OBVIOUSLY INVISIBLE
USER CASE GALLERY
X-CELL RT 3.0 MAGNETOELASTIC BOTTOM BRACKET TORQUE AND CADENCE SENSOR
URBAN PURIST
URBAN COMPACT
E-BIKES
E-BIKES
DO YOU WANT THE CLEANEST BICYCLE LOOK POSSIBLE?
DO YOU WANT YOUR E-BIKE TO BE COMPACT OR FOLDABLE?
X-CELL RT enables seamless and invisible integration of sensor and e-drive technology into minimalist frames and bikes.
X-CELL RT keeps things in proportion thanks to requiring minimal integration space and enabling perfect gear-ratio to match small wheel sizes.
E-MTBS
E-SHARE BIKES
DO YOU WANT THE BEST E-MTB FOR THE MOST AFFORDABLE PRICE?
DO YOU WANT A RELIABLE E-SHARE BIKE WITH MINIMUM WEAR AND TEAR?
X-CELL RT can be integrated along with many other high-quality and cost-efficient e-drive components, so you don’t overinvest in a closed e-drive system.
X-CELL RT provides extremely accurate torque signals and is virtually maintenance-free, expanding battery range and reducing the total cost of ownership.
E-CARGO BIKES
SPEED PEDELECS
DO YOU WANT AN E-CARGO BIKE THAT MASTERS HEAVY-DUTY TRANSPORT ALL DAY LONG?
DO YOU WANT TO COMMUTE OVER LONG DISTANCES AT THE MAXIMUM SPEED ALLOWED?
X-CELL RT is compatible with the most powerful rear hub motors, resulting in the most reliable motor support possible.
X-CELL RT combined with one of the many compatible rear motors offers instant acceleration while reducing wear and tear in other drive train components.
HYBRID CONCEPT
SPINNING BIKES
VEHICLES DO YOU WANT TO SHAPE THE FUTURE? Innovative designs need freedom! X-CELL RT allows the motor and other e-drive components to be placed creatively where they make the most sense in terms of function, ergonomics and style.
DO YOU WANT YOUR BIKE TO SHARE DATA FOR ONLINE CLASSES AND COMPETITIONS? X-CELL RT provides the precise signals necessary to ‘go virtual’ on a level-playing field.
Corporate identity and graphic design: Anika Freytag 3D renderings: Medienrausch GmbH & Co. KG Claim development: TXT Konzeption & Text Thomas Volberg Rev. 001/07.2019 Š Alfred Thun GmbH & Co. KG. All rights reserved. Any reprinting/redistribution of this work without the express written consent is prohibited. Errors and omissions excepted.