Power Plate REV VibeShift®美國震動後置飛輪單車

帶氧訓練  重新定義

Power Plate REV可帶給你無與倫比的運動體驗。單手調整槓桿，即可釋放Power Plate專利震動能量，解放你的內在潛力。
Power Plate REV受到巴黎魯貝Paris-Roubaix公路單車賽頂尖運動員的的啟發，為應付系列賽中最艱難的路段，因而設計出這款改變遊戲規則的產品，亦是同類產品中第一個融入健身訓練的專利系統，概念很簡單：震動加速訓練。當應用於單車訓練，科研實證顯示與傳統運動相比，Power Plate REV可以顯著激活更多肌肉、增加氧氣攝氧量和燃燒更多卡路里*。這種劃時代的訓練方式直到今天才成為可能。

The Power Plate® REV™ is a revolution in health and fitness that can take your workouts to a new level. The REV features Power Plate's patent-pending VibeShift® Technology delivering consistent, safe, precise, and predictable effective vibration through the pedals to maximize the intensity of your workouts. This unique vibration technology is set in motion through active pedaling.

Inspired by elite cyclists, these vibrations safely mimic the effect of that added instability and resistance giving you a significant increase in muscle activation, calorie burn, and cardiovascular effort while cycling. 

When compared to a traditional fitness bike, the REV™ delivers a:

• 43% increase in Calf activation
• 167% increase in Quad activation
• 144% increase in Hamstring activation
• 138% increase in Glute activation

Research has shown that level 1 resistance with vibration on the REV is equivalent to level 5 resistance without vibration*. Power Plate’s VibeShift® Technology really does deliver results like no other bike on the market.

Featuring a commercial-grade design to stand up to the usage demands of health clubs and elite sports training, the REV has intuitive seat, height, and handlebar adjustments so anyone can quickly and easily find their perfect fit for a great ride. As an added bonus, each Power Plate REV comes with a complimentary Myzone MZ-Switch. This portable heart rate monitor is the ideal companion to your REV, allowing you to track your heart rate in real-time, further optimizing your workout intensity and results.

Add in the easy-to-use resistance and vibration controls, and you have a truly powerful piece of fitness equipment.

*Based on a preliminary study carried out at the Centre for Sports Science & Human Performance, University of Greenwich, UK.