Feature

●Bike Repair Tool: The press fit bottom bracket tool is very suitable for mounting press-in bottom bracket and head cup. When installing a pressurized bottom bracket, adjust the position of the pressurized device and flat thrust bearing
●THICK ALUMINUM MATERIAL: The bicycle crank remover is CNC machined after heat treatment, and adopts aluminum alloy material with excellent compression. Thick aluminum, rust resistant, durable
●PERFECTLY DESIGNED - This bearing press tool is fully designed to expand and flex freely to meet your different needs. Convenient to use
●EASY TO USE: The ThisBike headset cup and bottom bracket press mounting tool is easy to use, just pass through the bottom bracket of your bike and tap it lightly with a hammer, it is very fast
●APPLICATIONS: Bottom bracket remover is a great bicycle breakdown device suitable for center axle BB86, PF30, and BB92. Intimate hole design is very convenient and easy to store

[Press-in Bottom Bracket Removal Tool + Rubber Hammer]

[Press-in Bottom Bracket Removal Tool]

Description

Description:
Our pressure bearing removal tool is designed to be lightweight, flexible, and adjustable opening. It can bring you great convenience.
Features:
1. Easy to use, just pass through the bottom bracket of the bike and tap it with a hammer and it is very fast.
2. Easy to store. Hole Ends Design
3. Excellent flexibility: can be expanded freely, compatible with various sizes of press-in bottom brackets.
4. Widely used: works with most mountain and road bikes.

Specifications:
Name: Bottom Bracket Removal Tool
Weight: Approx. 3.4 oz (95 g) / 15.4 oz (39
Size: Approx. 6.3 x 0.8 x 0.8 inches (16 x 2.1 x 2.1 cm).
Application: BB86PF30BB92 Bottom Bracket

Package Contents:
Bottom bracket removal tool x 1.
Also
Bottom bracket removal tool x 1.
Rubber hammer x 1.

Note:
1. Due to the display color temperature, camera, ambient light and photographic technology, some product photos may have slight color difference, the color is based on objects.
2. Please allow slight size difference due to different manual measurement.