Low Profile

The 32 Series dual auger grain carts offer the lowest profile design on the market, providing maximum clearance for the combine auger and a lower center of gravity for added stability over uneven terrain.

High Performance

The patented X-Tended Reach design also offers greater greater performance, allowing the auger to reach across the ditch and keep thetrailer out of the field during softer field conditions.

Telescoping Side-Shooter Flow Control Spout

The patented hydraulic flow control spout allows the operator to precisely place grain across the trailer. The Side-Shooter design positions the spout perpendicular to the trailer so all four corners can be easily filled!

The telescoping spout features a three part design that extends outward for maximum side reach and retracts when in the downward position to maintain maximum unloading height. Each of the three sections can be easily removed or added to offer multiple combinations of height and reach to fit your particular unloading need.

Direct Drive Design

Typical dual auger grain carts utilize costly belts, sprockets or pulleys that can cause problems and increase maintenance expense. The 32 Series X-Tended Reach Grain Cart features a powerful direct drive design with dual gearboxes to maximize unload efficiency and performance, year after year.

Smooth Transition

Many competitor dual auger grain cart designs move grain from the tank to the unload auger in three directions. First the grain is moved horizontally across the floor of the tank. Second, the grain is dropped downward into a sump. Third, the grain is severely redirected into the unload auger. This increases the potential to damage grain and decreases unloading efficiency. J&M’s dual auger design places the vertical unloading auger inside the tank and at the base horizontal floor auger, eliminating the need for a sump. Since the unloading auger extends from the tank and towards the tractor cab, and not at a perpendicular angle towards the side, the redirection and damaging of grain is minimized and the unloading process is more efficient.