Product Overview
Engineering Transport Vehicle adopts a reinforced load-bearing chassis and high-torque drivetrain system for stable material and equipment transport under mining, construction, and heavy-duty site conditions.
Technical Parameters
| Item | Specification |
|---|---|
| Drive Type | 4×2 / 6×4 / 8×4 |
| Frame Thickness | 8–12 mm |
| Payload Capacity | 20–80 Tons |
| Suspension Type | Reinforced Leaf Spring |
| Engine Output | 280–560 HP |
| Ground Clearance | ≥300 mm |
| Cargo Floor Thickness | 6–10 mm |
| Tire Type | Heavy-Duty Engineering Tires |
Heavy-Load Carrying Structure
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Reinforced Frame Beam
The chassis uses high-strength manganese steel longitudinal beams with 8–12mm thickness to improve bending resistance under continuous heavy-load operation.
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Multi-Point Crossmember Support
Crossmembers are distributed according to load concentration zones to reduce frame deformation during uneven terrain driving.
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High Payload Suspension
Heavy-duty leaf spring suspension with reinforced U-bolts improves axle load distribution on rough construction roads.
High-Torque Power Output
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Low-Speed Torque Matching
The drivetrain adopts large-ratio rear axles and high-torque transmission calibration to improve climbing performance under full-load conditions.
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Heavy-Duty Cooling System
Enlarged radiator and forced cooling layout improve engine temperature stability during long-duration low-speed transport.
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Reinforced Transmission Structure
The gearbox housing and drive shafts are strengthened for high-frequency start-stop operation on engineering sites.
Harsh Road Adaptability
High Ground Clearance Design
Raised chassis clearance improves passability on muddy roads, gravel surfaces, and uneven construction terrain.
Large-Angle Steering System
Optimized steering geometry reduces turning radius for narrow site operation and temporary road maneuvering.
Wear-Resistant Tires
Heavy-load engineering tires use reinforced sidewall structures to improve puncture and abrasion resistance.
Durable Cargo Body System
Thickened Cargo Floor
The cargo platform uses wear-resistant steel plates with reinforced bottom ribs to reduce deformation during aggregate and equipment loading.
Anti-Corrosion Surface Process
Structural parts complete sandblasting and industrial anti-rust coating treatment before painting to improve outdoor durability.
Hydraulic Stability Control
Hydraulic pipelines use high-pressure sealed joints to improve operational stability under continuous unloading cycles.
Optional Configurations
- Mining heavy-load version
- All-wheel drive system
- Hydraulic tipping cargo body
- Multi-axle steering configuration
- High-strength wear-resistant cargo box
- Desert cooling package
- Rear camera monitoring system
- Customized warning lighting system
Production Control
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Chassis Alignment Welding
Frame assembly uses positioning fixtures and robotic welding to improve structural alignment consistency.
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Load Simulation Testing
Finished vehicles undergo full-load road simulation testing to verify frame rigidity and suspension stability.
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Hydraulic Leakage Inspection
Hydraulic cylinders and pipelines complete pressure holding inspection before delivery.
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Surface Coating Inspection
Paint thickness and adhesion are checked after coating to improve corrosion resistance performance.
Application Industries
- Construction engineering projects
- Mining transportation
- Aggregate and sand transport
- Infrastructure construction
- Tunnel engineering logistics
- Industrial equipment transport
FAQ
1. What road conditions is the vehicle suitable for?
Suitable for construction sites, mining roads, gravel roads, muddy terrain, and other heavy-duty engineering environments.
2. Can payload capacity be customized?
Yes. Axle configuration, frame structure, suspension, and cargo body size can be customized according to transport requirements.
3. Is a mining version available?
Yes. Reinforced mining configurations with higher payload capacity and wear-resistant cargo structures are available.
4. How is structural durability ensured?
The frame uses high-strength steel, robotic welding, and load simulation testing to improve long-term heavy-load reliability.
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