H&R Wheel Screws - Part Number 14254308

When it comes to securing your vehicle's wheels, choosing the right wheel screws is essential. The H&R Wheel Screws (Part Number 14254308) are engineered to meet rigorous quality standards, ensuring a safe and reliable connection between your wheels and the wheel hub. Whether you're driving a standard vehicle or have upgraded to aftermarket wheels, these screws are designed to perform under the immense forces experienced during acceleration, braking, and cornering.

Specifications

• Thread Size: M14x1.25
• Shaft Length: 43 mm
• Wheel Fastening: Conical Seat F
• Spanner Size: 17
• Quality/Grade: 10.9
• Color: Silver
• Registration Type: Registration not compulsory
• Packing Unit: 1
• Amount per Packing Unit: 1

Key Features

• Compatible with both standard and aftermarket wheels
• Available in black and silver finishes
• Extensive range to suit various applications
• 100% Made in Germany, ensuring high quality and durability

Important Notes

• Before purchasing, check the design of your existing wheel screws. The screw head of the new screws must match the design of your current screws.
• Be aware of different screw collar/head designs, including taper, flat, or round heads. For spherical collar screws, ensure the correct spherical radius (R12, R13, R14) is selected.
• Consider the varying thread pitches available for wheel screws: M12x1.25mm, M12x1.5mm, M12x1.75mm, M14x1.25mm, M14x1.5mm, and M15x1.25mm.
• If you plan to use a wheel spacer, remember to add the spacer thickness to the current screw's shaft length to determine the required length for the new screws.

Customer Feedback

Customers have reported a noticeable improvement in wheel stability and security after switching to H&R Wheel Screws. Many appreciate the precise fit and robust construction, making them a trusted choice for both daily drivers and performance enthusiasts.

Compatibility

These wheel screws are suitable for a wide range of vehicles. However, always confirm compatibility with your specific make and model to ensure optimal performance and safety.