Economy Carbon Style Ferrule

The Rubber Ferrules Type Z are a range of high quality feet for walking aids. They are compatible with walking sticks, canes, frames or for use on furniture legs. The ferrules are easy to attach, and will prevent damage to flooring and provide a bett...

The black Flexyfoot Crutch Ferrule stands as a crucial accessory for individuals dependent on crutches for their mobility needs. This innovative ferrule design enhances stability and security by delivering a remarkable 50% increase in grip and tracti...

This hard wearing heavy duty ferrule is a high-quality mobility aid that fits onto the end of a walking stick or crutch to provide traction and a non-slip surface when moving. This rubber ferrule has a steel insert that greatly assists in extending t...

When it comes to maintaining stability and safety while using crutches or walking sticks, the quality of the ferrules cannot be overlooked. At Essential Aids, we offer a wide range of crutch and walking stick ferrules designed to provide optimal grip...

The Wide Base Ferrule is designed to improve stability and confidence when using walking sticks, chair legs, or other tubular items. By creating a larger contact area with the floor, it helps reduce tipping and unwanted movement, making everyday acti...

This durable black Bell Shaped Ferrule is designed to enhance the safety and stability of walking sticks and crutches by providing a secure, non-slip base. Ideal for everyday use, it helps reduce the risk of slips and falls, offering users greater co...

These Ferrules 19mm Style Two have a base diameter of 30mm (1 1/4 inch) and are suitable for walking aids with tubing of 19mm (3/4 inch) diameter. They are robust feet for walking stick, canes and crutches. Sold in pairs and in a choice of grey or bl...

The grey Flexyfoot Crutch Ferrule is an essential accessory for individuals who rely on crutches for their mobility. Its innovative design significantly improves stability and security, providing a remarkable 50% increase in grip and traction when co...