Honda Announces Honda SENSING RIDE Driver-Assistance System for Motorcycles

Honda announced Honda SENSING RIDE, a driver-assistance system for motorcycles, on Nov. 3, 2026. Front and rear millimeter-wave radar detects surrounding traffic and supports group riding, including staggered formations. Honda will expand the number of equipped models, starting with the 2027 CRF1150L Africa Twin Adventure Sports.

Honda says the system uses radar mounted at the front and rear of the motorcycle, and includes support for blind-spot information and maintaining distance during group rides. Rather than limiting motorcycle driver assistance to following a vehicle ahead, the design addresses situations such as riding in a group. Use must take into account the system’s limitations and operating conditions.

The focus of the announcement is not a simple adaptation of driver-assistance systems for cars, but the inclusion of functions tailored to motorcycle operation and riding patterns. The system uses front and rear millimeter-wave radar to monitor the surroundings and also assesses the condition of the rider and vehicle. Its assistance extends beyond detecting individual obstacles to include distance from vehicles ahead, approaching traffic from the rear or side, and a motorcycle’s position within a group. The announcement describes driver assistance, however, not autonomous driving in which the vehicle completes the ride on the rider’s behalf. A second feature is that the system is described in conjunction with DCT, including assistance with stopping and starting. ACC with Stop & Go is said to help maintain distance from the vehicle ahead and assist with moving off after a stop. The transmission mechanism is also relevant to how the assistance works. That means the system should be evaluated not only on radar detection performance but also on how it works with vehicle controls and shifting. Honda’s plan to expand availability starting with the 2027 CRF1150L Africa Twin Adventure Sports indicates an initial focus on a specific model, not a blanket rollout across all motorcycles. A third feature is the inclusion of group-riding assistance, including staggered formations, as a distinct function. The system is designed to apply distance maintenance not only to following a vehicle when riding alone but also to situations in which multiple motorcycles ride in formation. This appears to address use cases specific to motorcycles. The announcement materials do not specify the speeds or road conditions under which the function can be used, or how it identifies motorcycles within a formation, making the actual operating conditions important to assess. Honda says it aims to reduce traffic fatalities per 10,000 motorcycles and cars sold by 50% from 2020 levels by 2030, and to achieve zero traffic fatalities by 2050. The system is presented as one of the company’s safety measures, but Honda has not stated how much it will contribute to those targets or the effectiveness of individual functions. Going forward, it will be important to confirm when and where equipped models will expand, the operating conditions for each assistance function, safety limitations during stopping and starting or group riding, and its effectiveness in real-world driving.

The system provides notifications, warnings and operational assistance based on surrounding-traffic detection by millimeter-wave radar installed at the front and rear of the motorcycle, as well as assessments of the rider’s and vehicle’s condition. Functions include ACC, which maintains distance from the vehicle ahead; ACC with Stop & Go, which assists with stopping and starting in traffic; Group Ride Assist, which maintains an appropriate distance during group riding; and Blind Spot Information, which alerts the rider to vehicles in blind spots. When combined with Honda’s proprietary motorcycle DCT, ACC with Stop & Go assists with an automatic stop and smooth takeoff. Honda says the functions have limits in their recognition and control capabilities and may not operate, or may not work as intended, depending on road, weather and vehicle conditions, among other factors.