Another Award for Outstanding Design

HEPHA once again makes a statement in the e-bike world: The Mountain 7 Carbon has been honored with the prestigious iF Design Award 2025 in the e-bike category. This powerful full-suspension e-mountain bike with a full carbon frame underscores its unique combination of aesthetics, functionality, and performance.

iF Design Award 2025: A Globally Recognized Quality Seal

For more than 70 years, the iF DESIGN AWARD has been one of the most significant honors for outstanding product design. This year, nearly 11,000 submissions from 66 countries were evaluated. The distinguished jury of 131 independent design experts selected the HEPHA Mountain 7 Carbon for its innovative concept that impressed across the board.

A Design That Sets New Standards

The Mountain 7 Carbon combines a minimalist, stylish design with maximum performance on the trail. The lightweight full carbon frame offers a dynamic silhouette and optimized standover height for better control. With 150 mm of travel, the e-fully delivers agile and responsive handling.

Powerful Drive for Demanding Trails

The Mountain 7 Carbon is not just visually impressive; it also boasts technically outstanding features:

  • HEPHA P101 motor with 100 Nm torque for powerful acceleration

  • 804 Wh battery for exceptional range

  • Rock Shox suspension for optimal damping on any terrain

This combination makes the e-MTB the perfect companion for challenging trails and long tours.

High Performance at a Fair Price

With a starting price of €4,299 for the Mountain 7 Carbon Long Range (Performance: €4,799 / Ultra: €5,499), HEPHA remains true to its philosophy: top technology and award-winning design at an excellent price-performance ratio.

Conclusion: An E-MTB That Excels in Every Aspect

Winning the iF Design Award 2025 once again confirms that HEPHA has created an innovative, high-performance, and visually striking e-mountain bike with the Mountain 7 Carbon. Those looking for a high-quality, award-winning e-fully will find the perfect choice in this model.