The Xiaomi Mi 5 mudguard bracket is a black metal support that helps keep the rear mudguard in position and limits unwanted movement. It can replace a bent, broken or missing support on the compatible electric scooter models listed below.

If you are searching for Xiaomi 4 Pro Gen 2 mudguard bracket, check the exact model generation and the compatibility details before ordering.

Xiaomi Mi 5 mudguard bracket – compatibility and details

This bracket is compatible with:

• Xiaomi Electric Scooter 4
• Xiaomi Electric Scooter 4 Pro (2nd Gen)
• Xiaomi Electric Scooter 5

The listed 4 Pro compatibility applies to the second-generation model, not the earlier version. Before ordering or fitting, compare the screw positions, bracket shape and existing mudguard construction with your scooter.

Metal support and dimensions

The metal bracket provides an additional support point for the rear mudguard, helping to restrict movement caused by vibration on uneven surfaces. Its black finish matches the appearance of the scooter’s rear section.

• Material: metal
• Colour: black
• Overall length: approximately 163 mm
• Upper section width: approximately 45 mm
• Middle section width: approximately 85 mm
• Lower section width: approximately 54 mm

Check the mudguard before fitting

A support bracket cannot repair cracked plastic or restore the strength of a broken mudguard. If the mudguard is split or its mounting points are broken, replace the damaged component first. If the old bracket was badly bent, also inspect the edges of the mudguard’s mounting holes.

Before removal, photograph the old support in place and keep the removed screws organised. Fit the replacement only to undamaged mounting points and avoid overtightening the screws. Do not force the bracket towards misaligned holes: an incorrect angle can put additional stress on the plastic.

After fitting, check the clearance around the wheel and confirm that neither the bracket nor the mudguard interferes with rotation. If the mounting points do not match, reassess compatibility before modifying the scooter’s structure.