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Camburg Ford F-150 2wd 97-2003 Race L/T Kit

Camburg
Our race series long-travel kit for the F-150 is for the serious offroader. Weve addressed every aspect of the suspension utilizing the factory mounting points. The kit consists of fabricated boxed lower arms that utilize 1_ uniballs at the inner pivots and a 1.5_ uniball at the spindle. The fabricated spindles use our 2.25 race hubs and Wilwood 4 piston brakes. The tubular chromoly upper arms pivot on 3/4_ FK JMX heims. The steering tie rods are machined from heat-treated stainless steel and use a 3/4_ heim at the inner pivot and a 7/8_ heim at the outer. The kit is 5_ wider per side, has 3.5_ of lift built into the spindle and will pull 16-18_ of wheel travel depending on the shock and engine cage setup.

Please note that Camburg products are meant for off road use only. Pictures are for illustration only and the actual product may vary slightly in appearance.
Please Call for Availability
1-888-973-6967
Availability: Most Camburg Products will ship within 5-7 days of placing your order. Larger kits may take up to 15 days to ship.
Shipping: This product will have handling charges applied due to its size and weight.

Description

Suspension Kit Components:
  • Lower Arms
  • Tubular Upper Arms
  • Fabricated Spindles
  • 2.25 hub Kit (5 on 5.5 or 6 on 5.5)
  • Wilwood 12" Brake Rotors
  • Wilwood Forged Superlite Calipers w/ Pads
  • Stainless Steel Machined Tie Rods
  • All Heims, Uniballs, Mis-alignment Spacers, Etc.
  • Pictures shown with billet upper arms and older 2.0 hub design, using stock brake calipers.

    Tech Info:
  • Recommended Tire Size = 35-37"
  • Recommended Wheel Size = 17"
  • Useable Wheel Travel = 16-18"
  • Max Wheel Backspacing = 4.75"
  • Details

    • Camburg
    • Camburg
    • Camburg Off Road Engineering
    • Most Camburg Products will ship within 5-7 days of placing your order. Larger kits may take up to 15 days to ship.
    • New

    Shipping Information

    • Item Requires Shipping
    • $80.00
    • This product will have handling charges applied due to its size and weight.