Bertec Fully Instrumented Treadmill v5 (FIT5) The Bertec Treadmill FIT Gen 5 is a cutting-edge, fully instrumented treadmill designed to revolutionise both research and rehabilitation. Known for its dual-belt, split-running design, this biomechanical innovation offers unparalleled versatility. Therefore making it the top choice for professionals aiming to elevate their studies and therapeutic practices. Powered by robust industrial-grade servo motors, the Bertec Treadmill FIT Gen 5 ensures exceptional precision and long-term durability. The quality engineering of the Improved Drive Belt and Rollers guarantees smooth and consistent motion. Allowing for accurate and repeatable results in any setting. This treadmill is built to withstand rigorous use, making it a reliable asset for high-demand environments such as research laboratories, rehabilitation centres, and sports science facilities. Precision and Versatility with Split Belt Design The Bertec Treadmill FIT Gen 5 stands out with its unique Split Belt Treadmill Design, allowing independent control of each belt. This feature is crucial for conducting diverse gait studies and therapeutic interventions, providing researchers and clinicians with the ability to simulate various walking and running conditions. The independent belt control facilitates more detailed and precise analysis of human locomotion, making it an invaluable tool in both biomechanics research and rehabilitation therapy. Comprehensive Software for Advanced Research The Full-Featured FIT5 Software provides comprehensive data collection, real-time feedback, and advanced analytics. Effortlessly construct custom protocols using the Protocol Builder, tailoring treadmill settings and conditions to your exact research needs. Whether you’re investigating human locomotion or refining rehabilitation techniques, the Bertec Treadmill FIT Gen 5 redefines treadmill technology, empowering researchers and practitioners to unlock new insights with every step. The Bertec FIT Gen 5 was used in a study on Lower-limb kinematics and kinetics during continuously varying human locomotion.
