Ravello Carbon Fiber Rollator

Introducing the world's lightest carbon fiber rollator, Ravello

** COMING IN AT JUST 4.8KG **

This innovative rollator is crafted from aerospace-grade carbon fiber, making it incredibly lightweight yet exceptionally strong.

Imagine strolling effortlessly through your day with the sleek and streamlined design of Ravello, turning heads wherever you go.

The carbon fiber construction not only reduces weight but also provides superior durability, ensuring that this rollator will stand the test of time.

Equipped with advanced features such as ergonomic handles, easy-to-use brakes, a convenient front storage compartment and luxury padded back rest support, the Ravello offers a perfect blend of comfort and convenience wrapped in impeccable understated style.

This unique rollator can help play a key part in your freedom and overall mobility independence, compact when stowed and extremely lightweight and manoeuvrable it can be easily loaded into your car, tucked away in your home or simply placed wherever convenient for when ready to use, its large wheels help to overcome those rocky, uneven pavements whilst the supportive back rest provides ultimate security when taking a rest.

Whether you're navigating busy city streets or exploring the great outdoors, the world's lightest carbon fiber rollator is the ultimate companion for those seeking both style and functionality in their mobility aid.

Say goodbye to traditional, bulky mobility devices and hello to a new era of sleek, sophisticated, and show-stopping mobility solutions designed by us, enjoyed by you.

Parameters:

• Folded Size: 65cm | 22cm | 82cm
• Unfolded Size: 65cm | 62cm | 78cm
• Tyre Size: 8inch all round comfort plus
• Shopping bag weight: 0.8kg
• Shopping bag load capacity: 6kg

As a part of our ongoing product improvement initiative, We reserves the right to change specifications and design without notice.

Ensure before usage you have read and fully understood all aspects of the user manual, as correct user operation is detrimental to both optimal performance and safety of the user and other pedestrians.