DIY 2000Kg Tandem Trailer Kit, Mechanical Brakes, R/Roller Springs. Stub Axles

DIY TANDEM TRAILER KIT
2000KG RATED
MECHANICAL DRUM BRAKES. ROCKER ROLLER SPRINGS, SPECIALLY MACHINED STUB AXLES


STUD PATTERNS AVAILABLE
FORD (5/114.3 PCD, 1/2" STUDS AND NUTS)
COMMODORE (5/120 PCD, 7/16" STUDS AND NUTS)
HQ (5/120.65 PCD, 7/16" STUDS AND NUTS)
HT (5/108 PCD, 7/16" STUDS AND NUTS)
6 STUD L/C (6/139.7 PCD, 1/2" STUDS AND NUTS)
5 STUD L/C (5/150 PCD, 9/16" STUDS AND NUTS)


IN THIS KIT
2X 45MM X 250MM SPECIALLY MACHINED STUB AXLES TO SLEEVE INTO 50MM X 50MM RHS WITH MECHANICAL DRUM MOUNTS WELDED (RATED 1400KG PER PAIR)
2X 45MM X 250MM SPECIALLY MACHINED STUB AXLES TO SLEEVE INTO 50MM X 50MM RHS (RATED 1400KG PER PAIR)
2X 9" MECHANICAL DRUM BACKING PLATES WITH HIGH TENSILE BOLTS AND NUTS FOR FIXING TO BRAKE MOUNTS
2X 9" MECHANICAL BRAKE DRUMS. (CUPS ALREADY INSERTED INTO DRUMS)
2X LAZY HUBS (CUPS ALREADY INSERTED INTO DRUMS)
4X SLIMLINE BEARING KITS INCLUDING DUST SEALS AND DUST CAPS
ALL WHEEL NUTS
1X 5 LEAF 2.5 TONNE LOAD SHARING ROCKER ROLLER SPRING SET WITH ALL GREASABLE SHACKLES & HANGERS ALREADY ASSEMBLED. (SPRINGS ARE SHOT PEENED FOR EXTRA STRENGTH)
4X FISH PLATES
8X 50MM X 130MM 1/2" U BOLTS WITH NUTS AND WASHERS
4X AXLE PADS
1X 2000KG OVERRIDE 50MM BALL COUPLING
1X MECHANICAL BASE PLATE AND BRAKE LEVER
1X 8 METRES HANDBRAKE CABLE (LET US KNOW IF LONGER IS REQUIRED)
2X CABLE CLAMPS
1X CABLE ADJUSTER
1X 4 HOLE COUPLING WELD ON PLATE
4X COUPLING HIGH TENSILE BOLTS WITH NUTS AND WASHERS
ON ORDERING PLEASE PROVIDE YOU STUD PATTERN

BEARING OPTIONS
UPGRADE TO JAPANESE BEARINGS $100.0 (CLICK ON LINK BELOW)

 "CLICK HERE TO UPGRADE TO JAPANESE MANUFACTURED BEARINGS"

SHOT PEENING
Shot peening is a cold working process used to produce a compressive residual stress layer and modify mechanical properties of metals and composites. It entails impacting a surface with shot with force sufficient to create plastic deformation. Shot peening is often called for in aircraft repairs to relieve tensile stresses built up in the grinding process and replace them with beneficial compressive stresses.