Powerful, solid and quiet, Suito is an interactive hometrainer designed to offer you an easy, realistic and accurate indoor bike training experience. This is Elite's first direct-drive hometrainer that comes totally pre-assembled out of the box, as it features a pre-installed Shimano 11-speed cassette. Through a quick and easy Plug&Play setup and a thin and compact outline, Suito ensures max compatibility with most bicycles, setting itself as one of the most performing and easy to use hometrainers that a cyclist could hope for. Powerful, stable, accurate. Ready for use. Are you ready?
The sturdy steel structure is another distinctive feature of this hometrainer - it's ideal to ensure stability and durability even during the most intense sprints. Elegant and aggressive, solid and powerful - Suito features a wider support base with pre-assembled legs, designed to automatically lock in place when unfolded. It's everything you need to start your indoor cycling training workouts as quickly as possible.
Moreover, the streamlined design ensures compatibility with various bicycle models and sprocket sets on the market. Suito is also designed to ensure reduced clutter wherever you are: its slim profile, integrated handle and reduced size make it easy to transport and store it, no need to worry about how much space it'll take up.
Precise and powerful
How many advantages could we offer you to further your goals at each workout? The answer is: power, accuracy, interactivity.
Suito simulates slopes up to 15% with ± 2,5% accuracy. These numbers put it squarely among our most performing interactive hometrainers. With more than 1900 watts resistance at 40 km/h speed, Suito is definitely one of the most powerful hometrainers available, the ideal tool to release all your strength even the most demanding sprints.
Power Meter Link (PML)
It's a function that lets the hometrainer employ an ergometer that's already installed on your bike as a power source.
A calibration procedure for the hometrainer that takes into account all friction values that change over time and during use that influence brake's accuracy and compensates its effects on the resistance generated by the hometrainer.
Temperature compensation algorithm
A function that lets the hometrainer compensate the variations due to brake overheating and take the resulting data into account when calculating power.