The Speedbike Pro-2 is a high-performance indoor speed bike designed for intensive training in both home and commercial fitness environments, including gyms, personal training studios, and corporate fitness spaces. This machine combines durability, stability, and a realistic cycling experience, making it ideal for performance-driven users who want to take their fitness and endurance to a higher level.

At the core of the Speedbike Pro-2 is the stepless magnetic resistance system, which provides fully continuous and highly precise resistance adjustment. This allows every user to perfectly tailor the intensity, from light cardio sessions to demanding interval workouts. Combined with the 8.5 kg aluminium flywheel, it ensures a smooth, stable, and natural pedalling motion that remains consistent across all resistance levels.

The bike is equipped with a belt transmission system, ensuring quiet operation, minimal maintenance, and efficient power transfer. The square cone crank enhances the overall structural strength and guarantees a solid and powerful pedalling experience, even under heavy load.

The Speedbike Pro-2 supports a maximum user weight of 150 kg and is built according to professional quality standards with EN957 and RoHS certifications, ensuring safety, reliability, and durability for intensive use.

For enhanced training tracking, the bike includes pulse functionality, allowing users to monitor heart rate and optimise training sessions more effectively. In addition, the bike is FTMS compatible, enabling seamless integration with training apps and digital fitness platforms for a more interactive workout experience.

Practical usability is also a key focus of the design: transport wheels make it easy to move the bike within any space. With compact dimensions of 1588 × 560 × 1310 mm, it combines a stable frame with a space-efficient footprint.

The Speedbike Pro-2 positions itself as a robust, quiet, and technologically advanced indoor bike that perfectly fits both home and commercial fitness environments where performance, reliability, and connectivity are essential.