Style D Black and Pink Lightweight Bicycle Rear Mudguard - Adjustable PP5 Fender for MTB, Road & Folding Bikes (NOT for V-Brakes)

Keep mud, water, and road grime off your back with this Lightweight Bicycle Rear Mudguard. Expertly crafted from durable and flexible PP5 material, this fender is designed for cyclists who demand performance, style, and practicality. Its aerodynamic shape and ultra-light construction ensure it won't weigh you down or create unnecessary drag, making your rides more enjoyable in wet or muddy conditions. Durable & Flexible PP5 Material: Constructed from high-quality PP5 polypropylene, known for its exceptional strength, toughness, and resistance to breaking. This mudguard can withstand twists and impacts without deforming. Ultra-Lightweight Design: Weighing only approximately 65 grams, this fender adds minimal weight to your bike, preserving your riding efficiency and handling. Effective Splash Protection: The extended swallowtail design (440mm length) provides excellent coverage, effectively blocking splashes from your rear wheel to keep you and your gear cleaner. Adjustable Angle for Optimal Coverage: Features a two-position adjustment system, allowing you to fine-tune the angle of the mudguard for the best protection based on your bike setup and conditions. Wide Compatibility (Excluding V-Brakes): Suitable for a variety of bicycles including mountain bikes (MTB), road bikes, and folding bikes with a rear fork width ranging from 90mm to 200mm. Easy & Secure Installation: Attaches quickly and securely to your bike's seat stays or frame using the included zip ties. The support frame features soft rubber pads to protect your bike's paintwork. Product Specifications: Package Includes: 1 x Rear Mudguard Plate 1 x Support Frame with Soft Rubber Pads 3 x Mounting Zip Ties (Length: 195mm each) Important Installation Note: Please ensure this mudguard is compatible with your bicycle's braking system and frame design before purchase. This product is specifically NOT designed for use with V-brake systems due to potential interference.