1978 Chevrolet C10 Suspension Spindle Drop Set 8 Cyl 5.0L Bell Tech

  • Features:
    • 3" Drop
    • Direct bolt in
    • Uses factory ball joints and tie rod ends
    • Maintains factory suspension geometry and alignment
    • Maintain factory ride quality
  • In 1983, Belltech developed one of the industry's first revolutionary products to help jump start the Sport Truck craze, the Drop Spindle. By relocating the spindle pin (Note: Application, while improving handling and retaining factory ride quality. Belltech spindles maintain critical suspension geometry and eliminate excessive ball joint, shock and tire wear common to other methods of lowering. Each spindle is crafted from powdercoated, CNC machined, high strength ductile iron castings providing the structural integrity to meet and exceed all factory specifications & requirements.

Additional Fitment Information:
Vehicle Block CC Doors Bed Region Engine Bed Length Sub Model Body Drive Type CID
1978 Chevrolet C10 V - 2 Fleetside United States 8 Cyl 5.0L 96.0 Scottsdale Standard Cab Pickup RWD 305
10 In Stock
Best Price:

$492.18 USD
$590.62 USD
Brand Bell Tech
Part # B263100
Condition New
Warehouse B

Bell Tech

  • 3" Drop Spindle Set
  • F: On years 81-87, If brake rotor measures 1" thick use Spindle #3200 if 1.25" use #3100. Lowering Rate: Lowering Rate: F: 3.0"
  • The industry standard, Belltech drop spindles can be combined with coilover or air suspension set ups for the ultimate in street performance or frame laying stance. Lifetime warranty, direct bolt in, application specific.
  • General

    Title
    Belltech 3100 Drop Spindle Set 3 In. Drop Spindle Set 1973-1987 Chevrolet C10 (heavy Duty Brake W/ 1.25 Thick Rotor) 73-91 Suburban 3 In. Drop Spindle

    Packaging

    package quantity
    1
    length
    16.00 in
    width
    14.00 in
    height
    7.00 in
    weight
    48.10 lb
    Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.

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