Tubular trailing arm crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular transmission crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular core support crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular transmission crossmember built using thick-wall 1.5" tubing & 3/16" steel.
The Porterbuilt 1960-62 Rear coilover suspension system is a modular suspension system designed to replace the factory components and improve ride quality, performance, aesthetics, and strength.
Ride height measures approx. 6” when running a 30” tall tire (measurements are taken from bottom of the cab to the ground).Tubular trailing arm crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular carrier bearing crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular core support crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Boxed Trailing Arm Crossmember built using 3/16" steel for a 2-piece driveshaft configuration.
Tubular rear frame crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular rear frame crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular core support crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular panhard bar crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular transmission crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Note: The tabs are loose and "unwelded".
Tubular rear frame crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular trailing arm crossmember built using thick-wall 1.5" tubing & 3/16" steel.
Tubular transmission crossmember built using thick-wall 1.5" tubing & 3/16" steel.
The 1947-54 Chevy Pickup Rear Dropmember suspension system is engineered to lay body with large diameter wheel/tire combinations. (Recommended to run no wider than a 10” wheel)
The 1947-54 Chevy Pickup Front Dropmember suspension system is a modular bolt-in sub-frame assembly engineered to incorporate Porterbuilt and C10 based suspension components.
When combined with a 2.5” drop spindle, 28” tall tire, and Porterbuilt Tubular Control Arms, the Level 3 Front will set the lowest point of the factory sheet metal on the ground when fully deflated.
The 1947-54 Chevy Pickup Front Dropmember suspension system is a modular bolt-in sub-frame assembly engineered to incorporate Porterbuilt and C10 based suspension components.
When combined with a 2.5” drop spindle, 28” tall tire, and Porterbuilt Tubular Control Arms, the Level 2 Front will set the bottom of the cab approx. 5-6" inches off the ground at ride height.
The 1947-54 Chevy Pickup Rear Coilover Dropmember suspension system is engineered to improve ride quality, performance, aesthetics, and strength.
The 1955-59 Chevy Pickup Front Dropmember suspension system is a modular bolt-in sub-frame assembly engineered to incorporate Porterbuilt and C10 based suspension components.
When combined with a 2.5” drop spindle, 28” tall tire, and Porterbuilt Tubular Control Arms, the Level 3 Front will set the lowest point of the factory sheet metal on the ground when fully deflated.
The 1955-59 Chevy Pickup Rear Airbag Dropmember suspension system is engineered to lay body with large diameter wheel/tire combinations. (Recommended to run no wider than a 10” wheel)
The 1955-59 Chevy Pickup Rear Coilover Dropmember suspension system is engineered to improve ride quality, performance, aesthetics, and strength.
The 1955-59 Chevy Pickup Front Dropmember suspension system is a modular bolt-in sub-frame assembly engineered to incorporate Porterbuilt and C10 based suspension components.
When combined with a 2.5” drop spindle, 28” tall tire, and Porterbuilt Tubular Control Arms, the Level 2 Front will set the bottom of the cab approx. 5-6" inches off the ground at ride height.
The 1960-62 Chevy Pickup Front Dropmember suspension system is designed to replace the factory cross-member and steering system. It is engineered as a modular bolt-in unit that requires no welding.
When combined with a 2.5” drop spindle, 29” tall tire, and Porterbuilt Tubular Control Arms, the Level 3 Front will set the lowest point of the factory frame rails on the ground when fully deflated.
The 1960-62 Chevy Pickup Rear Dropmember suspension system is engineered to lay body with large diameter wheel/tire combinations. (Recommended to run no wider than a 10” wheel)
The 1960-62 Chevy Pickup Front Dropmember Coilover suspension system is designed to replace the factory cross-member and steering system. It is engineered as a modular bolt-in unit that requires no welding.
When combined with a 2.5” drop spindle, 29” tall tire, and Porterbuilt Tubular Control Arms, the Level 2 Front Coilover system will set the lowest point of the factory frame rails approx. 5-6" inches off the ground at ride height.
The 1963-72 Chevy Pickup Front Dropmember suspension system is designed to replace the factory cross-member and steering system. It is engineered as a modular bolt-in unit that requires no welding.
When combined with a 2.5” drop spindle, 29” tall tire, and Porterbuilt Tubular Control Arms, the Level 1 Front will the lowest point of the factory frame rails approx. 3” off the ground when fully deflated.
The 1963-72 Chevy Pickup Rear Level 1 Airbag Dropmember suspension system is designed to replace the factory components and improve ride quality, performance, aesthetics, and strength.
The 1963-72 Chevy Pickup Front Dropmember suspension system is designed to replace the factory cross-member and steering system. It is engineered as a modular bolt-in unit that requires no welding.
When combined with a 2.5” drop spindle, 29” tall tire, and Porterbuilt Tubular Control Arms, the Level 3 Front will set the lowest point of the factory frame rails on the ground when fully deflated.
The 1963-72 Chevy Blazer 2WD Rear Level 3 Airbag Dropmember suspension system is engineered to lay frame with large diameter wheel/tire combinations.
The 1963-72 Chevy Blazer 4WD Rear Level 3 Airbag Dropmember suspension system is engineered to lay frame with large diameter wheel/tire combinations.
The 1963-72 Chevy Pickup Rear Level 3 Airbag Dropmember suspension system is engineered to lay frame with large diameter wheel/tire combinations.
The Dropmember Rear Back Half suspension system is engineered to lay frame with 12" wide wheels.
Fits 1960-62 C10 Trucks
Level 3, Extreme
Ride height measures approx. 5” when running a 30” tall tire, and the frame will rest on the ground when deflated.
The Dropmember Rear Back Half suspension system is engineered fit 12" wide wheels.
Fits 1960-62 C10 Trucks
Level 2, Touring
Ride height measures approx. 5” when running a 30” tall tire.
The Dropmember Rear Back Half suspension system is engineered to lay frame with 12-15" wide wheels.
Fits 1963-72 C10 Trucks
Level 3, Extreme
Ride height measures approx. 5” and the frame will rest on the ground when deflated.
The Dropmember Rear Back Half suspension system is engineered fit 12-15" wide wheels.
Fits 1963-72 C10 Trucks
Level 2, Touring
Ride height measures approx. 5” when running a 30” tall tire.
The 1963-72 Chevy Pickup Front Dropmember Coilover suspension system is designed to replace the factory cross-member and steering system. It is engineered as a modular bolt-in unit that requires no welding.
When combined with a 2.5” drop spindle, 29” tall tire, and Porterbuilt Tubular Control Arms, the Level 1 Front will set the bottom of the cab approx. 7-9" inches off the ground at ride height.
The 1963-72 Chevy Pickup Rear Level 2 Coilover Dropmember suspension system is engineered to improve ride quality, performance, aesthetics, and strength.
The 1963-72 Chevy Pickup Front Dropmember Coilover suspension system is designed to replace the factory cross-member and steering system. It is engineered as a modular bolt-in unit that requires no welding.
When combined with a 2.5” drop spindle, 29” tall tire, and Porterbuilt Tubular Control Arms, the Level 2 Front will set the bottom of the cab approx. 4-6" inches off the ground at ride height.
The 1963-72 Chevy Pickup Rear Level 2 Coilover Dropmember suspension system is engineered to improve ride quality, performance, aesthetics, and strength.