New Elephant Racing Strut Brace System For Porsche 964 & 993
Press Release
Santa Clara, CA (September 3, 2014) – Elephant Racing has announced availability of a unique chassis brace system for Porsche 964 and 993 cars. The system is available in single-bar and 935-X configurations.
The single-bar connects the strut towers together to reduce their flex and is the base of the system. The 935-X supplements the single bar by connecting the strut towers to the front corners of the trunk in an “X” fashion. The system is inspired by the chassis braces used on the Porsche 935 race cars. The 935-X increases torsional rigidity by triangulating the relatively-flexible trunk area of the chassis.
According to Chuck Moreland, Elephant Racing Founder “The big benefit of the 935-X system is the enhanced chassis stiffness. With a stiffer chassis the car corners faster and swaybars become a more effective tuning aid”
The system incorporates Quick Release pins to allow fast, tool-less removal for service access or expanded stowage capacity. The system can be quickly converted between 935-X and single bar configurations as needed.
The system uses over sized aluminum tubing that has a beefy appearance yet remains lightweight and has a purposeful frosted anodize finish. Single bar weights at 2.4lb and 935-X weighs in at 6.3lb.
Strut brace system is available for immediate purchase at ElephantRacing.com. Worldwide shipping is available. Single bar strut brace is priced at $250 and the 935-X at $580 US dollars. Upgrade kit to convert single bar setup to 935-X also available and priced $350. For more info call 1-408-297-2789.
About Elephant Racing – Elephant Racing LLC is a technology company focused on development of performance automotive suspension products. Elephant Racing performs research and development in-house and employs sophisticated engineering and tools to deliver products that provide advanced suspension performance. Elephant Racing’s 10,000 sq. ft. R&D facility is located in Santa Clara, California USA.
High Resolution Images
Single Configuration
X Configuration