With the development of automotive technology, from the past decade to the present, the automotive industry has seen an increasing application of vibration tactile technology in automotive interiors. More tactile technology has been integrated into the driver’s cabin, closely integrated with human-computer interaction interfaces, forming a more intelligent cockpit.
Industry Landscape
With the development of the automotive industry, users are no longer satisfied with single button interaction. Thanks to advances in human-computer interaction, buttons can now provide a richer experience through vibrotactile sensations. When a finger touches the panel, the operator feels the force and tactile feedback, making the interaction more vivid.The vibration feedback form achieves differentiation in vibration sensation according to different waveforms, providing a more full, delicate, and immersive tactile feedback experience, better realizing tactile feedback technology, improving driving safety and user experience, reducing driver’s accidental touch and distraction from controlling car functions, achieving blind operation, and reshaping user experience.
Unlocking the Applications of Haptic
Kepo’s haptic products are applied in touch panels, steering wheel buttons, window control buttons Top light touch buttons provide users with a better interactive experience.
- Tactile Feedback
Haptic feedback improves user interactions. It can be applied in touchscreen controls, steering wheel buttons, window control switches, and overhead light touch controls, making touch-based interactions more responsive.
Center Control Screen
Push Button
Car Window
Dome Light
Exploring Kepo Haptic Solutions
The Kepo R&D team has always been committed to improving the performance and application range of tactile vibration. They conducted in-depth research on the principle of tactile vibration technology, which can generate force and tactile feedback to the operator while touching the panel with their fingers. The vibration feedback form achieves differential vibration sensation according to different waveforms, providing a more full, delicate, and immersive tactile feedback experience. This technology effectively implements tactile feedback, improves the safety and user experience of driving operations, and reduces the driver’s accidental touch and distraction from controlling the car’s interior functions, achieving blind operation, reshaping the user experience, and bringing more solution choices to the intelligent cockpit. Continuously optimize algorithms to improve vibration accuracy and response speed. At the same time, they are actively exploring how to combine this technology with other fields to create more practical HMI solutions.
Kepo utilizes linear motors, which, unlike traditional rotary motors that vibrate to the touch, directly deliver a more focused and intense vibration experience. This advanced technology not only provides excellent support for driving safety, but is also able to synchronize perfectly with your music for a richer and more dynamic experience.
Kepo’s tactile solution has programmable features that can meet various frequency ranges from 20Hz to 100Hz, meeting the different needs of different applications. In development, we consider the balance between size and convenience. Our product design is compact and easy to install without affecting strength.
Kepo Haptic Products
Case Highlights
Customizable Power
All Round Warning
Strong Vibration
Compact Size
Gauge Motor
