Overview

Shelby Cobra Daytona

The authentic Bondurant Edition Shelby Daytona Coupe is based on the car piloted by world-champion Bob Bondurant in 1965. Only 50 historically-accurate continuation sportscars will be built and include a day of training at the Arizona Bondurant Racing School. Each handcrafted Cobra will have a CSX2000 Shelby serial number to be documented in the Shelby Registry.

The Bondurant edition Shelby Cobra Daytona Coupes are historically-accurate continuations with leaf spring suspensions, tube frames, aluminum bodies and thin wooden-rimmed steering wheels. Based on CSX2601, they also feature modernized disc brakes, aluminum bodies, updated and strengthened frames and a racing interior.

In 1963, Bondurant joined Carroll Shelby's racing team for the final three races of the season. He won all of them in a 289 Cobra roadster including the LA Times Grand Prix pre-race; he could not qualify in time for the grid, so he started last and still came in 8th overall against the prototypes. Bob then went to Europe in 1964 to win the GT class at Le Mans with teammate Dan Gurney in a Shelby Cobra Daytona Coupe. He drove both Shelby Cobra roadsters and Daytona Coupes during 1965, winning seven out of ten total FIA World Championship races. His incredible feat secured the FIA GT Championship title for Ford and Shelby.

Standard Equipment

  • Original Style Steel Tube Frame
  • Original Style Suspension
  • Aluminum Radiator
  • FIA Oil Cooler
  • Shelby Disc Brakes
  • Salisbury 3.54 Aluminum Shelby Differential
  • Stainless Steel Fuel Tank
  • Driving Lights
  • Brake Duct Inlets
  • Headlight Covers
  • Sliding Windows
  • FIA Style Fuel Filler Cap
  • Race Correct Badges
  • Functional Cooling Vents
  • Rear Quick Jacks
  • Black FIA Style Roll Bar
  • Period Correct Dash Layout
  • Period Correct Switch Panel
  • Non-Adjustable Foot Box Vents
  • FIA Style Seats
  • Original FIA Style Aluminum 15" Pin Drive Wheels
  • 15" AVON CR6ZZ Tires

Options

  • Air Conditioning
  • Differential: Non-Standard Differential Gear Ratio
  • Sound Deadening: Sound Deadening and Heat Dissipation

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