ZEC AUTO Wheel Arch Covers Fender Protectors Compatible with Ford Transit MK7 2006-2013, 6PCS Set Matte Black Durable ABS Plastic Mud Guard Extension Trim SWB

Fitment & Vehicle Compatibility: These wheel arch covers are precision-engineered to be fully compatible with Ford Transit MK7 models (2006-2013) in Short Wheelbase (SWB) configuration. This 6-piece kit provides complete coverage for all wheel arches, acting as a structural extension to the factory body panels. Please verify your vehicle's wheelbase length prior to purchase to ensure perfect fitment. ( Material Specifications & Finish: Manufactured from high-impact, industrial-grade ABS plastic designed to withstand the rigorous daily demands of commercial use. The matte black, textured finish is specifically chosen to match the OEM aesthetic of the Transit, offering excellent resistance to cracking, UV-fading, and the abrasive effects of road debris, mud, and harsh weather conditions. Essential Body Protection: These fender guards act as a heavy-duty shield for your vehicle's wheel arches, which are the most vulnerable points for paint chipping and early-stage corrosion. By extending the arch profile, they effectively deflect stone chips, road grit, and debris away from the bodywork, preserving the van's structural integrity and resale value. Rugged Design & Aerodynamics: The rugged, utilitarian design complements the Transit MK7’s iconic shape while providing an aggressive, off-road inspired stance. Despite their protective bulk, these covers are aerodynamically optimized to prevent wind drag and vibration, ensuring a stable, rattle-free fit even at motorway speeds or under heavy cargo loads Installation & Adhesion Protocol: Equipped with professional-grade automotive adhesive and/or factory-compatible mounting points for a secure, long-lasting installation. The mounting surfaces must be thoroughly cleaned and degreased to ensure the guards form a permanent seal against the vehicle body. Installation is recommended in a stable temperature environment to allow for optimal bonding.