Scott Ransom 2025_ First Look at Benji's Ultimate Do-It-All Bike

Scott Ransom 2025: First Look at Benji's Ultimate Do-It-All Bike The 2025 Scott Ransom is here, and it’s making waves in the enduro and all-mountain biking scene. Known for its aggressive geometry, high-performance suspension, and all-terrain capabilities, the Ransom has always been a top choice for riders who demand speed, control, and versatility. This year, Benji has taken things to the next level with his custom-built version of the ultimate do-it-all bike. Next-Level Frame and Geometry Scott has refined the Ransom’s carbon frame to enhance both durability and ride quality. The 2025 model features a slackened head tube angle, now sitting at 63.5 degrees, making it more stable on steep descents. The seat tube has been slightly steeper for improved climbing efficiency, allowing riders to power up technical ascents with confidence. Benji’s custom Ransom setup includes a size-specific reach adjustment, ensuring a perfect fit for aggressive riding. The frame also boasts integrated cable routing for a clean aesthetic and improved aerodynamics. Suspension Built for Everything Scott has always been a leader in suspension innovation, and the 2025 Ransom continues this trend. It comes equipped with a 170mm FOX 38 Factory fork paired with a FOX Float X2 rear shock. This setup provides unparalleled small-bump sensitivity while maintaining the support needed for high-speed descents. Benji has fine-tuned the suspension to suit his riding style, tweaking air pressure and rebound settings for a perfect balance of plushness and responsiveness. Drivetrain & Braking Performance The bike is built with a SRAM XX Eagle Transmission drivetrain, delivering smooth and reliable shifting under load. Paired with a wide-range 10-52T cassette, this setup ensures riders can tackle steep climbs without compromising speed on the flats. Braking is handled by SRAM Code RSC brakes with 220mm front and 200mm rear rotors, offering powerful stopping performance even in the most demanding conditions. Final Thoughts