RedDirt
Gold Member
- Joined
- Dec 4, 2007
- Messages
- 469
- Location
- Northern Idaho
- Tractor
- Kubota BX23, Wards 16HP HST Garden Tractor, (previous) D2 Logging Cat
SkunkWerX said:QUOTE :
We are currently working on the premise that they take about 15 or 20 mins to drive out, but, what if that could be reduced to less than 5 mins? In my mind, then, you simply build your other attachments to fit the stock pin locations and VIOLA!!
I agree.
There is a recent post on the Customization forum, I think "FEL Attachment". Half way through the referenced article a guy built a quick attach for a three pin FEL. He did a similar system to a skid steer. A lot of work and it still looks too heavy for the limited BX FEL capacity.
I still haven't removed my bucket but it seems the major complaints from those that have reported doing it has been 1: messing with the pins (two sizes keeper bolts, driving pins in/out & re-greasing), and, 2: alignment of the arms & cylinder.
If pins were made slip fit and a holding jig was built to maintain the three hole pin registration perhaps a switch could be 5 minutes. Less than ten would be acceptable for me.
I envision a registration jig as a stable assembly of wood or metal with quick clamps to hold the arms and cylinder in their hole mating alignment. A piece of 3/4 ply with notches for the arms and a half moon hole for the cylinder rod would work. Maybe the notches and half hole employ HF quick clamps (bar type w/squeeze lever ), or similar. The jig is attached to the arms and cylinder before the "existing" implement is removed. The existing implement is removed. Then when the "new" implement cylinder pin is aligned the arm pin holes are very close to where they need to be for the pins.
A pin alignment tool would help. This would be a shaft of (loose) pin diameter stock with a tapered end.
Having a level staging area, maybe with implement racks, would facilitate easier alignment.
If only a few front implements are being interchanged an implement rack could be built simply with four 4x4 posts and 2x4's cross members that would stack the implements one above the other (like shelves). This way the tractor stays put, only backing and forward a foot or so and the arms are only raised and lowered to each implement (no curl). The 2x4 cross members that hold the implement would be set so each implement has the correct (standard) "tilt" for the hook-up at that elevation. You could even put a couple of short tire curbs staked into the ground that would align the tractor side to side.