6R60 Input Drum, used and ready to install. Fits the 6R60. Ships fast from the USA.
A 6R60 that pulls fine in first through third but slips, flares or throws ratio codes once it reaches fourth, fifth or sixth is pointing at the overdrive side of the transmission. This used OEM 6R60 input drum is the input shaft and overdrive (E) clutch drum assembly for the V8 Ford Explorer and Mercury Mountaineer six-speed, with a 1-year warranty and fast shipping from the USA.
In the 6R60 the input shaft and the overdrive clutch drum are made as one part. Engine torque comes through the converter turbine into this shaft, and when the E clutch inside the drum is applied it drives the planet carrier directly, which is how the transmission gets fourth, fifth and sixth. The front of the shaft is unique to the 6R60 and 6R75: it has a machined journal that rides in the front bushing of the pump stator support, and it carries two sealing rings that feed the clutch apply and converter circuits. Transmission Digest notes that Ford later revised the 6R60 drum and shaft, and that the 6R60 assembly now costs roughly twice the 6R80 version, which is a big reason a good used OEM piece makes sense here.
Log which gears slip and compare them to the clutch application: E is applied only in fourth through sixth. Clear electrical faults first, since lead frame and solenoid problems on this family can mimic a clutch failure. With the unit apart, air-check the E piston, heat the drum and inspect it for cracks, check the bushing journal for scoring and look at the sealing ring grooves for steps. In the ATSG case a cracked piston did not show at the first teardown and only revealed itself on the third, so inspect closely. Our 3-4 clutch failure guide covers the E clutch diagnosis in detail, and the shift problems guide explains the scan-tool steps that apply to the whole 6R family.
This drum fits the 6R60, used behind the 4.6L V8 in the Explorer and Mountaineer from the 2006 model year. It is not interchangeable with the 6R80 drum: the 6R80 shaft has three sealing rings and no bushing journal because the 6R80 pump stator support has no front bushing. If you are working on a 6R80, use the 6R80 input drum instead. The listing does not name a year, so compare our photos, the ring count and the journal to your old shaft, or send us your year and VIN to confirm. Other 6R hard parts are on the 6R60, 6R75 and 6R80 parts page.
Inspect the stator support bushing in the pump and replace it if the old shaft wore it; a new journal in a worn bushing still leaks. Fit new sealing rings and E piston seals, lubricate with fluid, and air-check the piston before stacking the pack. While the overdrive section is apart, look at the overdrive clutch hub: the original stamped hub welded to its shaft had failures, and Ford replaced it with a two-piece snap-ring design worth installing now. Set E clutch clearance to spec, refill with MERCON LV, which Ford authorizes for the 6R60, and check the level hot. Fresh frictions and seals from the 6R80 master rebuild kit or the 6R60 master rebuild kit keep the new drum from going back in with tired plates.
| Fits | 6R60 |
| Part type | Input Drum |
| Condition | Used |
| Brand | OEM |
| Ships | From the USA |
| Warranty | 1-year |
Doing this repair right usually means replacing these at the same time. Same transmission, ships together.
No. The 6R60 shaft has a bushing journal for the front stator support bushing and two sealing rings; the 6R80 shaft has three rings and no journal, and the pumps differ to match.
The overdrive (E) clutch in this drum is applied in fourth, fifth and sixth, so a leaking piston or worn drum shows up as slipping or ratio codes in those gears.
It is a used OEM input drum and shaft assembly with a 1-year warranty.
E clutch frictions and steels, piston seals and sealing rings, and the pump stator support bushing if it is worn. Consider the updated two-piece overdrive clutch hub.
Fill with MERCON LV and set the level hot. After internal repairs, clear adaptive values with a scan tool and complete a relearn drive so shift timing adapts to the fresh clutch pack.
