First off, we are comparing apples to apples. I am comparing the
L3901 to either economical tractors or the only option in that category that weighs around 2700 pounds and cost about the same. EVERY ONE and I mean EVERY ONE with the exception of the John Deere 3E series had a high loader capacity than the
L3901. This includes, Massey (economical offering), Case and NH (economical offering), Kioti (economical offering), LS (economical offering), TYM/Rural King (only offering but priced the same and weighs the same) and Mahindra and Yanmar. What apples did you think I was talking about? The CK4010H is THE LIGHT and ECONOMICAL offering that Kioti has, same as the MF 1734E (E for economical), same as ALL others mentioned. Look it up.
Second, you are actually making my argument. The LA525 is the essentially the same loader put on the
L3800 and thanks to you I learned that they put it on the predecessor to. Kioti had the CK30/35 series to compete with the
L3800 and JD 3E series. The loader was around 1155 pound lift capacity. They made essentially the same tractor for Bobcat (the CT230) but Bobcat put a better loader on it rated to 1605. When the tier 4 tractors came out, Kubota did essentially nothing with the
L3800 other than minor cosmetic upgrades and a tier 4 engine. Kioti and the others upgraded their loader to be able to lift significantly more when they came out with their tier 4 tractors.
A couple of more things (and these are my opinion) Kubota makes a great tractor, the
L3901 is a darn good tractor and the loader has faster action than the Kioti and I believe the other Korean built tractors. The lift and curl feature is a neat feature for some applications. However, I don't use my extra lift capacity for bucket work, I use it for grapple and pallet fork work and it has been very useful. There are a few things that are needed to lift that much, the loader has to be able, the tractor had to be able to support it and the weight has to be distributed properly. You have to use a heavy rear attachment and ballast to lift to capacity safely but that can easily be done. So getting back to the OP's question (who owns an L3910) "Why are Kubota FEL's so weak"? (and we are talking specifically the
L3901 and
L3301) and to you, what clue am I missing? Don't get your panties bunched up about it, just tell me why? Does Kubota know something that they don't?