Tacx Neo 2 Smart Direct Drive Trainer Black, One Size
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Tacx Neo 2 Smart Direct Drive Trainer Black, One Size
Tacx Neo 2 Smart Indoor Cycling Trainer::Tacx equipped the NEO 2 Smart with an improved and faster chipset, enabling a smoother and more responsive control of the NEO motor. This results in a quieter indoor cycling experience and paves the way for new and immersive features. With the new Pedal stroke analysis feature you can improve your power distribution and cycling performance. This is made this possible by adding a capacitive left and right detection sensor, enabling this bike trainer to measure the exact position of both your legs. The familiar NEO Smart features are still there. Like Road Feel, with which you experience the vibrating sensation of riding on cobblestones, gravel and many other road surfaces (in Tacx Films and Zwift). And that exciting feeling of accelerating into a descent after you've reached the top of a mountain, simulated with the Descent simulation feature. Also, like the NEO, it is equipped with Dynamic inertia. In contrast to the mass inertia of a flywheel, Dynamic inertia compensates for weight, speed and angle of inclination, improving the cycling feeling significantly. With the Isokinetic and Isotonic training modes you train on a fixed power or speed to improve your pedal stroke. These modes are available for free in the Tacx Utility app. This NEO 2 is equipped with the same powerful resistance unit as the NEO, being able to simulate incline gradients up to 25% and sprints up to 2200 Watts. What differentiates the NEO series from other trainers is the maximum resistance when cycling at low speeds, small gears and very steep climbs. Enabling realistic hill climb simulations. Also, one of the key benefits is that there is no need for maintenance and calibration. In contrast to all other indoor trainers and direct drives, there are no physical transmissions (like a belt) or other internal or external influencers on the power measurement. It measures your power across the entire operating range accurately within 1%, making sure you that y