Produktbeschreibung
Scheibenbremsanlage mit Parkbremse für die Hinterachse
Passend für 8 3/4_ und Dana 60 Hinterachsen mit 2,50_ Achwellen Offset
Passend für die meisten 15_ Felgen, notfalls wird etwas spacer benötigt.
Hier in der Version mit gelochten und geschlitzten Bremsscheiben und schwarzen Bremssätteln
Achtung, es gibt keine Unbenklichkeitsbescheinigungen und Scheibenbremsen sind nur mit Glück in die Fahrzeugpapiere eintragbar.
Brand: Wilwood Disc Brakes
Manufacturer's Part Number: 140-10767-D
Part Type: DiscBrake Kits
Product Line: Wilwood Forged Dynalite Rear Parking Brake Kits
Position: Rear
Front Rotor Included: No
Lug Hole Quantity: 5
Bolt Hole Diameter (in.): 4.500/4.750/5.00 in.
Bolt Hole Diameter (mm): 114.30/120.65/127.00mm
Differential CaseDesign Type: Chrysler 8.75/9.75 in./Dana 60
Rear Rotor Included: Yes
Rear Rotor Style: Cross-drilled/Slotted surface
Rear Rotor Construction: Vented
Rear Rotor Diameter: 12.19 in./309.63mm
Rear Rotor Thickness (in): 0.810 in.
Front Caliper Included:No
Rear Caliper Included: Yes
Rear Caliper Piston Quantity: Four
Rear Caliper Material: Forged billet aluminum
Rear Caliper Finish: Black powdercoated
Parking Brake Provision: Yes
Parking Brake Style: Internal drum
Minimum Recommended Wheel Diameter (in): 15 in.
Offset (in): 2.500 in.
Front Spindles Included: No
Master Cylinder Included: No
Brake Booster Included: No
Brake Hoses Included: No
Quantity: Sold as a kit.
Special Attention: Requires the use of non-adjustable _green_ axle bearings with snap rings.
Wilwood Forged Dynalite rear parking brake kits provide the best solution for popular classic musclecars when you still desire a parking brake. The forged billet Dynalite 4-piston calipers, one-piece drum/rotors, and high-friction padsprovide balanced braking for all types of performance street, strip, and show machines. Their internal shoe parking brake design stays hidden, but has excellent static holding power for parking. Wilwood offers optional caliper finishes and rotor designs to enable the builder to personalize the style and optimize brake performance for every individual application.
