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Shenzhen HFK Technology Co., Ltd.'s Hfk Motorcycle Smart Ride System presents a sophisticated automotive interface device rendered in a three-quarter perspective that reveals both the primary display…
Across three matte-black rectangular housings bearing subtly textured surfaces suggestive of durable thermoplastic or aluminum composite, the Motorcycle Smart Ride System by Shenzhen HFK Technology…
Shenzhen HFK Technology Co., Ltd.'s Motorcycle Smart Ride System presents two rugged vehicular interface devices positioned in dynamic three-quarter perspective against a neutral gradient field…
Shenzhen HFK Technology Co., Ltd.'s Motorcycle Smart Ride System presents a sophisticated vehicular interface device positioned within a motorcycle cabin environment, commanding the compositional…
Shenzhen HFK Technology Co., Ltd.'s Motorcycle Smart Ride System presents a sophisticated dual-screen automotive interface composition organized across horizontal landscape format, establishing…

Bronze Vehicle Accessory · 2026

Hfk Motorcycle Smart Ride System

by Shenzhen HFK Technology Co., Ltd.

  • Bronze A' Design Award 2026 in Vehicle Accessory
  • CLIENT: Shenzhen HFK Technology Co., Ltd.
  • Estimated Number of Design Views: 6,181
  • Verification code FF3F553C52 · Verify this award
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About Hfk Motorcycle Smart Ride System

Hfk is a smart ride system designed for motorcycles. The system connects to a smartphone and mirrors navigation and communication applications onto a dedicated 5.7 inch display. Voice commands, top mounted buttons and a remote controller allow quick access to key information. Dual 2K cameras, high precision GPS and multiple sensors record and monitor each ride. The reinforced aluminum alloy body carries an IP69K rating and resists dust, water and vibration. A universal clip on mount fits different motorcycle models and supports quick release.

About the Bronze A' Design Award

Hfk Motorcycle Smart Ride System is a Bronze A' Design Award winner, a highly prestigious recognition granted to outstanding designs distinguished by creativity, ingenuity, and astuteness. Bronze winners are amply skillful and strikingly creative artifacts that authenticate the vast experience, imagination, and resourcefulness of their designers. Hfk Motorcycle Smart Ride System is expected to be a highly regarded, admired, and cherished object that is notably professional and innovative. This Bronze A' Design Award-winning design incorporates best practices in art, science, design, and technology, and is excellent for its attention to detail. Hfk Motorcycle Smart Ride System splendidly satisfies needs, touches desires, charms feelings, and appeals to curiosity.

Press Kit

Unique Properties
This product is built to withstand unpredictable outdoor conditions, intense vibration, and high speeds of motorcycle riding, helping you stay focused and in control. It connects seamlessly with your smartphone, mirroring content onto a dedicated display for safer, more intuitive interaction. Dual 2K cameras, high precision GPS, and multiple sensors work together to record and monitor your ride comprehensively. And its reinforced aluminum alloy body reliably resists bumps, rain, and dust.
Dimensions & Packaging
157.2mm*94.6mm*26.5mm
Tags
motorcycle infotainment system, smart connectivity and mirroring, high precision GPS, multimodal sensors, dual front and rear 2K cameras, robust aluminum alloy body, IP69K, clip on design for quick release and universal compatibility, built to withstand extreme outdoor conditions
Production Technology
It combines a rugged aluminum alloy body with 3D thermal management for high strength, light weight, and efficient heat dissipation. Reinforced edges, thicker structures, and protected corners work together to provide superior impact resistance. Further backed by an IP69K rating, it withstands dust and water while remaining fully operational through intense vibration and conditions below freezing. Its universal clip on design is compatible with all motorcycle models and supports quick release.
Design Challenge
Motorcycle riding demands the gear built for high speeds, intense vibration, and unpredictable environments. This product rises to the challenge with its smartphone mirroring system, moving navigation and communications off your phone and onto a dedicated display for quick, clear access to key information. Hardware such as high precision GPS and multiple sensors provides continuous status monitoring. Its IP69K rated, rugged aluminum alloy body stands up to rough roads and all weather conditions.
Research
Traditional motorcycle gear is often limited in functionality, difficult to use, and unreliable in harsh conditions. This product directly addresses these issues with an interaction system centered on rider attention and safety. It provides seamless connectivity, comprehensive monitoring, rugged durability, and a dedicated display. Together, these features redefine intelligent riding equipment by delivering quick information access, uncompromising safety, and reliable performance.
Inspiration
Motorcycle travel is rising in popularity, and the rider community is becoming younger and more personality driven. However, traditional devices only show basic information or offer single recording function, failing to meet evolving demands for riding safety and scenario adaptability. To bridge this gap, this product combines smart connectivity, intuitive interaction, and rugged protection in a compact riding terminal, delivering both professional safety and intelligent scenario awareness.
Project Duration
The design and development of this product began in Shenzhen, China, in November 2005.
Operation Flow
It connects seamlessly to your phone, mirroring navigation and communication apps onto a dedicated 5.7 inch HD display. The clear information layout, intuitive interface, voice commands, and remote controller give you instant access to key information. Top mounted buttons enable accurate operation through tactile feedback.
With high precision GPS and multimodal sensors like a barometer and a gyroscope, it delivers comprehensive safety data via onboard eMMC storage for monitoring in any condition.

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