STC800T5 80 Ton Truck Crane
STC800T5 80 Heavy-Duty Truck Crane for Construction & Mining:
This STC800T5 80 Ton Mobile Crane with Telescopic Boom has the following core technical specifications:
Maximum Lifting Capacity: 80 t
Maximum Lifting Moment (Basic Boom): 2352 kN·m
Boom Length (Fully Extended Main Boom): 48.5 m
① Product Overview
② Key Features
Intelligent Hydraulic System for Efficient & Stable Lifting
Dual-Pump Intelligent Flow Distribution for Precise Control
It offers superior micro-movement performance (minimum single-rope speed: 1.2m/min, minimum slewing speed: 0.1°/s) for millimeter-level precise lifting, with integrated slewing damping control for smooth start-stop operations.
High-Performance Chassis for Long-Term Reliability
Intelligent Control System for Efficient Operation & Maintenance
Electrical Control System for Stable & Smart Operation
③ Technical Specifications Overview
The reinforced frame and intelligent control system improve durability and operational efficiency, making it adaptable to various demanding construction and industrial scenarios.
Key Specifications Explained
Maximum lifting capacity (80 t): What does it mean for operation?
An 80-ton lifting capacity meets the demand for heavy-duty lifting tasks in large-scale construction and industrial projects, balancing load capacity and operational range.
Fully extended main boom (48.5 m): How to choose?
A 48.5m boom length provides sufficient operating range for high-rise construction and long-distance lifting, ensuring efficient completion of high-altitude and complex heavy-duty tasks.
| CATEGORY | ITEM | UNIT | VALUE |
| WEIGHT PARAMETERS | Gross Weight | kg | 44000 |
| UPPER ENGINE PARAMETERS | Engine Model | - | Cummins |
| Max. Engine Power | kW/rpm | 264/1900 | |
| Max. Engine Output Torque | N·m/rpm | 1600/900~1350 | |
| RATED LIFTING CAPACITY | Max. Lifting Capacity | t | 80 |
| MAIN PERFORMANCE PARAMETERS | Number of Boom Sections | - | 5 |
| Max. Lifting Moment (Basic Boom) | kN·m | 2352 | |
| Max. Lifting Moment (Full-Extension Main Boom) | kN·m | 1577.8 | |
| Max. Lifting Moment (Max. Main Boom + Fixed Jib) | kN·m | 578.6 | |
| Boom Length (Basic Boom) | m | 12.5 | |
| Boom Length (Full-Extension Main Boom) | m | 48.5 | |
| Boom Length (Max. Main Boom + Fixed Jib) | m | 66 | |
| Max. Lifting Height (Basic Boom) | m | 13 | |
| Max. Lifting Height (Full-Extension Main Boom) | m | 49 | |
| Max. Lifting Height (Max. Main Boom + Fixed Jib) | m | 66 | |
| Outrigger Span (Longitudinal × Transverse) | m | 8.0 × 6.43 | |
| TRAVEL PARAMETERS | Max. Travel Speed | km/h | 90 |
| Wheel Formula | - | 8×4×4 | |
| Fuel Consumption per 100km | L | 34 |
④ Application Scenarios
Large-Scale Construction & High-Rise Building Projects
The long boom length and high load capacity adapt to high-rise building construction and bridge projects, providing reliable lifting support for structural installation and material handling with precise control and stable performance.
Industrial Installation & Power Facility Projects
Mining & Heavy-Duty Earthmoving Projects
⑤ Model Comparison
| Model | Lifting Capacity | Boom Length (Full Extension) | Application Scenario |
|---|---|---|---|
| 80t Truck Crane | 80 t | 48.5 m | Large construction, industrial installation, mining |
| 60t Truck Crane | 60 t | 42.2 m | Medium construction, urban engineering |
| 100t Truck Crane | 100 t | 52.8 m | Super-large infrastructure, heavy industrial lifting |
The 80-ton model is suitable for customers who focus on heavy load capacity and long boom reach in large-scale projects.The 60-ton model is recommended for those who require flexibility in medium-sized urban engineering operations.If your project needs higher load capacity and longer boom length, the 100-ton model is a better choice.
⑥ Buying Guide: How to Choose the Right Model
Define Your Working Conditions
Road condition: For complex job sites with limited space, prioritize models with good maneuverability; for rough mining sites, select reinforced chassis with high fatigue resistance.
Payload & lifting height: Match the lifting capacity and boom length to your maximum load and operating height requirements for heavy-duty tasks.
Daily working hours: For long-term continuous operation, choose models with robust cooling systems and fatigue-tested components to ensure reliability.
Select the Proper Configuration
Engine & transmission: Opt for high-power engines with efficient transmission systems to ensure stable output under heavy loads.
Axle & suspension: Multi-axle configuration with reinforced suspension improves load capacity and stability in harsh conditions.
Hydraulic & control system: Prioritize dual-pump intelligent flow distribution and CAN bus control systems for precise lifting and efficient maintenance.
Consider Total Cost of Ownership
Fuel: Intelligent hydraulic technology optimizes fuel consumption, reducing long-term operating costs for heavy-duty operations.
Maintenance: Intelligent fault diagnosis systems simplify maintenance, reducing downtime and repair costs.
Service life: Fatigue-tested frame and high-quality components extend service life, improving overall return on investment.








