Pashley Britannia Custom Colours
Sale price
Price
£1,070.00
Regular price
£975.00
Unit price
per
Pashley Britannia – The Classic British Heritage Bicycle in a custom colour
The Pashley Britannia is a beautifully crafted bicycle that blends classic British design with modern functionality. Hand-built in England, this timeless bike is perfect for leisurely rides through the countryside, city commutes, or daily errands. With its traditional lugged steel frame, comfortable upright riding position, and vintage-inspired aesthetics, the Britannia offers both comfort and style for the discerning cyclist.
Key Features:
- Weight: The Pashley Britannia weighs approximately 20 kg
- Handcrafted Steel Frame: Made from traditional lugged steel, the Britannia’s frame is strong and smooth. The elegant, step-through design provides comfort and easy access.
- Upright Riding Position: Designed for comfort, the upright geometry allows for a relaxed, ergonomic riding position, reducing strain on the back and shoulders, perfect for leisurely rides.
- Gears: Choose between 3-speed or 5-speed Shimano hub gears, offering smooth and low-maintenance shifting.
- Classic Brooks Leather Saddle: The bike is fitted with a Brooks leather saddle, which molds to your body over time.
- Front Basket: The Britannia comes with a beautiful, hand-woven wicker basket.
- Full Mudguards and Chain Guard: Designed to keep you clean and dry.
- Schwalbe Tyres: Fitted with Schwalbe puncture-resistant tires, the bike ensures a smooth and reliable ride on both paved roads and cobbled streets.
- Dynamo-Powered Front and Rear Lights: Equipped with front and rear lights powered by a dynamo hub, providing reliable illumination without the need for batteries.
Size Guide:
To ensure the best fit for your Pashley Britannia, refer to the size guide below:
- 17.5" Frame: Rider height 5'1" - 5'6" (155-168 cm)
- 20" Frame: Rider height 5'6" - 5'9" (168-175 cm)
- 22.5" Frame: Rider height 5'9" - 6'1" (175-185 cm)
Need more help in choosing a Pashley? We've written a blog that gives an impartial view of the step through range here.