raleigh dynatech Titanium Torus FS Cross Country MTB Retro. - Folding Bikes 4U

raleigh dynatech Titanium Torus FS Cross Country MTB Retro. - Folding Bikes 4U

£340.00 GBP
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raleigh dynatech Titanium Torus FS Cross Country MTB Retro. - Folding Bikes 4U

raleigh dynatech Titanium Torus FS Cross Country MTB Retro. - Folding Bikes 4U

£340.00 GBP

The Raleigh Dynatech Titanium Torus FS represents a distinctive folding bicycle design, combining titanium frame construction with a cross-country mountain bike heritage. Developed by Folding Bikes 4U, this compact folding bicycle integrates a unique approach to small wheel geometry and transportable cycling.

Design and Construction

Titanium frame construction offers a lightweight yet robust platform, delivering inherent vibration damping characteristics typically associated with high-end cycling equipment. The frame geometry suggests a versatile configuration that supports both urban commuting and light off-road exploration. The compact fold mechanism enables convenient storage and multi-modal transport integration.

Components and Specification

While specific component details are limited, the cross-country mountain bike (MTB) designation indicates potential for robust drivetrain and wheel specifications. The folding mechanism appears designed to provide quick transition between riding and compact storage modes, with a hinge system that supports efficient transformation of the bicycle's overall profile.

Ride Characteristics

The titanium frame suggests responsive handling characteristics, with potential for absorbing road irregularities while maintaining structural integrity. Small wheel geometry typically contributes to nimble manoeuvring in urban environments, with acceleration potential from compact wheel dimensions.

Intended Use

Suited to riders requiring a versatile cycling solution that bridges urban commuting and light recreational riding. The specification appears targeted at cyclists seeking a compact folding bicycle with enhanced material performance and adaptable usage scenarios.