A low height of 1890mm and a narrow width of 1840mm enables this JCB Loadall to access the very smallest operating environments.

• 2-speed transmission allows you to select high and low speeds. The low speed setting complies with building site speed regulations, while high speed is ideal for roading.
• For excellent traction and performance in difficult conditions, we’ve fitted the JCB 525-60 HI-VIZ telehandler with 4WD as standard.
• Your telehandler operators can manoeuvre quickly and easily with directional shuttle changes possible via either the shuttle lever on the steering column or the joystick-mounted shuttle switch.

The 525-60 HI-VIZ Loadall is equipped with a potent JCB diesel by Kohler Stage V engine that produces 310nm of torque at just 1500rpm.

• Because it produces peak levels of torque at revs as low as 1500rpm, this engine can provide fuel-efficient matching of the transmission and hydraulics.
• An auto regeneration feature on the Diesel Particulate Filter (DPF) enables maximum productivity and uncompromised performance.
• AutoStop on the new Stage V model automatically shuts off the engine whilst the 525-60 HI-VIZ remains safely parked and not in operation.

Despite the compact footprint, the JCB 525-60 HI-VIZ Loadall has a large, spacious cab with a wide access door.

• A full size cab ensures the operator benefits from a spacious working environment.
• Air conditioning is available for all cabs, ensuring maximum comfort throughout the day.
• Controlling a JCB 525-60 HI-VIZ is also comfortable, precise and smooth using single lever electro servo controls with proportional auxiliaries.

JCB’s innovative adaptive load control system automatically prevents your 525-60 HI-VIZ telehandler from overturning forwards during heavy load handling.

• JCB LiveLink now has the ability to monitor seatbelt usage, to ensure operators are safe when operating the machine.
• All-round visibility is superb via the large roof screen, opening rear window and fold-back upper door.
• Hose burst check valves (HBCVs) help to protect the rams from collapse in the event of a hose failure.