Two-wheelers also have dramatically different mechanical constraints than a passenger car. And the differences aren’t marginal – they’re fundamental. Building a custom architecture to accommodate the exposed, vibration-heavy environment and space limitations is critical for addressing the unique challenges that arise when integrating connectivity into this specialized form factor.
More precise packaging
Tighter spaces, irregular surfaces and exposed mounting locations are common challenges when integrating connectivity in a two-wheeler. Unlike cars that have protected spaces with generous volume, the available space on a motorcycle is measured in millimeters, not inches, and every gram matters. While adapting modules designed for passenger vehicles may seem tempting, compensating with custom brackets, secondary enclosures, extra sealing and harness workarounds takes time and incurs costs that can erase the perceived advantages of reuse.
Rugged-first design
When integrated into a two-wheeler, electronics must operate through rain, dust, humidity swings, high thermal loads, and potentially extreme temperature cycles. They also endure sustained vibration and shock events that don’t occur in passenger cars. Ruggedization needs to be treated as foundational, not optional. Designing for this level of exposure from day one helps to reduce the risk of thermal bottlenecks, reliability issues and serviceability challenges.
Optimized for power efficiency
A passenger car’s battery can mask inefficiencies that two-wheeler platforms cannot. Always-on services like theft protection, location awareness and remote wake, impact power consumption and usability. To avoid this common challenge, two-wheeler platforms must be designed for ultra-low power operation, efficient operation and customer satisfaction. Balancing power and connectivity requirements is essential for OEMS looking to offer advanced services throughout the vehicle’s lifecycle.
Safety-focused for all tiers
Connectivity isn’t just about features and experiences; it’s about delivering them with a core focus on safety. UX design must account for sunlight glare, rain, gloved hands, and helmet-based audio. Riders avoid touching a phone while moving, prefer voice interactions, and rely on simplified interactions at stops rather than continuous touch control. Having a unified software architecture across platforms allows OEMs to scale these experiences across market tiers, from high-volume to premium. In addition to streamlining design, having the ability to reuse software also simplifies over-the-air updates across all two-wheeler models. By supporting Android Auto and Apple CarPlay, OEMs give their riders the freedom to craft their own safety and infotainment experiences. Riders can utilize these smartphone projection standards to utilize their favorite applications and craft ride experiences that extend seamless from the phone to the bike.
