The Agricultural Trailer is a tractor-pulled transport solution designed for moving agricultural products, farm materials, equipment and other loads. It is suitable for a wide range of applications in agriculture, construction and general material transportation.
Depending on the configuration, the trailer can be supplied as a fixed-body trailer or equipped with a hydraulic tipping system for more convenient unloading. Different unloading directions, axle configurations and braking systems can also be selected according to operating requirements.
The agricultural trailer can be used to transport a variety of materials, including crops, fertilizer, forage, agricultural equipment and other farm supplies. Depending on the trailer configuration, it can also be used for transporting construction materials such as gravel and cement.
The tipping version is equipped with a hydraulic lifting system that raises the cargo body to allow materials to unload by gravity.
This design can reduce manual unloading work and improve unloading convenience, particularly when handling bulk materials.
Different unloading configurations are available to suit different working environments:
The hydraulic lifting system can be configured with different lifting arrangements, including single-cylinder and double-cylinder systems.
The appropriate configuration can be selected according to trailer design, load requirements and operating conditions.
Different braking systems can be used according to trailer size, load requirements, tractor configuration and local operating conditions.
Available configurations include:
For heavier trailers and longer-distance transportation, an appropriate braking system can provide additional control during operation.
The trailer can be designed with different axle configurations, including:
The axle configuration can be selected according to the trailer's intended load and operating conditions.
Air braking requires the tractor to have a suitable air reservoir and air connection. It provides strong braking performance and is suitable for heavier trailers and longer-distance transportation.
Hydraulic braking can use an independent hydraulic pump and cylinder to generate braking force. It can be used for larger-capacity transport trailers and can provide independent braking control.
Oil brakes can connect with the tractor's hydraulic system. They provide smooth braking and can be suitable for medium-capacity agricultural trailers.
An overrun brake uses the relative movement between the trailer and towing vehicle to activate braking. Its relatively simple structure makes it suitable for certain lightweight trailer applications.
The agricultural trailer can be used in various working environments, including:
Its configuration can be selected according to the material, transportation distance, unloading requirements and towing tractor.
Agricultural trailer requirements vary between regions and operating environments.
For example:
Therefore, trailer configuration should be selected according to the local working environment and application requirements.
Before selecting a trailer, consider the following factors:
1. Transport Material
Identify the type and characteristics of the material to be transported.
2. Required Capacity
Select a suitable trailer configuration according to the expected working load and towing equipment.
3. Unloading Method
Choose between fixed-body, rear tipping, three-way tipping or side tipping according to the available unloading space and working process.
4. Hydraulic System
For tipping trailers, select a suitable hydraulic lifting configuration according to the trailer design and operating requirements.
5. Braking System
Consider the trailer size, load, transportation distance, tractor configuration and applicable local requirements when selecting the braking system.
6. Axle Configuration
Choose a suitable single-, tandem- or triple-axle configuration according to the intended application.
A tractor-pulled trailer provides a practical way to integrate material transportation into existing agricultural operations. By selecting the appropriate unloading system, axle configuration and braking system, the trailer can be configured for different farm and material-handling requirements.
Whether used for transporting agricultural materials, crops, forage or other bulk loads, the trailer provides a flexible transport solution for modern farming and related applications.
Product Parameters
| Item | Unit | 5T Single Axis | 5T Double Axis |
| Total Weight | kg | 1090 | 1370 |
| Braking Method | / | Air Brake | Air Brake |
| Dumping Method | / | Hydraulic Rear Tipper | Hydraulic Rear Tipper |
| Overal Diamention | mm | 4900 x 1810 x 1920 | 5000 x 2050 x 1900 |
| Carriage Size | mm | 3600 x 1818 x (460+460) | 3700 x 2050 x (460+460) |
| Track Width | m | 1.22 | 1.4 |
| Drawbar Length | m | 1.36 | 1.34 |
| Tire Type | / | 400/60-15.3 | 400/60-15.5 |
| Supporting Power | hp | 60-80 | 60-80 |
The Agricultural Trailer is a tractor-pulled transport solution designed for moving agricultural products, farm materials, equipment and other loads. It is suitable for a wide range of applications in agriculture, construction and general material transportation.
Depending on the configuration, the trailer can be supplied as a fixed-body trailer or equipped with a hydraulic tipping system for more convenient unloading. Different unloading directions, axle configurations and braking systems can also be selected according to operating requirements.
The agricultural trailer can be used to transport a variety of materials, including crops, fertilizer, forage, agricultural equipment and other farm supplies. Depending on the trailer configuration, it can also be used for transporting construction materials such as gravel and cement.
The tipping version is equipped with a hydraulic lifting system that raises the cargo body to allow materials to unload by gravity.
This design can reduce manual unloading work and improve unloading convenience, particularly when handling bulk materials.
Different unloading configurations are available to suit different working environments:
The hydraulic lifting system can be configured with different lifting arrangements, including single-cylinder and double-cylinder systems.
The appropriate configuration can be selected according to trailer design, load requirements and operating conditions.
Different braking systems can be used according to trailer size, load requirements, tractor configuration and local operating conditions.
Available configurations include:
For heavier trailers and longer-distance transportation, an appropriate braking system can provide additional control during operation.
The trailer can be designed with different axle configurations, including:
The axle configuration can be selected according to the trailer's intended load and operating conditions.
Air braking requires the tractor to have a suitable air reservoir and air connection. It provides strong braking performance and is suitable for heavier trailers and longer-distance transportation.
Hydraulic braking can use an independent hydraulic pump and cylinder to generate braking force. It can be used for larger-capacity transport trailers and can provide independent braking control.
Oil brakes can connect with the tractor's hydraulic system. They provide smooth braking and can be suitable for medium-capacity agricultural trailers.
An overrun brake uses the relative movement between the trailer and towing vehicle to activate braking. Its relatively simple structure makes it suitable for certain lightweight trailer applications.
The agricultural trailer can be used in various working environments, including:
Its configuration can be selected according to the material, transportation distance, unloading requirements and towing tractor.
Agricultural trailer requirements vary between regions and operating environments.
For example:
Therefore, trailer configuration should be selected according to the local working environment and application requirements.
Before selecting a trailer, consider the following factors:
1. Transport Material
Identify the type and characteristics of the material to be transported.
2. Required Capacity
Select a suitable trailer configuration according to the expected working load and towing equipment.
3. Unloading Method
Choose between fixed-body, rear tipping, three-way tipping or side tipping according to the available unloading space and working process.
4. Hydraulic System
For tipping trailers, select a suitable hydraulic lifting configuration according to the trailer design and operating requirements.
5. Braking System
Consider the trailer size, load, transportation distance, tractor configuration and applicable local requirements when selecting the braking system.
6. Axle Configuration
Choose a suitable single-, tandem- or triple-axle configuration according to the intended application.
A tractor-pulled trailer provides a practical way to integrate material transportation into existing agricultural operations. By selecting the appropriate unloading system, axle configuration and braking system, the trailer can be configured for different farm and material-handling requirements.
Whether used for transporting agricultural materials, crops, forage or other bulk loads, the trailer provides a flexible transport solution for modern farming and related applications.
Product Parameters
| Item | Unit | 5T Single Axis | 5T Double Axis |
| Total Weight | kg | 1090 | 1370 |
| Braking Method | / | Air Brake | Air Brake |
| Dumping Method | / | Hydraulic Rear Tipper | Hydraulic Rear Tipper |
| Overal Diamention | mm | 4900 x 1810 x 1920 | 5000 x 2050 x 1900 |
| Carriage Size | mm | 3600 x 1818 x (460+460) | 3700 x 2050 x (460+460) |
| Track Width | m | 1.22 | 1.4 |
| Drawbar Length | m | 1.36 | 1.34 |
| Tire Type | / | 400/60-15.3 | 400/60-15.5 |
| Supporting Power | hp | 60-80 | 60-80 |