

LPG & Gasoline Forklift-CPQYD70
The patented plated fin-type aluminum radiator improves heat exchange and strengthens sustained operation in demanding environments. A high-strength chassis, mast, and front and rear axles improve truck reliability in demanding applications. A large-diameter panoramic mirror is standard to reduce blind spots and improve travel safety. Separate brake and steering oil circuits avoid interference, while dynamic load-sensing steering further saves energy.
- Rated Capacity7000kg
- Lift Height3000mm
- Engine ManufacturerPSI
- Load Center Distance600mm
- Wheelbase2250mm
- Fork Dimensions1220×150×60mm
- Min. Turning Radius3550
- Min. Ground Cearance200
- Height of Overhead Guard2430
- Gradeabity20%
- Overall Length(Without forks)3440mm
- Overall Width2010mm
- Mast Height2500mm
- Rated Output76/2300kw/r.p.m
- Rated Torque324/1700Nm/t.p.m
- Tyre size, front8.25-15-14PR
- Tyre size, rear8.25-15-14PR
Due to continuous technological innovation, product configurations and technical parameters are subject to change without prior notice. All specifications and configurations are for reference only. In case of any doubt, please confirm with our international trade sales team. The formal signed business contract shall prevail
Product Overview
The patented plated fin-type aluminum radiator improves heat exchange and strengthens sustained operation in demanding environments. A high-strength chassis, mast, and front and rear axles improve truck reliability in demanding applications. A large-diameter panoramic mirror is standard to reduce blind spots and improve travel safety. Separate brake and steering oil circuits avoid interference, while dynamic load-sensing steering further saves energy.

The patented plated fin-type aluminum radiator improves heat exchange and strengthens sustained operation in demanding environments.

A high-strength chassis, mast, and front and rear axles improve truck reliability in demanding applications.

A large-diameter panoramic mirror is standard to reduce blind spots and improve travel safety.

Separate brake and steering oil circuits avoid interference, while dynamic load-sensing steering further saves energy.