Google Gboard Kurukuru: Conveyor Belt Keyboard
Google Japan unveils Gboard Kurukuru, an experimental keyboard featuring moving conveyor belts that bring keys directly to the user.

Stock photo for illustration only, not from the actual event
- Google Japan introduces Gboard Kurukuru, an experimental conveyor belt keyboard.
- The device features four continuous belts arranged with a total of 116 keys.
- This project marks the 15th entry in Google Japan's unconventional keyboard series.
- Google has released open-source build files for makers to construct their own.
Google Japan is challenging traditional typing ergonomics with a new experimental peripheral that reverses standard mechanics. Developed by the Gboard team, the Gboard Kurukuru version places its keys on moving conveyor belts, allowing characters to travel toward the user rather than requiring fingers to reach across a stationary layout. This setup transforms a common desktop tool into a miniature production line.
The system relies on four continuous belts holding 29 keys each, resulting in 116 keys in total. As the belts rotate, users keep their hands relatively still and press the desired character when it arrives beneath their fingers. This mechanism allows uppercase and lowercase letters to be entered directly while making the full character set accessible with a single hand or finger.

Stock photo for illustration only, not from the actual event
This design alters the conventional relationship between hand and interface by letting the interface come to the user. Google Japan suggests the setup leaves one hand free for a mouse or a cup of tea, while operating two Kurukuru keyboards simultaneously is also proposed as an option for higher productivity.
"the keyboard does the moving."
Gboard team, Google Japan
Kurukuru is the 15th project in Google Japan's long-running series of unconventional Gboard experiments, following previous designs like elongated rows and rotary telephone dials. Although Google has no plans to sell the device commercially, they have released open-source build files combining 3D-printed components, switches, and mechanical systems for makers.
Google Japan traditionally unveils these humorous yet fully engineered concepts around October 1 as a nod to the standard 101-key layout. Beyond the playful execution, the project raises a fundamental design question about why human bodies must always adapt to rigid machine interfaces.
Source: designboom
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