Product Overview
The 3.5 Ton 10m Telescopic Handler is a versatile lifting solution engineered for material handling tasks that require a combination of load capacity, lifting height, and extended reach. With a 3.5-ton rated lifting capacity and a maximum lifting height of 10 meters, this machine is designed to support efficient loading, unloading, stacking, and elevated material placement across construction sites, farms, industrial facilities, and outdoor storage areas.
Equipped with a flexible telescopic boom, the 3.5 ton telehandler can extend its reach to handle materials in elevated or hard-to-access working areas. Its lifting versatility makes it a practical alternative to conventional forklifts for applications that require both vertical lifting and horizontal reach. With compatible attachments, the machine can also adapt to different material handling requirements and job-site conditions.
Built for demanding outdoor operations, this 3.5T telescopic handler combines lifting performance with practical maneuverability. It supports a wide range of daily material handling tasks, from transporting palletized goods to positioning construction supplies at height. The actual lifting capacity varies according to boom extension, lifting height, attachment, and machine configuration, so operators should always refer to the rated load chart.
For contractors, agricultural operators, and equipment rental businesses seeking a 3.5 ton telehandler with a 10m lifting height, this model offers a flexible solution for improving material handling efficiency and supporting diverse job-site operations.
Technical Parameters
| ITEM | UNIT | DKT735 |
| Working Performance | ||
| Rated Load Capacity | Kg | 3500 |
| Maximum Lift Height | m | 6.95 |
| Maximum Reach Distance | m | 3.96 |
| Bucket Digging Force | Nm | 6800 |
| Maximum Traction Force | Nm | 6200 |
| Maximum Gradient Climbing Ability | % | 35 |
| Boom Angle | -3.5°～90° | |
| Chassis Adjustment Angle | ±10°(optional) | |
| Drive Form | Four-wheel drive | |
| Travel Mode | Crab steering, four-wheel steering, two-wheel steering | |
| Dimensions | ||
| l - Total Length (to Fork Frame) | m | 4.78 |
| b - Total Width | m | 2.3 |
| h - Total Height | m | 2.45 |
| y - Wheelbase | m | 2.9 |
| m - Ground Clearance | m | 0.38 |
| B1 - Cab Width | m | 0.91 |
| Turning Radius (outer wheel) | m | 4.5 |
| Track Width | m | 1.93 |
| Unladen Weight (with Forks) | Kg | 8340 |
| Standard Tires | 16/70-20 (tubeless) | |
| Standard Forks | 1220×120×45 | |
| Power Configuration | ||
| Engine Brand | Cummins | |
| Model | 4BTA3.9-C100 | |
| Power / Rated Speed | 74kw/2200r | |
| Transmission System | ||
| Transmission Type | Hydraulic torque converter for travel | |
| Number of Gears (forward/reverse) | 4/4 (fully electronic shift) | |
| Maximum Travel Speed | Km/h | 30 |
| Parking Brake | Hand-controlled air brake parking brake | |
| Driving Brake | Air-over-hydraulic disc brake | |
| Braking Distance | m | ≤7 |
| Hydraulic System | ||
| Pump Type | Gear pump | |
| Valve Type | Hydraulic pilot valve | |
| Anti-explosion Valve Type | Double-acting balance valve | |
| Fork Leveling Mechanism | Hydraulic leveling | |
| Hydraulic Flow and Working Pressure | 150L/min 18MPa | |
| Steering Pressure | MPa | 16 |
| Tank Capacity | ||
| Engine Oil | L | 10 |
| Hydraulic Oil Tank | L | 200 |
| Fuel Tank | L | 120 |
| Working System | ||
| Maximum Lift Height | m | 6.95±5% |
| Rated Load Capacity | Kg | 3500 |
| Maximum Reach Distance | m | 3.96 |
| Effective Load at Maximum Reach | Kg | 1200±2% |
| Quick-change Frame Angle | -3°～90° | |
| Boom Angle Adjustment Time (empty, lifting) | s | ≤28 |
| Boom Angle Adjustment Time (empty, lowering) | s | ≤26 |
| Telescopic Boom Extension Time (empty) | s | ≤20 |
| Telescopic Boom Retraction Time (empty) | s | ≤18 |
| Fork Frame Tilt Forward Time (empty) | s | ≤18 |
| Fork Frame Tilt Backward Time (empty) | s | ≤20 |
Core Product Advantages
Why Choose Our 3.5 Ton 10m Telehandler?
High Lifting Capacity and Extended Reach: With a 3.5-ton rated load capacity and a maximum lifting height of 10 meters, this telehandler supports elevated material placement, high-level stacking, and demanding on-site handling tasks. Actual lifting capacity depends on boom extension and the rated load chart.
Responsive Load-Sensing Hydraulic System: The load-sensing hydraulic system adjusts flow according to operating requirements, providing controlled boom movements and responsive handling during lifting and positioning operations.
4WD Capability for Rough Terrain: The four-wheel-drive chassis is designed to improve traction on suitable outdoor surfaces, including gravel, muddy ground, and uneven construction sites, supporting reliable mobility in challenging working environments.
Versatile Quick-Change Attachments: The quick-change attachment interface allows operators to use compatible forks, buckets, lifting jibs, and work platforms, helping the machine adapt to different material handling and site tasks.
Compact Design with Flexible Maneuverability: Its compact body and flexible steering support operation in confined working areas, making it suitable for construction sites, agricultural facilities, industrial yards, and other space-restricted environments.
Product Video
FAQ – 3.5 Ton 10m Telescopic Handler
1. What should operators check before starting a 3.5 ton telehandler?
Before operation, check the tires, brakes, steering, hydraulic hoses, boom structure, fluid levels, and safety devices. Make sure the work area is clear and the machine is in proper operating condition. Always follow the manufacturer's inspection checklist.
2. Is the 3.5 ton 10m telehandler suitable for outdoor construction sites?
Yes. With an appropriate chassis and tire configuration, a telehandler can support outdoor material handling on construction sites. Ground conditions, site access, slope, and operating space should be assessed before use.
3. How can operators improve telehandler operating efficiency?
Plan material movement routes in advance, avoid unnecessary boom extension, position the machine on suitable ground, and use the correct attachment for each task. Proper operator training and routine inspections also help maintain consistent working efficiency.
4. What factors should buyers consider when selecting a telehandler configuration?
Consider the main working environment, required lifting height, load characteristics, boom reach, tire type, transmission, attachment requirements, and available service support. These factors help determine a suitable machine configuration.
5. What routine maintenance does a telescopic handler require?
Routine maintenance generally includes checking engine oil, coolant, hydraulic oil, filters, tire condition, braking components, and boom lubrication points. Follow the maintenance intervals and procedures specified in the manufacturer's manual.
6. Can the telehandler be customized for different markets or projects?
Customization options depend on the manufacturer's available configurations. Buyers can discuss engine specifications, tire options, attachments, machine appearance, and other requirements with the supplier before placing an order.
7. What information should I provide when requesting a quotation?
To receive a more accurate quotation, provide your destination country, intended application, required machine configuration, preferred attachments, quantity, and any special operating requirements. This helps the manufacturer recommend a suitable solution.
