Australian-Based Carbon Revolution Launches World's One-Piece Carbon Fiber Wheel In U.S. Market
CR New Ground-Breaking Chassis Technology Improves World's Fastest and Most Efficient Cars -- Outstanding Results beyond Wheel Rigidity Gained through Blend of Performance, Efficiency & Style
After nearly a decade of research and development, Australian-based Carbon Revolution has taken the advantages of carbon fiber and exceeded all performance requirements and industry standards, to create and produce the world's first one-piece carbon fiber wheel. With unparalleled weight savings and all associated benefits determined through its own testing regime, as well as with major premium OEMs throughout Europe, Carbon Revolution has set its trajectory on a global playing field and will be showcasing these efforts for the first time in the United States during the SEMA Show in Las Vegas, October 30 - November 2, 2012.
According to Jake Dingle, Chief Executive Officer for Carbon Revolution, the wheels are not only 40-50 percent lighter than OEM equivalents made from aluminum, they are also exceeding OEM standards in laboratories and on testing tracks around the world. "Thanks to the laws of physics, the outcome is a performance step change of breathtaking magnitude," said Dingle. "Drivers will experience a significantly improved vehicle with an extra chunk of horsepower, and a huge fuel efficiency gain - not to mention increased acceleration, braking, ride and handling, and steering improvements - thanks to the addition of carbon fiber wheels we are making great cars better."
Established as an independently run research and development program in close collaboration with a leading academic and research institution in Australia, Carbon Revolution's organization has evolved into a highly focused and effective group of leading engineers, scientists and industrialists within a tightly managed innovation cell. The group has met both the product design challenge as well as the manufacturing challenge head-on.
Dingle professes that the full one-piece carbon fiber composite wheel merges the rigor of aerospace manufacturing processes with the efficiency and control of high volume automotive production. This results in a world-class approach to quality and process control.
"We are moving the needle well beyond great style - our testing and validation is coordinated out of our German office and completed to the strictest standards utilizing the toughest race tracks, automotive proving grounds and certified testing labs in the world." said Dingle.
Carbon Revolutions' team includes senior manufacturing executives from component suppliers including Bosch, converts from Boeing's renowned Phantom Works innovation cell, industrial composite manufacturing specialists and numerous PhDs with world leading materials and structures knowledge. Recognizing the seriousness of this venture and the magnitude of the opportunity, the Australian Government has got behind the team with significant assistance to commercialize the technology from its $5.4billion "New Car Plan."
Technology Behind Carbon Revolution
Brett Gass, Engineering Director and a founding member of Carbon Revolution, has been intricately involved in the development of the technology since its inception. Over much of the past decade the team has developed a method for creating a one-piece carbon fiber wheel by deploying a product development strategy similar to those utilized by NASA and the Department of Defense. "Our approach not only requires attention to detail, thorough testing and a strong focus on product quality and safety," says Gass, "but by combining design and product validation techniques that are similar to the aerospace industry, we've found that we can go well beyond our own industry requirements."
Gass noted that carbon fiber wheels are really the next major evolution in automotive and aerospace wheel development. "Creating a composite wheel that is made entirely in one piece from continuous fibers is particularly challenging given the significant geometric complexities," said Gass. "We have successfully developed an architecture that optimizes the outstanding properties of continuous carbon fibers through the complex range of operational loads that are seen on a vehicle."
The benefits of carbon fiber have long been associated with its relative strength, light weight and stiffness. Carbon Revolution's single piece wheel architecture produced through a patented manufacturing process reflects the remarkable properties expected from carbon fiber.
"Our advanced approach to engineering and working with a series of academic and industry partners to assist with all elements of product development, have led to the successful release of the CR-9," continued Gass. "The Carbon Revolution Product development team is hard at work developing the next generation of industry leading wheel technology for both the world's next generation super cars and high efficiency vehicles."
Utilizing a testing focus that includes wheel bolt retention, rough road durability and limit handling executed on the major tracks in Europe, Carbon Revolution has additionally established a certification regime that encompasses OEM and Certification Body requirements including SAE 2530; TUV German Aftermarket, and German OEM AK-LH 08. Continuous test plans have additionally been executed on the Dudenhofen Proving Grounds near Frankfurt, Germany.
Carbon Revolution Efficiency Benefits
A major technical study performed by Carbon Revolution, and documented as a "white paper" was created to quantify the efficiency benefits of reducing rotating, unsprung mass on a mainstream vehicle. Entitled "Lifecycle Energy Analysis for Lightweight Composite Automotive Wheels," by Dr. Matthew Dingle and Brett Gass, Carbon Revolution, January 2011, the results were additionally verified by independent experts and concluded the following:
-- The direct application of Carbon Revolution's wheels to current vehicles
can yield an efficiency benefit of approximately 2 - 4%, providing a
significant cost saving over the life of the vehicle and leading to
-- Full vehicle integration of Carbon Revolution wheels can yield
efficiency benefits of up to 6% or possibly more depending on type and
degree of integration.
-- In addition to mass and inertia related efficiency gains, aerodynamic
wheel designs can improve vehicle efficiency by up to 5%. Carbon
Revolution manufacturing technology allows for a much less weight
compromised wheel compared to aluminum. The aerodynamic design is
achieved by the ability to easily manufacture thin sections in addition
to the main structural components of a wheel.
Recognizing the efficiency benefits of this technology, the Australian Government awarded Carbon Revolution a major grant to commercialize this technology under the Green Car Innovation Fund, which aids in commercialization of Australian technologies that significantly reduce fuel consumption and/or greenhouse gas emissions of passenger vehicles.
The first patented Carbon Revolution wheel to enter the marketplace is the CR-9, a full one-piece carbon fiber product, designed with the use of sophisticated computational modeling techniques. "Throughout our ongoing research and testing, we've found a way to create a continuous fiber structure," said Gass. "With the potential for up to 50 percent weight savings compared to conventional wheel technology, our wheels are a significant ride and handling technology. Unlike typical chassis modifications that may improve handling but degrade NVH, CR wheels offer no down side, we simultaneously improve vehicle performance in acceleration, braking, steering and handling while reducing noise and vibration."
Drawing on accepted automotive manufacturing systems and tools to ensure optimal product performance, each wheel is put through rigorous dimensional checking and a full X-Ray CT scan before being coated with an Aerospace coating system, resulting in a high grade automotive surface finish. To further ensure the part's aesthetic performance will match its structural performance, each wheel's coating additionally provides excellent UV, damage and water resistance.
The wheels are initially being produced in sizes 19x8.5 (15.4lb) & 19x12 (17.9lb) and are designed to mount directly on Porsche 911's. They are compatible with factory tire pressure monitoring systems, accept factory center caps and come complete with all required installation hardware. A broader range of fitments and sizes are now being developed for the CR9 style and will be available over the coming months. All parts will be manufactured in Carbon Revolution's Australian based production facility.
In addition, Carbon Revolution will be offering 19"x 8.5" & 19"x 12" CR-9 wheels by the end of 2012 for fitment to the following vehicles pending individual vehicle fitment assessment:
-- Porsche 911
-- Lamborghini Gallardo
-- Audi R8
Porsche centre-lock fitments are currently being developed and validated through the company's extensive testing process. New sizes and fitments for various vehicles will be coming from Carbon Revolution next year.
About Carbon Revolution
Carbon Revolution, a privately owned Australian-based company and the global leader in carbon fiber wheel technology, is the exclusive designer and manufacturer of the patented "CR-9" - the world's first one-piece carbon fiber wheel. The CR9 exceeds global OEM performance requirements and industry standards while delivering significant fuel savings and emissions reductions due to weight savings of 40%-50% compared to aluminum wheels. With support from the Australian Government's Green Car Innovation Fund (GCIF) Carbon Revolution manufactures this environmentally friendly technology through its R&D and Production facility at the Geelong Technology Precinct, within Deakin University near Melbourne, Australia. The company will soon be producing 3,000-6,000 wheels per year, with distribution worldwide. Carbon Revolution is comprised of leading engineers, scientists and industrialists, as well as R&D specialists from foremost aircraft manufacturers and composite manufacturing companies. For more information, please view www.carbonrev.com.