SUITO-T is the Elite Suito home trainer without supplied sprocket cassette, a powerful and compact model that offers total compatibility with several types of bicycle. Powerful, solid and quiet, SUITO-T is an interactive home trainer designed to offer a realistic, accurate and fun bicycle workout experience. Featuring direct transmission to ensure increased accuracy and quietness while working out, the SUITO-T is very stable trainer even during the most intense sprints, and its small size makes it easy to transport and store everywhere.
- Compact design
The main feature of this home trainer is the sturdy steel structure, ideal to ensure durability and stability even during intense sprints. SUITO-T is designed to ensure small footprint wherever you go: its integrated handle, reduced size and slim profile makes it easy to transport and store everywhere without worrying about its footprint.
- Accurate and powerful bicycle workouts
SUITO-T simulates gradients up to 15% with ± 2,5% accuracy, one of the most powerful home trainers you can use to release all your power even during the most intense sprints.
- Train on Zwift and My E-Training!
Discover all the software you can use with SUITO-T: other than Zwift and My E-Training, you can also manage it with all other indoor cycling platforms such as TrainerRoad, Kinomap, Rouvy, Bkool, Bikevo and many more.
SUITO-T adds up to the Elite home trainers' range of ANT+ FE-C & Bluetooth hometrainers that interact with every app, software, computer and device (smartphones and tablets) via iOS, Android, MacOS and Windows. Just choose the software, select the course or training program and start pedalling on your bike. SUITO-T will automatically adjust resistance.
- Sensorless cadence
All hometrainers by Elite immediately send power, speed and cadence data, thus setting themselves as effective instruments to build an accurate training program and replicated outdoor workouts as much as possible. Cadence is measured via a practical sensorless technology and is calculated on the SUITO-T as a function of speed variations.