Maxton Side Skirts Diffusers Citroen Berlingo Mk3 - Gloss Black

Side Skirts Diffusers Citroen Berlingo Mk3

fits:

Citroen Berlingo Mk3 2018 -

COMPLETE SET CONTAINS:

SIDE SKIRTS DIFFUSERS

Maxton Design is a respectable manufacturer of visual tuning elements. The company has been active in the automotive industry for may years and has earned its secure standing on the world’s market. Our assortment is abundant with great-quality side skirts, spoilers, bumpers, splitters, and diffusers. There are also original accessories like wings, eyebrows, and frames for lights. The listed parts allow for a visual metamorphosis of your vehicle and an enhancement to its aerodynamics. Maxton Design creates tuning components for many different car brands, including Citroen Berlingo Mk3. One of such elements are these showy side skirts diffusers. They require no additional painting and exhibit a rare form.

Why is it worth it to choose the Citroen Berlingo Mk3 side skirts diffusers? - they’re resilient to moisture - they have a UV-repelling layer - come ready for immediate use - they have got the TUV MATERIALGUTACHTEN certification

The side skirts diffusers for Citroen Berlingo Mk3 are manufactured from the highest-quality ABS. The material is marked by its sturdiness, flexibility, and resistance to damage and harmful effects of atmospheric conditions. It is universally employed in the production of not only tuning components and elementary vehicle outfitting. The Maxton Design side skirts diffusers have bee given the TUV MATERIALGUTACHTEN certification. They are topped with a special protective layer to secure them from the damaging influence of UV radiation.

The Citroen Berlingo Mk3 side skirts diffusers cause visual lowering of the vehicle’s bodywork and adds to its racing silhouette. They tie the tuning elements in the front and rear of the car together and create an aesthetically appealing composition. These side skirts diffusers are delivered with a mounting kit included. The products come in textured, gloss, or carbon surface structure.