Y Series Rough Terrain Diesel Forklift 3.5Ton to 5Ton Off-Road Forklift for Construction and Farm
Engineered to conquer challenging outdoor surfaces, the Y Series Rough Terrain Diesel Forklift combines high-ground clearance chassis architecture with high-torque diesel performance. Ranging in payload capacity from 3.5 tons to 5.0 tons, this off-road forklift series is built for farms, muddy construction sites, stone quarries, and unpaved lumber yards where standard indoor forklifts cannot operate.
Y Series Rough Terrain Diesel Forklift 3.5Ton to 5Ton Off-Road Forklift for Construction and Farm Specifications :
| Price | Contact us |
| Place of Origin | China |
| Min.Order Quantity | 1 |
| Payment Terms | OEM、ODM、OBM |
| Supply Ability | 1000 |
| Delivery Detail | one month |
Y Series Rough Terrain Diesel Forklift 3.5Ton to 5Ton Off-Road Forklift for Construction and Farm Detail Introduction :
Y35 Off-Road Forklift (3.5 Ton Capacity): Compact rough terrain lifter with a 3500 kg rated capacity, 500 mm load center distance, and a 3720 mm turning radius. Ideal for fruit orchards, agricultural yards, and light site work.
Y45 Off-Road Forklift (4.5 Ton Capacity): Heavy-duty site handler featuring a 4500 kg rated capacity, 500 mm load center distance, and a 3835 mm turning radius for moving heavy masonry and timber.
Y50 Off-Road Forklift (5.0 Ton Capacity): High-capacity off-road workhorse boasting a 5000 kg rated capacity, 500 mm load center distance, and a 4325 mm turning radius paired with wide off-road pneumatic tires for maximum terrain stability.
| Model | Rated Lifting Capacity (kg) | Load Center Distance (mm) | Min. Turning Radius (mm) | Power Source |
| Y35 | 3500 | 500 | 3720 | Diesel |
| Y45 | 4500 | 500 | 3835 | Diesel |
| Y50 | 5000 | 500 | 4325 | Diesel |
Technical Advantage & Features
High Ground Clearance Chassis: Deep tread off-road pneumatic tires and elevated clearance prevent bottoming out over rocks, deep ruts, and mud.
High-Torque Diesel Powertrain: Heavy-duty diesel engines deliver strong low-end torque for smooth slope climbing and full-load site transit.
Wide-Track Stability: Wide axle geometry lowers the vehicle's center of gravity, ensuring safe lifting on uneven or sloping ground.
All-Weather Structural Design: Reinforced steel mast frames, heavy drive axles, and weather-sealed components withstand open-air job site exposure.
Primary Applications
Agricultural Farms & Orchards: Transporting fruit crates, fertilizer bags, timber logs, and feed bales over unpaved farm soil.
Construction & Infrastructure: Moving concrete blocks, bricks, steel beams, and pipes across muddy building sites.
Timber Yards & Sawmills: Carrying heavy lumber pallets and raw timber across unpaved storage yards.
Related Products
Related Articles
-
The Ultimate Guide to Choosing the Right Wheel Loader Attachments for Maximizing Job-Site ROI
IntroductionIn modern heavy civil construction, aggregate production, and industrial material handling, capital asset utilization is the defining boundary between profitability and squeezed margins. Relying on a standard general-purpose bucket for every application severely restricts machine productivity, increases unnecessary wear, and inflates hourly operating costs. When a machine is forced into work cycles for which its front-end tool is poorly matched, pass counts multiply, truck idle times increase, and fuel burn per ton surges. As heavy equipment management authority and civil engineering scholar Dr. Frank Harris emphasized in his research on construction plant economics, "The primary vehicle chassis represents a capital investment in mobile hydraulic power; its true economic return is dictated entirely by the efficiency of the work tool engaged with the material."To maximize asset productivity, fleet owners are increasingly leveraging a multipurpose operational model. Strategic
-
Diesel vs. Electric Forklifts: How to Select the Ideal Material Handling Solution for Your Industry
IntroductionIn modern supply chain architecture, selecting the right material handling equipment is far more than a routine procurement task—it is a core business decision that directly impacts operational throughput, workforce safety, and long-term financial performance. Choosing between internal combustion and battery-powered machinery influences daily fuel overhead, preventive maintenance cycles, and carbon compliance. As supply chain management expert Dr. Donald Bowersox emphasized in his research on logistical operations, "Operational efficiency in material handling is not merely achieved by moving goods faster, but by deploying equipment designed specifically for the environmental and economic constraints of the facility." Aligning machine specifications with site requirements is essential for maximizing return on investment (ROI).The industrial Forklift has undergone a significant transformation across global logistics networks, high-density distribution hubs, manufacturing pla
-
5 Maintenance Best Practices for Extend the Lifespan of Heavy Machinery: Loaders, Excavators, and Forklifts
IntroductionIn today’s competitive construction, mining, and material handling sectors, machinery availability directly dictates profitability. Unplanned equipment breakdowns do far more than disrupt project timelines—they drain capital through emergency repair costs, idle labor wages, and missed contract deadlines. Industry research emphasizes that a reactive "run-to-failure" strategy is significantly more costly than a structured preventative program. As severe machinery expert and safety scholar Dr. James Reason famously noted regarding industrial risk management, "Proactive systems address minor flaws before they aggregate into catastrophic failure events." Transitioning from emergency repairs to disciplined maintenance is the single most effective way to protect your balance sheet.Maintaining heavy equipment requires a tailored approach depending on the mechanical architecture and operational demands of each machine type. Whether operating a high-capacity Wheel Loader shifting h