HUBMAX 1.5 Ton Diesel Forklift
The HUBMAX 1.5 Ton Diesel Forklift is engineered for reliable outdoor lifting, smooth pallet handling, and efficient performance in light to medium-duty industrial environments. With a lifting capacity of 1500 kg, this model offers strong torque output, stable load control, and dependable operation for construction sites, warehouses, and logistics yards.
HUBMAX Electric Forklifts
HUBMAX 1.5T Diesel Forklift
Delivers powerful acceleration, durable performance, and operator comfort for extended outdoor operations.
Key Highlights:
✓ High-Torque Diesel Engine Performance
✓ Strong & Stable Mast Construction
✓ Suitable for Outdoor & Rough Surfaces
✓ Quick Refueling for Continuous Work
✓ Durable Build for Industrial Use
HUBMAX Reach Trucks are engineered for high-density warehouse operations in India, delivering powerful lift performance, precise control, and exceptional stability in narrow aisles. Our reach truck range includes 1.5 Ton, 2.0 Ton, and 2.5 Ton models powered by Li-Ion and Lead-Acid batteries ideal for electric reach truck applications, multi-shift workloads, and demanding warehouse environments.
HUBMAX 1.5 Ton Diesel Forklift India
The HUBMAX 1.5 Ton Diesel Forklift is designed for light to medium-duty outdoor and industrial environments that require reliable lifting capacity, stable load handling, and consistent operational performance. Built to manage everyday material handling tasks, this model delivers efficient pallet transportation across construction sites, small warehouses, logistics yards, and manufacturing units. Powered by a high-performance diesel engine, it provides strong torque output, smooth acceleration, and dependable lifting performance even during extended working hours. Its durable mast construction and reinforced chassis ensure enhanced stability and operator safety under full load conditions. The HUBMAX 1.5T Diesel Forklift is ideal for businesses that require quick refueling, rugged outdoor capability, and cost-effective heavy-duty performance in demanding environments.



