| Trade Term: | FOB,CFR,CIF,DAT |
|---|---|
| Payment Terms: | Paypal, D/A, T/T, WU |
| Place of Origin: | Anhui, China (Mainland) |
| Means of Transport: | Ocean, Land |
| Delivery Date: | within 50 days after... |
| Brand Name: | HEKING |
| Optional Expansion Capability: | Extra pontoon and spud for deeper water |
Soft terrain construction presents unique challenges that conventional construction machinery often cannot overcome. Wetlands, marshes, swamps, riverbanks, flood control zones, and coastal areas typically feature unstable ground conditions with low bearing capacity. Traditional crawler excavators can easily become stuck, resulting in costly downtime, project delays, and increased operational risks.
To address these challenges, contractors increasingly rely on amphibious excavator solutions specifically engineered for soft ground environments. These machines combine powerful hydraulic performance with floating undercarriage systems, allowing them to operate effectively on terrain where standard equipment cannot function safely.
Whether the project involves river dredging, environmental restoration, wetland development, pipeline installation, or flood prevention works, amphibious excavators provide a practical and efficient solution.
An amphibious excavator is equipped with specially designed pontoons that distribute machine weight over a larger surface area. This significantly reduces ground pressure and improves flotation capabilities.
Key characteristics include:
Wide pontoon undercarriage systems
Enhanced buoyancy for shallow water operation
Low ground pressure performance
Reinforced hydraulic systems
Long reach working options
Stability on mud, peat, marshes, and wetlands
Compared with conventional excavators, amphibious models can travel across waterlogged terrain while maintaining excellent digging performance and machine stability.
Wetland construction frequently requires excavation, grading, embankment creation, and habitat restoration activities. Amphibious excavators allow contractors to work without extensive temporary access roads or ground stabilization measures.
Typical applications include:
Wetland restoration
Ecological conservation projects
Water management systems
Drainage channel excavation
Habitat enhancement works
River dredging is one of the most common applications for amphibious excavators. These machines can access riverbanks and shallow water zones that are difficult for conventional dredging equipment to reach.
Benefits include:
Improved sediment removal efficiency
Easier access to confined areas
Reduced environmental disturbance
Lower project mobilization costs
Governments and contractors often use amphibious excavators for flood prevention projects.
Common tasks include:
Canal maintenance
Levee construction
River widening
Drainage improvement
Emergency waterway clearance
Coastal regions frequently experience unstable ground conditions. Amphibious excavators help contractors perform construction activities in tidal zones, estuaries, and marshland environments while maintaining high productivity.
Amphibious excavators can travel across soft, saturated terrain that would immobilize traditional machines.
Wide pontoon structures distribute weight evenly, minimizing sinking and surface damage.
Projects can proceed without extensive site preparation or temporary access infrastructure.
Operators can work more safely in difficult environments where standard equipment may become unstable.
One machine can perform excavation, dredging, material handling, vegetation removal, and site preparation tasks.
Reduced ground disturbance makes amphibious excavators ideal for environmentally sensitive projects.
Reduced downtime and improved site accessibility contribute to overall project cost savings.
Various buckets and specialized attachments can be integrated for different project requirements.
Many wetland and dredging projects can continue operating even during seasonal water fluctuations.
Choosing the right amphibious excavator depends on several important factors.
Evaluate water depth, soil composition, vegetation density, and access limitations.
Larger models provide greater digging power, while smaller units offer increased maneuverability.
Long-reach configurations may be necessary for dredging and waterway maintenance projects.
Consider the types of buckets and tools required for the project.
Reliable manufacturer support is critical for minimizing downtime and ensuring long-term performance.
Assess the machine's ability to meet project schedules and excavation volume requirements.
Demand for amphibious excavators continues to grow throughout Europe, the Middle East, Southeast Asia, and Africa. Increasing investments in environmental restoration, flood control infrastructure, dredging operations, and coastal development projects have created strong demand for specialized soft terrain construction equipment.
Contractors recognize that amphibious excavators offer a competitive advantage by allowing access to challenging work areas while reducing project risk and improving operational efficiency.
As governments place greater emphasis on environmental management and climate resilience initiatives, amphibious excavation equipment is expected to play an increasingly important role in future infrastructure projects.
The best amphibious excavator solutions combine flotation capability, powerful hydraulic performance, and exceptional stability for operations in soft terrain environments. Whether used for wetland restoration, river dredging, flood control, marshland development, or coastal engineering, these machines help contractors complete projects more efficiently and safely.
For construction companies seeking reliable equipment for difficult ground conditions, investing in a modern amphibious excavator can significantly improve productivity while reducing operational challenges in wetlands, swamps, and waterlogged construction zones.
| Name/ type | unit | AUP70 | AUP80 |
| A.Length of pontoon | mm | 6400 | 6663 |
| B.Ground clearance ofplatform | mm | 1332 | 1628 |
| C. Overall height | mm | 3500 | 3480 |
| D.Boom transport height | mm | 2280 | 3334 |
| E.Overall length | mm | 7500 | 9110 |
| F. Rear slew radius | mm | 1512 | 2130 |
| G.Track gauge | mm | 2046-2846 | 2180/2780 |
| H. Undercariage width | mm | 2846-3646 | 3480/4080 |
| I. Width of pontoon | mm | 1000 | 1300 |
| J. Min.ground clearance | mm | 1010 | 1022 |
| K.Heigth of pontoon | mm | 1500 | 1520 |
| L Width of upper structure | mm | 2007 | 2207 |
| M.Ground length | mm | 2900 | 2515 |
| P.Spud length | mm | / | 4360 |
| Q.Total width (induding side pontoon) | mm | / | 5810 |
| a.Max.digging radius | mm | 7170 | 8996 |
| b.Max.digging radius at ground | mm | 6933 | 8772 |
| c. Max.digging depth | mm | 4370 | 5879 |
| d. Max.vertical digging depth | mm | 2713 | 4796 |
| e.Max.diggingheight | mm | 7684 | 8443 |
| f. Max.dumping height | mm | 6168 | 6457 |
| g. Min.front slew radius | mm | 2459 | 3524 |


A: An amphibious excavator is a specialized excavator equipped with floating pontoons that enable operation on soft ground, wetlands, marshes, and shallow water areas.
A: They are widely used for river dredging, wetland restoration, flood control, environmental protection, coastal engineering, and waterway maintenance projects.
A: Wide pontoons distribute machine weight over a larger surface area, significantly lowering ground pressure and preventing sinking in soft terrain.
A: Yes. Amphibious excavators are designed to work in shallow water, wetlands, swamps, and other saturated environments while maintaining stability.
A: Yes. River dredging is one of the primary applications of amphibious excavators due to their ability to access difficult shoreline and shallow-water areas.
A: Construction, dredging, environmental restoration, flood control, mining support, water management, and coastal engineering industries benefit significantly.
A: Key considerations include operating environment, machine size, digging reach, attachment compatibility, production requirements, and manufacturer support.
A: They support infrastructure development, flood prevention projects, wetland management, and waterway maintenance activities common across these regions.
Category: Amphibious Pontoon