BXpanded
Silver Member, Approved Advertiser
The numbers below are from the manufacturers' websites and spec. sheets. It took a bit of perusal to find equivalent numbers. I was unable to find any information about power at intermediate lift heights, i.e. at one foot above the ground. Keep in mind, the geometry of the loader affects the lift capacity at various heights. This geometry difference could possibly be reflected by Kubota's slightly higher breakout force, and MF's slightly higher lift to full height.
The values for the MF DL100 loader were mentioned above and are a bit lower than the numbers for either the DL90 or the BX25D so are not included.
MF DL95 LOADER and BX25D LA240A LOADER
DL95: Lift Capacity to Full Height @ 19.6 inches Forward of Pivot Pin: 580 lbs........... BX25D LA 240A Loader @ 19.68 inches: 518 lbs
DL95: Breakout Force @ 19.6 inches forward of pivot pin: 920 lbs........................... BX25D LA 240A Loader @19.68 inches: 992 lbs
Interestingly enough, this is where the games can be played.
DL95:Rated Hydraulic Pressure: 1914 PSI........................................................... BX25D LA 240A Loader: 1778 psi
If the system hydraulic pressure on the Kubota is changed to the same pressure as the DL95, the lift capacity to full height would be almost exactly the same.
It is my personal opinion, and importantly, my opinion only, that the manufacturers set lift capabilities based not on the mechanical capabilities, but on the consideration of machine stability.
The max lift of either of these machines could be easily increased, but the stability of the tractor would be negatively affected. The front axle is on a pivot so it offers little lateral stability. When a heavy load is lifted, the rear wheels become light, and with an extreme load, would actually lift from the ground. Capsizing is a real possibility. Since these tractors weights are approximately the same, I think the lifting power of either is appropriate and is not significantly different.
Both are very fine, well built and capable machines.
The values for the MF DL100 loader were mentioned above and are a bit lower than the numbers for either the DL90 or the BX25D so are not included.
MF DL95 LOADER and BX25D LA240A LOADER
DL95: Lift Capacity to Full Height @ 19.6 inches Forward of Pivot Pin: 580 lbs........... BX25D LA 240A Loader @ 19.68 inches: 518 lbs
DL95: Breakout Force @ 19.6 inches forward of pivot pin: 920 lbs........................... BX25D LA 240A Loader @19.68 inches: 992 lbs
Interestingly enough, this is where the games can be played.
DL95:Rated Hydraulic Pressure: 1914 PSI........................................................... BX25D LA 240A Loader: 1778 psi
If the system hydraulic pressure on the Kubota is changed to the same pressure as the DL95, the lift capacity to full height would be almost exactly the same.
It is my personal opinion, and importantly, my opinion only, that the manufacturers set lift capabilities based not on the mechanical capabilities, but on the consideration of machine stability.
The max lift of either of these machines could be easily increased, but the stability of the tractor would be negatively affected. The front axle is on a pivot so it offers little lateral stability. When a heavy load is lifted, the rear wheels become light, and with an extreme load, would actually lift from the ground. Capsizing is a real possibility. Since these tractors weights are approximately the same, I think the lifting power of either is appropriate and is not significantly different.
Both are very fine, well built and capable machines.
