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SOLEBE
Y935 UVC Sterilization Helmet Lock
Shared scooter helmet lock with automatic UV lamp sterilization after locking, UART / CAN / 485 integration, and IP67 protection.
Capability Categories
Locking / Access Summary
UV-C
4 lamps / 120-degree angle
Trigger
After lock
Interfaces
UART / CAN / 485
Outdoor
IP67 / -20C to 60C
Technical Specifications
UV Hygiene Workflow
Integration
Mechanical & Environmental
Physical Specifications
Connectivity
Features & Capabilities
Key Features
Pros
- Adds hygiene workflow to a helmet-lock deployment
- Useful for shared helmets that stay with the vehicle
- Wired communication options support operator control systems
- Compact, outdoor-rated hardware with published material and temperature specs
- Current official page provides direct product and application imagery
Cons
- -No public UV wavelength, irradiance, exposure time, dose, lamp lifetime, safety interlock, or lab validation
- -UV-C effectiveness is dose and line-of-sight dependent, so straps, liners, and helmet geometry may create shadowed areas
- -Public page does not publish power draw, host protocol documentation, or battery requirements
- -Current page appears wired-controller focused, with no Bluetooth retrofit mode published
Ideal For
Compatible Fleet Platforms
Specs from SOLEBE current UV Helmet Lock page. UV-C health-performance claims require project-specific validation because public wavelength, dose, cycle-time, and lab-test details are not published.
About This Product
SOLEBE Y935 combines a scooter-mounted helmet lock with an automatic UV-C hygiene cycle after locking. SOLEBE's current page says it uses four UV-C lamps, a 120-degree sterilization angle, and automatic sterilization when the helmet is returned and locked.
For fleet integration, SOLEBE lists UART, CAN, and 485 communication options plus stable IoT or control-board connection. This makes Y935 the best fit in the SOLEBE set when the operator wants both helmet retention and an onboard shared-helmet hygiene workflow.
Public SOLEBE materials do not publish UV wavelength, irradiance, cycle time, dose mapping, lamp lifetime, safety interlock design, or independent pathogen-reduction validation. Treat the UV-C function as a vendor hygiene feature that needs validation before making health or disinfection-performance claims.
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