BONOSS Forged Lightweight Plus Wheel Spacers for Mini F56 (1)
BONOSS Forged Lightweight Plus Wheel Spacers for Mini F56 (2)

Better handling! A few days ago, this Mini F56 installed BONOSS Forged Lightweight Plus Wheel Spacers, front/rear 5mm(0.2 inches), PCD 5×112, CB 66.6 together with BONOSS Forged Grade 12.9 Extended Wheel Bolts. What do wheel spacers do? By pushing out the wheel, you can gain a small amount of clearance for mounting larger brake calipers without wheel scratching. Wheel spacers offer a cost-effective and efficient solution for your brake system modifications. When wheels do not have enough offset. The wheel spacers would compensate for proper offset by pushing the wheels away from the vehicle hub. These spacers and bolts are specifically made to give your car better cornering, aerodynamics, and look. (Thanks IGNITION PERFORMANCE for providing these pics)

Few cars are as obviously identified as the Mini. The Mini Cooper S is adored for its miniature dimensions and cheerful good looks. The cabin is handsome and stylish, and the tech functions are rich and easy to use. It combines BMW-engineered chassis with a space-efficient interior. The Mini F56 model is equipped with a 189-hp turbocharged 2.0-liter four-cylinder engine and seven-speed automatic transmission, which provides much drive fun and great handling. Unique iconic style is the feature of Mini F56, and now, after tuning it is more elegant, showcasing the owner’s personality.

BONOSS-Forged-Lightweight-Plus-Wheel-Spacers-for-Mini-F56-(4)
BONOSS-Forged-Lightweight-Plus-Wheel-Spacers-for-Mini-F56-(5)

How do wheel spacers work for Mini F56?

Wheel spacers are a kind of wheel accessories which are used to create necessary distance on the inner portion of the wheel for clearance problem with brakes, tie rods and other suspension components. That means they allow for installing bigger wheels and tires as well as larger brake calipers without breaking the fender. When your wheels do not have enough offset. A wheel spacer will compensate for proper offset by pushing the wheel farther away from the vehicle hub. Besides, BONOSS offers the various thickness of wheel spacers, even 5mm (0.2 inches) spacers can be manufactured by the high precise CNC machine.

What are extended wheel bolts?

Extended wheel bolts (also called longer wheel bolts, extended lug bolts) are designed with longer thread lengths to allow full thread penetration with wheel spacers or wider aftermarket rims of a different offset. Any time you run wheel spacers, extended wheel bolts are a must option to properly secure the wheel to the vehicle hub. Without the proper thread length, the stock lug bolts will not allow penetrating the vehicle hub threads completely which can cause car shaking or safety risk. BONOSS Forged Grade 12.9 Extended Wheel Bolts are all thoroughly tested and certified by SGS, TUV authoritative institutions, truly guarantee safety.

BONOSS-Forged-Grade-12.9-Extended-Wheel-Bolts

Addtional Information:

  • BONOSS wheel spacer thickness can be customized flexibly, which is compatible with most vehicles. Thus, if you would like different sizes of wheel spacers, feel free to contact us. This Mini F56 uses front/rear 5mm(0.2 inches), PCD 5×112, CB 66.6.
  • The extended bolts are spacer structure design, which effectively eliminates the bolts loosening and abnormal sound caused by the PCD hole coaxially deviation between hub and shaft head. This Mini F56 uses conical seat bolts. If you would like a set of extended bolts, please ensure the seat type of the bolts is suitable for threading tightly. And, if you don’t know the proper length, you are welcomed to contact our tech staff freely.
  • Each BONOSS product is printed with the logo of “BONOSS”. This offers an easy method to distinguish other fake and inferior products. At the same time, it also provides a way to find our after-sales service. Our products are 10 Years Limited Warranty (new products with 12 months warranty), which is an excellent and cost-effective choice for your car upgrades.

Interested in purchasing? Click HERE to know more!