Hifit - your guide to health and fitness Return to our home page Return to our home page

Bookmark | Site Map | Feedback

You are in: Home > Exercise Bikes > Manufacturers > Beny Sports > Beny V-Fit SC1-P Spinning

Beny V-Fit SC1-P Spinning Cycle

Enlarge image

Beny V-Fit SC1-P Spinning Cycle

The Beny V-Fit SC1-P Spinning Cycle features a heavy 18kg balanced flywheel with a safety stop function and infinitely variable resistance. The comfortable padded handlebars are height adjustable and the racing style saddle can be adjusted both vertically and horizontally for optimum postioning when you workout.

Key Exercise Bike Features

Type: Upright
Resistance: Flywheel, friction pads with felt backing
Resistance range: Infinitely variable resistance adjustment
Flywheel: 18kg balanced cast iron flywheel
Product weight: 51.2kg
Assembled dimensions: L108 x W48 x H108cm

Additional Exercise Bike Features

Racing style saddle with 14 height positions and 8-position reach adjustment
Contoured foam padded handlebars with 3-position height adjustment
Racing style pedals with adjustable toe straps
Tubular steel frame
Flywheel fitted with safety stop function


Related Links

More about Beny Sports
Beny V-Fit Neptune Exercise Cycle
Beny V-Fit Zeus II Flywheel Cycle
Beny V-Fit Aurora Triple Action Flywheel Cycle
Beny V-Fit Apollo Air Exercise Cycle
Beny V-Fit Victory Magnetic Exercise Cycle
Beny V-Fit MC3-LE Venus Low Entry Magnetic Exercise Cycle
Beny V-Fit AC3 Andromeda Air Cycle
Beny V-Fit SC1-P Spinning Cycle

 

 

General Links

Contact Us

 
 

Home | Product Focus | Keeping Fit | Health Breaks | Personal Trainers

Site Map | Feedback | Contact Us

Copyright © Hifit.co.uk 2008. All rights reserved.

We regularly check and update product information and while every effort is made to ensure its accuracy we cannot accept any liability for discrepancies. If any discrepancies are discovered please bring them to our attention by emailing: feedback@hifit.co.uk. Hifit.co.uk nor its partners are responsible for the content of external sites.