All-Wheel Steer Loader Comfort and Visibility
While your Bobcat® all-wheel steer loaders works hard, you remain comfortable. Throughout the machine, you’ll find well-placed controls and gauges, excellent visibility, operator features and useful options that form a total comfort package.
Complete Cab Comfort
The low-effort joystick controls, smooth ride, deluxe cab and all-around visibility help you work longer and remain productive. It’s the industry’s most comfortable cab.
The large opening and swing-open door means you’re more likely to enter and exit without bumping your head or body. The added space is convenient as you enter and leave the cab during the day. The door removes without tools.
As you grade in tight areas, load the machine on a trailer, or maneuver on a tight lot, you’ll appreciate the all-around visibility of Bobcat all-wheel steer loaders. Easily see the work area, bucket corners, cutting edge and wheels.
More Operator Room
The spacious cab includes more head, waist, leg and elbow room. The heater and air conditioning units are positioned outside the cab for maximum operator space. Hydraulic oil lines are routed outside the cab for added leg room and comfort.
Comfort in Extreme Conditions
Minimize cab dust and dirt with the enclosed, pressurized cab. Remain comfortable in any weather with the optional heat and air conditioning. The air conditioning is fully integrated to maximize overhead clearance and cab visibility.
High-Visibility Curved Glass
Gain cab space and improved visibility with the curved door glass design on Bobcat all-wheel steer loaders. It’s a stylish-yet-functional addition to your machine.
When cab controls are easier to use, you reduce your fatigue. The fingertip controls provide comfortable and accurate operation – even as you drive. The detent capabilities engage the attachment flow without having to continuously hold the switch. Lock in the flow in the opposite direction when you use sweepers, soil conditioners, tillers and other attachments. Operate grapples and buckets with precision using the variable/max flow function.