21 Piece BMW Tyre Wheel Nut Locking Key Socket Set – Pattern Style
The set contains 21 specialised pattern-style sockets, providing professional tyre technicians and automotive workshops with a comprehensive selection for servicing different BMW wheel lock configurations. Each socket features a 1/2" square drive for use with compatible hand tools.
Particularly useful when servicing multiple BMW models, this kit provides a convenient workshop solution for tyre replacement, wheel removal, brake servicing and other maintenance procedures requiring access to the vehicle's locking wheel nuts.
Designed specifically for compatible BMW F Series applications, the set covers a broad selection of 1 Series through to 7 Series vehicles.
Features & Benefits:
- Comprehensive 21 piece BMW locking wheel nut socket set
- Specialised pattern-style socket design
- Designed for compatible late-model BMW F Series vehicles
- 21 different locking wheel nut key sockets
- 1/2" square drive
- Helps remove compatible pattern-style locking wheel nuts
- Wide vehicle coverage across multiple BMW model ranges
- Ideal for tyre replacement and wheel removal
- Suitable for brake servicing and general wheel-related maintenance
- Professional workshop master kit
- Ideal for tyre shops, automotive workshops and mobile service technicians
- For use with suitable hand tools only
- Do not use with an impact wrench
Vehicle Applications:
- BMW 1 Series: F20, F21
- BMW 3 Series: F30, F31
- BMW 4 Series: F32, F34, F36
- BMW 5 Series: F10, F11
- BMW 6 Series: F12, F13
- BMW 7 Series: F01, F02, F04
Specifications:
- Item Code: ET6057
- Product Type: Wheel Nut Locking Key Socket Set
- Number of Pieces: 21
- Socket Style: Pattern Style
- Drive Size: 1/2" Square Drive
- Vehicle Application: BMW F Series
- Applications: Locking Wheel Nut Removal, Tyre Servicing, Wheel Removal and Brake Servicing
Important: Do not use these sockets with an impact wrench. Always select the correct pattern and ensure the socket is fully and securely engaged with the locking wheel nut before applying force.

)
