Full Size Wheel Loaders – CASE G Series

BEST-IN-CLASS BREAKOUT FORCE

G Series wheel loaders begin and end with one word: PRODUCTIVITY. From 20,000 lbs. (521G) to over 56,000 lbs. (1121G), CASE G Series wheel loaders provide best-in-class breakout force among market leaders, providing the power you need whether you’re moving dirt and gravel or loading a hopper or truck.

8″ LCD MULTIFUNCTION MONITOR

The high resolution, anti-glare monitor provides greater control over insight into many loader functions.

MULTIPLE LINKAGE OPTIONS

The G Series includes XT, Z-bar and extended reach Z-bar models. The XT tool carrier allows better visibility down to the bucket/attachment and also provides parallel lift (which keeps material level during the loading and unloading process). The commonly chosen Z-bar linkage provides the greatest breakout force for strong, powerful digging and complete bucket fill.

AUTOMATED BUCKET CONTROLS

Automatic bucket control features like “return-to-dig,” “return to travel” and “height control” simplify operation while approaching trucks/hoppers and transitioning back to travel, ultimately shortening the cycle.

5-SPEED TRANSMISSION AND POWERINCH

Optional 5-speed PowerShift transmission with lock-up torque converter (621G, 721G, 821G, and 921G) provides faster acceleration and roading speeds up to 25 miles per hour. PowerInch, included with 5-speed transmission, helps maintain high RPMs and maximizes hydraulic power to the loader arms and bucket cylinder. PowerInch provides incredible accuracy and control in tight loading areas, regardless of engine speed or grade.

MULTIPLE AXLE OPTIONS

Standard limited slip axles (ideal for soft, slippery conditions) automatically transfer torque from slipping tire to gripping tire, ensuring proper traction regardless of working conditions. Optional heavy-duty axles with auto-locking front differential are ideal for applications on paved or hard pack surfaces.

RIDE CONTROL™

Optional Ride Control provides excellent material retention and machine control over rough terrain, while reducing shock loads on the machine and operator.