Gents' Beech Derby Burgundy Walking Stick with Spiral
When looking for your ideal everyday cane, you need to be aware of the fact that this will soon become your most frequently used fashion accessory, so make sure to choose one that matches your individual styles and goes great with your casual and formal outfits. The Gents' Beech Derby Burgundy Walking Stick with Spiral is a very traditional yet stylish cane, made from durable beech wood and distinguished by its rich burgundy colour and a carved spiral on the shaft.
- Height: 92cm (36")
- Shaft Colour: Burgundy
- Shaft Pattern: Plain
- Shaft Material: Beech wood
- Handle Style: Derby
- Handle Pattern: Plain
- Handle Material: Beech wood
- Handle Colour: Burgundy
- Ferrule Style: Rubber
- Weight: 355g
The attractive Beech Derby Cane is distinguished by its rich burgundy colour and a carved spiral on the shaft that turns this walking stick from an everyday cane to a fashionable accessory you can use to complement even your formal outfits. The shaft and the handle perfectly match in colour, further enhancing the overall smart appearance of this stick.
The classic Derby handle is one of the few handles that manages to be both functional and elegant, suitable for a range of walking sticks. Its unique shape provides excellent support, as the user’s weight is carried directly over the shaft and the hand is perfectly supported, so it can neither slip forward nor back.
Beech is typically a pale cream colour, sometimes with a pink or brown hue. Hard and tough, this type of wood has good strength properties and high abrasion resistance, which makes it the perfect material for making resilient and reliable walking sticks.
Sizing of the Gents' Beech Derby Burgundy Walking Stick with Spiral
At 92cm (36") this Gents' Beech Derby Burgundy Walking Stick is suitable for most adult users and can easily be cut to fit your height even better. If, however, you are looking for a shorter version of this walking stick, this attractive walking stick in a smaller and lighter Ladies' Version.