DESIGN . DEVELOP . BUILD . RACE . WIN

PUSHING THE ENVELOPE TO MAXIMIZE DESIGN POTENTIAL

The second phase of the Pratt & Miller process is development. We employ advanced computer engineering tools and dedicated personnel to develop newly designed vehicles to their maximum potential.

Computational fluid dynamics (CFD) and vehicle dynamics simulation (VDS) are the first steps in our development program. These sophisticated techniques are fully integrated with Pratt & Miller's proprietary automated dynamic analysis of mechanical systems model (ADAMS), kinematics, vehicle and component mass inertia testing, seven-post rig analysis, full and fractional scale wind tunnel development, and finite element analysis (FEA). Together these technologies help ensure that Pratt & Miller's engineering staff provides clients with the most advanced level of analysis possible.

Pratt & Miller's unmatched over-the-road development experience complements these advanced computer-assisted engineering tools. Nowhere is this more evident than in our racing programs, which have spotlighted the company's success on the global stage of motorsports.

This powerful combination of unrivaled engineering and championship- winning experience enables Pratt & Miller to offer clients the most comprehensive, innovative, cost-effective, time-efficient, and results-oriented development solutions possible.

Corvid Brings Cutting Edge Technology to Pratt & Miller

Based in the heart of stock car country in Mooresville, N.C., Corvid Technologies is a cornerstone of Pratt & Miller's scientific approach to problem solving. Originally conceived to bring state-of-the-art engineering and high-performance computing to the racing industry, Corvid has expanded its customer base to military and aerospace clients such as the U.S. Navy's Aegis Ballistic Missile Defense program.

Corvid supports a variety of GM Racing programs in the ALMS, SCCA, Grand-Am, and NASCAR racing series. One of the most powerful implements in Corvid's engineering toolbox is Computational Fluid Dynamics (CFD) - a "virtual wind tunnel" that mathematically simulates airflow around a vehicle. The aerodynamics of the championship-winning Corvette C6.R race car were developed entirely on a computer screen using Corvid's CFD programs. This sophisticated technology is influencing the design of both racing and production automobiles.

Armed with an in-house supercomputer, Corvid is able to apply massive computing power to solve difficult problems in finite element analysis, shock physics, and structural mechanics. Corvid's portfolio also includes applied tool development, experimental test support, and theoretical research.

More information on Corvid Technologies is available at: www.corvidtechnologies.com.