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Michael Waltrip Racing installs a waterjet cutting system to cut 20 percent of its parts made in-house.

Michael Waltrip Racing (MWR) and Jet Edge, Inc. (St. Michael, MN), recently announced that MWR has installed a Jet Edge precision waterjet cutting system at its fabrication shop in Cornelius, NC, to cut parts for its three NASCAR Sprint Cup Series teams and NASCAR Nationwide Series team. MWR and Jet Edge also announced their new technical partnership, which gives MWR access to Jet Edge's latest waterjet-cutting technology and positions Jet Edge as a leading waterjet technology supplier to the $19.5 billion performance racing industry.

"All of us are excited about our new partnership with Michael Waltrip Racing," said Jet Edge president Jude Lague. "We are proud that MWR chose us to meet their precision waterjet cutting needs. It is quite an honor to know that our system will be used in building a winning NASCAR team."

Founded in 1996 by two-time Daytona 500-winner Michael Waltrip, MWR started out as a modest NASCAR Nationwide Series (formerly NASCAR Busch Series) team. It entered the NASCAR Sprint Cup Series (formerly NASCAR NEXTEL Cup Series) in 2004. Last year, MWR made NASCAR history when it became one of three full-time operations to debut the Toyota Camry in the Sprint Cup Series. Toyota's backing made it possible for Waltrip to build a 140,000 sq ft shop to house his multi-car Toyota Camry teams and to achieve his lifelong dream of opening an 11+ acre interactive family destination for racing fans, Raceworld USA.

MWR drivers include Michael Waltrip (#55 Cup), Dale Jarrett (#44 Cup), David Reutimann (#44 Cup and #99 Nationwide), Michael McDowell (#00 Cup) and Josh Wise. When Jarrett retires, Reutimann will take over the #44 car and McDowell will make his NASCAR Sprint Cup Series debut in the #00 car at Martinsville Speedway. With construction of its new fabrication shop completed, MWR has begun increasing its in-house manufacturing capabilities, explained Dr. Eric Warren, MWR's vice president and technical director. One of its first steps was to acquire waterjet-cutting capabilities that have become essential to NASCAR teams as they race to fabricate parts under extremely tight deadlines.

MWR selected the 4 ft x 8 ft High Rail Gantry waterjet system to meet its waterjet cutting needs. Powered by a 50 hp, 60,000 psi iP60-50 intensifier pump, the fully 3-axis programmable system features dual Permalign II abrasive cutting heads on a 4 ft spreader bar that are capable of cutting complex parts out of virtually any material. The system is equipped with a digital readout for multi head positioning that digitally displays cutting head positions to eliminate manual measurement, as well as a pneumatic drill for automatic pre-piercing of materials prone to delamination prior to cutting them with waterjet. The system uses SigmaNEST� CAD/CAM nesting software developed by SigmaTEK Systems, LLC (Cincinnati, OH), plus a Closed Loop Filtration System and Abrasive Removal System manufactured by Ebbco Inc. (New Baltimore, MI), and a Bulk Abrasive Storage System manufactured by GMA Garnet (USA) (Houston, TX).

Q & A WITH MICHAEL WALTRIP RACING

Why did MWR need a waterjet system? Is this becoming a must-have technology for NASCAR teams? If so, why?
"Absolutely, Michael Waltrip Racing needed a waterjet system for several reasons," explains Dr. Eric Warren, vice president and technical director. "As we scale up our manufacturing capabilities, this waterjet system is a vital piece of manufacturing equipment that is extremely useful to our company. Before having the waterjet system to cut our parts, we were outsourcing and that was costing us a lot of time and money. Having the Jet Edge waterjet system in-house helps us from a financial standpoint and it also expedites the process in turning our parts around, which makes it a must-have technology. I think more major race teams will end up adding a waterjet system to their operation."

Why did MWR select this waterjet system? How did its design, reputation and service factor into your decision?
"This waterjet system is widely known for extremely accurate cuts with a high degree of repeatability over a wide range of materials," says Dr. Warren. "In our business, that is exactly what we need because we have various materials we need cut for our NASCAR Sprint Cup Series and NASCAR Nationwide Series cars."

Why is it crucial that your waterjet system be precise, accurate and dependable?
"It is crucial for our waterjet system to be precise, accurate and dependable," responds Dr. Warren. "Higher quality parts will ultimately lead to improved performance."

Why is 24/7 service important to you?
"Michael Waltrip Racing is a 24/7 performance-based company," states Dr. Eric Warren. "If something goes down in the middle of the night we need instant response. Service technicians are available 24/7, 365 days a year and that was a critical factor as to why we added this waterjet system."

How do you plan to use your system? What parts and materials will you cut with it? How will it be involved in building your Car of Tomorrow?
"Some of the items that Michael Waltrip Racing will cut with the waterjet system include chassis parts, duct work, crush panels, windows, support boards and foam to name a few," lists Dr. Eric Warren.

How many cars do you build each season? How many parts do you manufacture in-house? What percentage of the parts will be cut with the waterjet? Why is waterjet the preferred method for cutting these parts?
"We average about 14 cars per team each year (approximately 56 total for four teams), which includes three full-time NASCAR Sprint Cup Series teams (the #00 Toyota Camry, #44 UPS Toyota Camry, #55 NAPA AUTO PARTS Toyota Camry team) and a NASCAR Nationwide Series team (#99 Aaron's Dream Machine Toyota Camry)," says Dr. Warren. "75 percent of the car is manufactured in-house and 20 percent of those parts will be cut with the waterjet."

How easy was it to learn how to operate this system?
"This waterjet system is precise, easy to use and we can cut almost anything with it," says Jeremy Vanderleest. "It didn't take long for me to learn the system. There is also the repeatability factor, which is extremely important to us. The machine allows us to cut under water, which cuts down on noise and allows for a clean atmosphere."

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