This series of products is specifically designed for the lower front bumper area of the BYD Qin PLUS EV pure electric vehicle, covering a full range of protection and decorative components—the front bumper lower parts assembly. The lower front bumper area is the lowest point of the vehicle's front end, most susceptible to road debris impact and low-speed underbody scraping during daily driving. Acting as the "close-fitting armor" of the front end, these components include the under cover, spoiler, decorative trim strips, air guide slot trims, and mounting brackets, collectively forming the protection system and aerodynamic optimization device for the vehicle's front underbody.

As a core sales model of BYD's pure electric vehicle lineup, the Qin PLUS EV features a closed front fascia design with a sporty lower bumper, featuring air guide slot designs (decorative) on both sides, complemented by a black lower cover, presenting a youthful and dynamic front-end appearance. A complete front bumper system consists of multiple parts: the outer layer is made of polyurethane-coated polymer composite material, which effectively cushions impact forces during low-speed collisions; inside is an optimized high-strength aluminum alloy framework capable of withstanding more severe impacts and dispersing energy.

As a professional manufacturer of automotive exterior parts, we develop and produce strictly according to BYD OEM technical standards, offering a full range of original specification parts for the lower front bumper area, including the lower bumper cover (HA2EN-2803113) , front bumper trim panel (HA2HE-2803125/77-00B) , center chrome trim strip (HA2HE-2803122-00E3) , front bumper trim strip (2803117) , aluminum alloy under cover (13592235-00) , and bumper brackets. All parts are manufactured using high-strength engineering plastic injection molding or aluminum stamping processes, with mounting positions 100% precisely matched with the original vehicle for direct replacement of accident-damaged or aged original front bumper lower components.