Celebrate Yamaha’s rich heritage with the Yamaha SR400 60th Anniversary Edition Non ABS 2016. Designed with a single-cylinder, four-stroke, SOHC engine, it balances performance and efficiency with a torque that comes in at 27.4 Nm @ 3,000 rpm and a power output of 17 kW. The motorbike is equipped with a 5-speed transmission, complemented by a kick starter.
The air-cooled engine design keeps the SR400 running smoothly, while the displacement of 399 cc assures adequate power supply when you need it. Its injection is controlled by an Electronic CDI (Capacitor Discharge Ignition), ensuring optimal combustion for every ride. While no specific details about fuel consumption or CO2 emissions are available, the bike features a wet sump lubrication system, reducing friction and wear in the engine.
Despite not having ABS, the SR400 doesn’t compromise on safety. In terms of braking, it features a hydraulic single front brake disc with a diameter of 268mm, and a drum rear brake. These high-performance brakes offer assured stability on all types of terrain. The suspension setup includes a telescopic fork at the front and a link-type swingarm at the rear, contributing to a smooth on-road experience.
At 174 kg dry-weight, the SR400 is relatively lightweight, emphasizing maneuverability and ease of handling. This is further catered to by the 785mm seat height and 130mm ground clearance, offering easy accessibility to taller and shorter riders alike. The steel cradle frame design reinforces the bike’s durability without adding unnecessary weight.
Other notable features include a tank capacity of 12 liters, ideal for both long voyages and shorter commutes. The SR400’s clutch is a wet, multi-plate design, contributing to efficient power distribution and smooth gear shifts. With a bore of 87.0 mm and a stroke of 84.0 mm, the bike provides enviable performance to its riders. Unleash your spirit of adventure with the Yamaha SR400 60th Anniversary Edition Non ABS 2016 – a motorcycle built for those who appreciate robust design and reliable performance.