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- Magnetic Elliptical Strider with HandPulse Sensors. Black Body Sculpture BE1660
Body Sculpture
Magnetic Elliptical Strider with HandPulse Sensors. Black Body Sculpture BE1660
The BE1660 Magnetic Elliptical Strider offers a smooth, low-impact workout suitable for users of all fitness levels. It features a 4kg flywheel that ensures silent and fluid motion, making it ideal for home environments when you want to keep noise levels low. Whether you're aiming to build endurance, improve your cardiovascular health or burn calories, this cross trainer provides a balanced and effective workout.
Designed with user comfort and engagement in mind, our magnetic elliptical trainer includes large anti-slip footplates for a stable stride and built-in hand pulse sensors to help you monitor your heart rate in real time. The adjustable magnetic resistance allows you to increase intensity as you progress, ensuring long-term usability. A built-in dock holds your smartphone or tablet, so you can listen to music or follow workout apps while exercising.
The built-in computer tracks and displays key workout data including calories burned, distance, speed, time, scan function and hand pulse readings. Compact in size with a sturdy build, it accommodates users up to 100kg and comes with clear dimensions to help you plan your space before assembly.
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£200.00
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The details
- Product Features
4kg flywheel for smooth and silent operation
Adjustable magnetic resistance for workout variety and progression
Large anti-slip footplates to support a safe and comfortable stride
Hand pulse sensors to track heart rate during exercise
Built-in smartphone/tablet dock for entertainment while training
Computer displays calories burned, distance, hand pulse, speed, time and scan
- Specification
Assembled dimensions: L102.5 x W61 x H154 cm
Carton dimensions: L82.5 x W30 x H46 cm
Product weight: 24 kg
Gross weight: 27 kg
Maximum user weight: 100 kg
- More Information
Quiet and space-saving design ideal for home use
Allows for upper and lower body engagement with minimal impact on joints