A motorbike rider’s riding style might vary depending on the conditions of the route. While some motorcyclists want a relaxing ride, others prefer a sporty ride. Many modern classic motorcycles may offer a variety of performance levels depending on the rider’s needs. These motorcycle riding modes allow the user to select the motorcycle’s handling characteristics.
The motorcycle’s engine, traction control, suspension, and brakes are all controlled by the engine control module, allowing a variety of riding modes. For various modes, it offers varied engine power maps. These settings help modify traction control, ride quality, suspension stiffness, and throttle response.
Motorcycles from earlier generations only had one riding feature. You can ride and control a modern motorcycle in various ways thanks to riding modes. Four riding modes, for instance, will allow you to have four motorcycles in one. Typically, you can use a button on the handlebar to change motorcycle riding modes.
Four Types Of Riding Modes in Bikes
Standard Riding Modes in Motorcycles
In most circumstances, this mode provides comfortable and controllable cruising. Moreover, the STREET or ROAD riding mode emphasizes security more. The fuel efficiency of the bike is optimized. Traction control and ABS are optimized for dry road conditions in this mode, and throttle response is standard.
You may find your motorcycle operating at its most fuel-efficient while in STREET/ROAD mode. However, in this setting, the throttle is not particularly sensitive. The STREET/ROAD mode features a less sensitive throttle than other settings. Hence, the response will be slower if you squeeze the throttle hard. As a result, you can save fuel because the engine power increases gradually.
2. Rain Mode
Riding in slick and rainy conditions is best done in this mode. Out of all the modes, the RAIN riding mode provides the most grip. It provides maximum grip in slick conditions and earlier intervention than in ROAD mode. While traction control and ABS brakes are extremely sensitive, the bike’s maximum horsepower and throttle response decrease.
Advanced Riding Modes in Motorcycle
3. Sport/Dynamic Mode
Moreover, a SPORT or DYNAMIC mode is available for an even more exhilarating riding experience. For a sportier ride, sport mode provides a quicker throttle response. The response of the engine and throttle increases when SPORT mode is engaged. But the motorcycle suspension becomes more rigid. Suitable drift and a measurable amount of slippage are available in sport mode. Traction control and ABS are less sensitive in SPORT/DYNAMIC mode. However, compared to ROAD mode, the throttle response is harsher.
4. Off-Road / Enduro Mode
Also, certain recent models of adventure motorcycles provide a brand-new option called Off-ROAD riding mode. Off-road conditions are ideal for this mode. It provides gentle dampening and smooth acceleration. While the throttle response is more aggressive than in ROAD mode, traction control and ABS are less responsive. Advanced riders who can turn the systems ON/OFF as needed should only use this mode. Riders can control their rides at any time, whenever they need it.
Occasionally riders desire an increase in drift and a slight decrease in grip. The Off-road mode kicks in at this point. It sometimes permits 100% slippage, twice the wheel speed. So, riding a bike is more enjoyable. Motorcycles from manufacturers including BMW, Triumph, KTM, and Honda Motorcycles come in several riding modes.
Ultimately, there is no rigid standard for what constitutes a motorcycle riding mode. It is nothing more than a set of instructions for the motorcycle’s ECU to follow. The algorithms for these modes are frequently controlled by a button in the motorbike’s switchgear and are hard-wired into the ECU of the motorcycle. Although the level of sophistication and safety provided by these bike riding modes may vary from model to model, one thing that is constant is that bikes with these modes almost always provide more safety and convenience than comparable motorcycles that don’t have the function.