Tern Eclipse P9 Folding Bike 22" Wheel (white) - Folding Bikes 4U

Tern Eclipse P9 Folding Bike 22" Wheel (white) - Folding Bikes 4U

£220.00 GBP
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Tern Eclipse P9 Folding Bike 22" Wheel (white) - Folding Bikes 4U

Tern Eclipse P9 Folding Bike 22" Wheel (white) - Folding Bikes 4U

£220.00 GBP

The Tern Eclipse P9 is a 22-inch wheel folding bicycle designed for urban commuters seeking a compact, versatile folding bike solution. Manufactured by Tern, this white-coloured model integrates a sophisticated hinge mechanism for convenient multi-modal transport.

Design and Construction

Constructed with a carefully engineered frame geometry, the Eclipse P9 prioritises rider comfort and urban manoeuvrability. The white colourway offers high visibility, while the compact fold design supports easy storage in offices, apartments, and public transit environments. The frame's geometry places the rider in an upright position, enhancing urban riding comfort and traffic awareness.

Components and Specification

The Eclipse P9 features a 9-speed drivetrain, enabling riders to adapt to varied urban terrain gradients. The small wheel geometry contributes to the bike's nimble handling characteristics, with the 22-inch wheels providing a balance between compact dimensions and efficient rolling performance. The hinge mechanism allows for rapid, tool-free folding, supporting quick transitions between cycling and other transport modes.

Ride Characteristics

Shorter wheelbase geometry delivers responsive handling in congested urban environments, making navigation through city streets intuitive. The smaller wheel configuration enables quick acceleration from stationary positions, ideal for stop-start urban cycling. Riders can expect a direct, engaging riding experience that prioritises agility over long-distance efficiency.

Intended Use

Suited to urban commuters who require a bicycle that seamlessly integrates with public transport and offers minimal storage requirements. The specification supports regular commutes across paved surfaces, with the compact fold mechanism enabling straightforward transitions between cycling and other transport methods.