A LIGHTWEIGHT INTRICATE 5 SPOKE DESIGN WITH MULTI-LEVEL TAPERED SPOKES EMPHASISING THE WHEELS DETAIL, SIZE AND STYLE.
The FFR5 was conceived to maximise the lightweight properties of the combined Motioncast™ and flow form processes.
Styled specifically to enhance mid to large sized modern high performance vehicles with a contemporary aesthetic such as, Audi, BMW, Lexus and Mercedes.
Pure Silver Brushed
Matt Carbon Bronze
See the FFR5 in Action
The FFR5 in Detail
A lightweight flow form wheel manufactured using Ispiri Motioncast™ technology, designed to enhance mid to large sized high performance vehicles.
|20 X 8.5||PC||11.3KG||705KG||£362.25|
|20 X 9||PC||11.5KG||705KG||£362.25|
|20 X 10||DC||10.9KG||705KG||£374.75|
|20 X 10.5||DC||11.3KG||705KG||£374.75|
|20 X 11||UC||11.9KG||705KG||£399.75|
|21 X 9||PC||12.7KG||705KG||£538.75|
|21 X 10.5||DC||12.7KG||705KG||£658.75|
* Weights may differ depending on ET and stud pattern
PC = Performance Concave
DC = Deep Concave
UC = Ultra Concave
BMW - 5 x 120
Audi/VW/Mercedes - 5 x 112
Lexus/Nissan GTR - 5 x 114.3
2 years warranty and lifetime structural integrity guarantee, click here for further details.
Please contact Ispiri or your nearest Authorised Dealer for fitment advice for your vehicle.
Please note prices shown include UK VAT at 20%
The FFR5 is a registered Ispiri
design (reg no: 003010461-0002)
FFR5 Colour Options
Combining Cutting Edge Technologies
MotionCast - The Pinnacle in casting technology
FFR wheels are initially cast using the Ispiri Motioncast™ process, a superior form of casting that produces a denser alloy with less impurities and air pockets, allowing for a lighter and stronger wheel than traditional Low Pressure Cast wheels.
Low Pressure Cast AlloyMore impurities and air pockets within the alloy
Ispri Motioncast™Less impurities and fewer air pockets within the alloy
Ispiri Flow Form Technology
Our flow form process is achieved by using a special drum where a combination of heat and pressure applied by rollers compress, stretch and form the wheel barrel. This alters the structure of the aluminium to produce a wheel barrel that is thinner, stronger and significantly lighter, with enhanced strength and reduced weight properties comparable to forged.
Flow Form Step 1Each wheel is transfered from an oven to the flow forming drum. High pressure rollers move into position at the top of the wheel barrel.
Flow Form Step 2The rollers move down the barrel applying pressure to compress, stretch and form the entire wheel barrel.
Flow Form Step 3Flow forming alters the grain of the aluminium to produce a wheel barrel that is thinner, stronger and significantly lighter than traditional cast.