Heritage Customs unveils trio of forged, diamond cut alloy wheels for Range Rover and Range Rover Sport
Heritage Customs, a paragon of excellence in automotive customization, proudly introduces an opulent range of forged, diamond-cut alloy 23 inch wheels meticulously designed for the Range Rover and Range Rover Sport. With three exceptional designs to choose from, each wheel encapsulates unique facets of luxury, elegance, and performance, harmonizing seamlessly with the spirit of these iconic luxury SUVs.
Cloud 7: elevating the stance of the Range Rover Sport
The Cloud 7 diamond cut alloy wheel by Heritage Customs combines meticulous craftsmanship with innovative design, resulting in a stunning piece of automotive art that harmonizes seamlessly with the Range Rover Sport’s aesthetic. This concave wheel not only enhances the vehicle’s visual appeal but also adds an air of sophistication to its performance on the road.
Canned Heat: a nod to iconic brand heritage
The Canned Heat design pays homage to the legendary 3-spoke Range Rover Classic wheel that made the original vehicle so distinct. This iconic design has been reimagined and revitalized for the modern era, offering a blend of nostalgia and contemporary craftsmanship. As a tribute to the past, Canned Heat infuses the Range Rover with the same unique allure that made the classic car an emblem of distinction and luxury. Available in matt black and with the option to have the heart colour coded to the vehicle’s exterior paint work.
Mr Moon: luxury redefined for the Range Rover
Mr Moon is the epitome of opulence. Crafted as a high-end luxury wheel exclusively for the Range Rover, this design boasts an elegant monolithic disc structure that radiates extravagance. With 16 compact openings elegantly inspired by the Heritage Customs logo, Mr Moon encapsulates the essence of luxury and refinement. The distinctive feature of the always-upright Heritage Customs wheel badge creates an illusion of motionlessness, capturing a moment of luxury frozen in time, even as the car moves forward.