Developers from Germany introduced the Clip Mouse, a wearable device that functions like a computer mouse but is worn on the fingers, eliminating the need for direct contact with the surface beneath the palm. It was showcased on the project’s Kickstarter page to raise funding for production.
Clip Mouse is designed to attach to the index and middle fingers, sitting with a form similar to a latch that curves into a wide U shape along the side. Its built in accelerometer captures natural hand motions, so users simply imitate the movements they would make with a traditional mouse. The device then transmits commands to a computer via Bluetooth, translating finger movements into cursor activity on the screen.
The bottom surface of the Clip Mouse is touch-sensitive, enabling users to simulate clicking the left and right mouse buttons. It also has memory for page turning actions, allowing you to mimic those gestures with your finger instead of turning a wheel or pressing a separate button on a conventional mouse.
When typing, the device can be temporarily disabled by pressing a side button. That same button can be used to recenter the cursor in the middle of the screen when needed, providing quick control during work or play.
Inside the clip is a lithium-ion battery designed to deliver extended use. The developers claim the device can operate for up to 50 hours on a single charge, depending on usage patterns, and it charges through a USB port.
The Clip Mouse is offered on the project site at a price of 59 euros, which is roughly six and a half thousand rubles at current exchange rates. This pricing reflects a compact, lightweight wearable solution aimed at reducing the friction of traditional mouse handling for certain tasks. The project has previously introduced other unique input concepts, including a cross shaped mouse paired with a keyboard, demonstrating a continued exploration of alternative input modalities for computers.
The design emphasizes ease of use and portability, making it appealing to people who value mobility, desk space, and the ability to control a computer without direct palm contact on a flat surface. Its compact form and wireless connectivity mean it can be used across a range of environments, from home offices to travel setups. Kickstarter supporters and early adopters have noted its potential to streamline activities such as graphic design, gaming, and on-the-go productivity, where space and precision are at a premium. The project page describes a concept that merges hand motion control with touch-based input for a hands-on, intuitive experience. The creators have indicated ongoing development and potential future enhancements to expand compatibility and battery efficiency. Reliable performance will depend on the pairing device and operating system, but the core promise remains a cable-free, finger-based approach to cursor control that feels natural in daily tasks. The approach has drawn attention for offering a fresh perspective on how users interact with computers while reducing fatigue from prolonged desk work. The initiative is framed as a way to rethink traditional input hardware in an increasingly mobile digital world, inviting users to imagine new workflows where fingertips guide the cursor with confidence and fluidity. Acknowledging the need for practical testing, the team continues to refine the sensing algorithms and ergonomics to ensure accurate tracking and comfort during extended sessions. This emphasis on user experience is paired with the practical goal of a long-lasting battery life and straightforward charging, enabling longer sessions between charges. The Clip Mouse project remains part of a broader trend toward wearable and touchless interaction methods that can complement or replace traditional peripherals in certain scenarios. Early feedback highlights the potential for more natural navigation in creative software, engineering tools, and media consumption, while practical constraints such as latency and palm area awareness are being addressed in subsequent iterations. Overall, the Clip Mouse presents a bold step toward hands-on input that blends familiar motion with new wearable form factors, offering a glimpse into how future computer control might feel when the device rests on the fingertips rather than on a desk between hand and surface. Supporters who backed the campaign can expect continued updates as development progresses and new compatibility options are explored. The project page serves as a record of this experimental approach to human-computer interaction and a signal that the market is interested in more diverse ways to move a cursor beyond the traditional mouse. In this sense, Clip Mouse stands as a notable example of how manufacturing teams experiment with form factors to redefine everyday computing experiences.