then a summary readout opens for the clinician.
09 / What is inside
Inside the prototype.
The board
Nine pressure tiles on two angled panels. One lights up, the patient presses it, the board logs the reaction.
01
Tile count
Modular grid, 4 to 9 tiles to start
02
Wireless
Zigbee mesh, ESP32-H2 microcontrollers
03
Sensors
Force-sensitive resistors or load cells (HX711)
04
LEDs
WS2812B addressable RGB, colors adapt to each patient
05
Power
Single 5V supply, daisy-chained spine
06
Setup
Under five minutes from box to first session
10 / Color and safety
Colors adapt to each patient.
The default pair is blue and red, and each color is adjustable for the patient's color vision. If a patient has color blindness, the clinician retunes the pair so it stays high-contrast and easy to tell apart. No flashing patterns, for TBI safety.
11 / What it costs
Under $2,500 CAD.
Not $20,000.
The first working prototype cost under $300 to build. We are starting in Canada first, where the focus is accessibility and affordability. We are not selling yet: pilots with clinics and stroke groups begin in late 2026.