Beta Evo 4T 300

Introducing the 2023 Beta Evo 4T 300, a stellar addition to the trial motorcycle category that has solidified Beta's reputation for high-performance machines tailored for both seasoned riders and newcomers alike. Designed for competitions and technical terrains, the Evo 4T 300 combines cutting-edge engineering with a lightweight structure, making it an ideal partner for those who crave precision and agility in their riding experience. With a striking red, white, and black color scheme, this motorcycle not only stands out visually but also delivers the robust performance that Beta enthusiasts have come to expect. At the heart of the Beta Evo 4T 300 lies a powerful 297.3 cc engine, boasting a compression ratio of 19.7:1. This four-stroke powerhouse features a bore and stroke of 84.0 x 53.6 mm, ensuring optimal power delivery and torque across a range of riding conditions. The Mikuni carburetor and electronic ignition system work harmoniously to provide a responsive throttle and smooth acceleration, while the 5-speed gearbox allows riders to tackle obstacles with ease. With a fuel consumption of just 3.30 liters per 100 km (71.28 mpg), this motorcycle not only excels in performance but also offers impressive fuel efficiency, making it a practical choice for extended trail rides. The Evo 4T 300’s chassis and suspension are engineered to enhance stability and control, featuring a single wave aluminum beam frame that contributes to its lightweight and rigid structure. The hydraulic front fork, with 165 mm of travel, and the monoshock rear suspension, offering 180 mm of travel, provide the necessary cushioning to absorb impacts and maintain traction on uneven surfaces. Coupled with high-performance braking systems—featuring a 4-piston caliper up front and a 2-piston caliper at the rear—riders can feel confident in their stopping power, no matter the terrain. With a seat height of just 660 mm and a ground clearance of 310 mm, the Evo 4T 300 is designed to accommodate a wide range of riders, enabling comfort and control during technical maneuvers. **