First Class

Summer 2010

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FIRST CLASS 17 gauges and switches are positioned within easy reach to pro- vide an ergonomic work environment. The new Model 587 features: •Aerodynamics – Peterbilt engineers designed a 2.5 percent decrease in drag that results in a 1.25 percent fuel efficiency gain. This is the result of a new streamlined hood design and molded bumper, tested and validated through wind tunnel and computational fluid dynamics testing. •Brakes – The Model 587 comes equipped with standard front Bendix air disc brakes for exceptional performance in stopping dis- tance, brake handling and ease of maintenance, an industry first. •Better Overall Visibility – The Model 587 provides an over 2 foot improvement in the driver's forward line of sight. •Increased Maneuverability – The newly designed steering geometry improved curb-to-curb maneuverability by 12 percent. •Improved Forward Lighting – An increase of 35 percent brightness is achieved with the Model 587's standard halogen lights. A projector module design is utilized for low beam lighting to provide enhanced road coverage and consistent light distribu- tion. Complex reflector technology is used for high beam lighting to extend the light pattern for exceptional down road visibility. •Battery/Tool Box – A new robust gas spring design facilitates opening and closing and a durable, T-handle lock ensures items are stored away safety and securely. •Serviceability – The hood features tilt-assist to facilitate hood opening and closing as well as an advanced anti-blow down pro- tection device to help protect technicians performing service. "The sleek new Model 587 design was shaped by engineers with new customer input, and supported with hundreds of itera- tions of computational fluid dynamic studies to validate those de- signs," said Landon Sproull, Peterbilt Chief Engineer. "Particular attention was paid to serviceability features such as bonded con- struction, advanced circuit board technology and reduced wiring; all making the Model 587 a durable, reliable performer."

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