You may be familiar with my other thread where I had a fowled up delivery of a BX23S that is getting returned. That experience led me to do more research and look more closely at the John Deere 1025r and then the Kubota B2601, two models that would generally be seen as a step up in size and capability, but I also saw them as physically bigger and therefor less suitable for work in very small spaces. Spending quite a bit of time looking at all 3, I came to a conclusion that I did not expect: the Kubota BX23S, though physically smaller, is not as good for working in constrained spaces as other tractors. Here's why:
1) The ROPS on the BX23S is rather wide, 40.625" or 43.625" at the hinge point. That is nearly as wide as the rear tires. I quickly found that I had to be constantly watching the ROPS which driving tight spaces. The 1025r ROPS is about 30” wide and the B2601 is 31.5” (33” at the hinge hardware). I saw no issue with operator space while operating the 1025r backhoe. I’m not sure why the BX ROPS needs to be so wide, but it makes working in tight spaces much more difficult.
2) Fully retracted, the feet on the BX backhoe stabilizers are 49” wide, and that’s only if they’re held perfectly orthogonal to the ground. In their ‘relaxed’ state, they’re 50.75” wide. This is assuming the stabilizers are completely retracted, don’t have rubber feet, and haven’t drifted down at all. In constrained spaces, you have to watch those feet like a hawk to make sure they didn’t catch/scrape anything. The backhoe feet on the 1025r are 47” wide (exactly the same width as the rear tires), and have catches to ensure that they can’t drift down. I haven’t been able to measure the BH70 backhoe for the B2601. To be fair, I don’t have enough tractor time to know if the stabilizers drifting down is a thing, but it seems like a real concern, especially when they’re already the widest point on the BX. I feel Kubota should modify their BX23S spec sheet for the BX23S to reflect this width.
3) The smaller tires on the BX amplify problems 1 & 2. Working parallel to a fence or structure, a fairly small divot in the ground can really tip the tractor, making the ROPS and/or backhoe stabilizer smack into something. The 1025r would also have this problem to some extent, as the tires seem about the same size, however the ROPS and stabilizers are less an issue on the 1025r. I suspect a tractor with much larger tires like the B2601 would be much more stable in this regard.
3) I thought a smaller loader bucket would be better for small spaces, but the smaller 48” bucket on the BX actually makes working in constrained areas harder. The bucket barely extends beyond the 45” (which is really 49” with the backhoe on) footprint of the BX. Scooping or grading work parallel to a structure like a building or a fence is very hard because you can’t get close to anything without risking the tires/ROPS/stabilizers will do damage. I feel a wider loader bucket like the 54” on the 1025r or B2601 would be better for these constrained areas. I suppose I could put a wider bucket on the BX, but that would be a heavier wider bucket on a loader that already has pretty low lifting capacity.
4) The loader on the BX sticks out 6” further than the loader on the 1025r. This is measured from the front axle to the bucket front edge. I guess the extra length can be good when trying to reach and dump, but in a constrained space it just makes the BX turn radius seem that much bigger. The B2601 has exactly the same distance from front axle to bucket edge as the BX, but with a much more powerful loader.
5) In constrained spaces, a bigger backhoe is much better. I found several spots where access was extremely difficult and longer reach on the backhoe would really help. The 1025r wouldn’t help here but the extra length on the B2601’s BH70 would.
6) The BX has a bigger turning radius than the 1025r and the B2601. I don’t find this to be that big a deal, and the difference isn’t that big, but it’s just one more thing that seems to make the very compact BX feel not so compact. The B series also comes with individual wheel brakes but I don’t suspect the big advantage there is in making really tight turns. I suspect the wheel brakes may be really useful when working in constrained spaces, like right up near a structure or fence. Could you use the brake to stay close and parallel, but keep from drifting toward the building/fence?
Each by itself, none of these things are super deal-breaking issues, but after sorting all this out, I’m wondering what exactly I was gaining by choosing a BX. I kept thinking that the smaller narrower BX was going to be best at working in small spaces, and that the concessions I was making on lift capacities were worth it to have the more nimble machine. But it actually seems the BX is a worse candidate for small spaces than the next two bigger options I looked at. Everything I had originally figured turned out to have the opposite effect. I can’t recall reading anything online where anyone claimed the BX was actually worse for constrained spaces than the slightly bigger tractors (except maybe the bigger turn radius compared to the 1025r). Neither my JD nor my Kubota dealer pointed these things out either, even though I told them I was working in very constrained spaces.
I'm really interested in getting feedback on my points from more experienced people (I only have a few hours of seat time). Am I seeing this right?
1) The ROPS on the BX23S is rather wide, 40.625" or 43.625" at the hinge point. That is nearly as wide as the rear tires. I quickly found that I had to be constantly watching the ROPS which driving tight spaces. The 1025r ROPS is about 30” wide and the B2601 is 31.5” (33” at the hinge hardware). I saw no issue with operator space while operating the 1025r backhoe. I’m not sure why the BX ROPS needs to be so wide, but it makes working in tight spaces much more difficult.
2) Fully retracted, the feet on the BX backhoe stabilizers are 49” wide, and that’s only if they’re held perfectly orthogonal to the ground. In their ‘relaxed’ state, they’re 50.75” wide. This is assuming the stabilizers are completely retracted, don’t have rubber feet, and haven’t drifted down at all. In constrained spaces, you have to watch those feet like a hawk to make sure they didn’t catch/scrape anything. The backhoe feet on the 1025r are 47” wide (exactly the same width as the rear tires), and have catches to ensure that they can’t drift down. I haven’t been able to measure the BH70 backhoe for the B2601. To be fair, I don’t have enough tractor time to know if the stabilizers drifting down is a thing, but it seems like a real concern, especially when they’re already the widest point on the BX. I feel Kubota should modify their BX23S spec sheet for the BX23S to reflect this width.
3) The smaller tires on the BX amplify problems 1 & 2. Working parallel to a fence or structure, a fairly small divot in the ground can really tip the tractor, making the ROPS and/or backhoe stabilizer smack into something. The 1025r would also have this problem to some extent, as the tires seem about the same size, however the ROPS and stabilizers are less an issue on the 1025r. I suspect a tractor with much larger tires like the B2601 would be much more stable in this regard.
3) I thought a smaller loader bucket would be better for small spaces, but the smaller 48” bucket on the BX actually makes working in constrained areas harder. The bucket barely extends beyond the 45” (which is really 49” with the backhoe on) footprint of the BX. Scooping or grading work parallel to a structure like a building or a fence is very hard because you can’t get close to anything without risking the tires/ROPS/stabilizers will do damage. I feel a wider loader bucket like the 54” on the 1025r or B2601 would be better for these constrained areas. I suppose I could put a wider bucket on the BX, but that would be a heavier wider bucket on a loader that already has pretty low lifting capacity.
4) The loader on the BX sticks out 6” further than the loader on the 1025r. This is measured from the front axle to the bucket front edge. I guess the extra length can be good when trying to reach and dump, but in a constrained space it just makes the BX turn radius seem that much bigger. The B2601 has exactly the same distance from front axle to bucket edge as the BX, but with a much more powerful loader.
5) In constrained spaces, a bigger backhoe is much better. I found several spots where access was extremely difficult and longer reach on the backhoe would really help. The 1025r wouldn’t help here but the extra length on the B2601’s BH70 would.
6) The BX has a bigger turning radius than the 1025r and the B2601. I don’t find this to be that big a deal, and the difference isn’t that big, but it’s just one more thing that seems to make the very compact BX feel not so compact. The B series also comes with individual wheel brakes but I don’t suspect the big advantage there is in making really tight turns. I suspect the wheel brakes may be really useful when working in constrained spaces, like right up near a structure or fence. Could you use the brake to stay close and parallel, but keep from drifting toward the building/fence?
Each by itself, none of these things are super deal-breaking issues, but after sorting all this out, I’m wondering what exactly I was gaining by choosing a BX. I kept thinking that the smaller narrower BX was going to be best at working in small spaces, and that the concessions I was making on lift capacities were worth it to have the more nimble machine. But it actually seems the BX is a worse candidate for small spaces than the next two bigger options I looked at. Everything I had originally figured turned out to have the opposite effect. I can’t recall reading anything online where anyone claimed the BX was actually worse for constrained spaces than the slightly bigger tractors (except maybe the bigger turn radius compared to the 1025r). Neither my JD nor my Kubota dealer pointed these things out either, even though I told them I was working in very constrained spaces.
I'm really interested in getting feedback on my points from more experienced people (I only have a few hours of seat time). Am I seeing this right?