Composite Bog Access Mats are hollow-core composite polyethylene panels designed for temporary vehicle routes across bog areas, marshland, deep mud, saturated soil, and other difficult soft ground conditions.
The main AmphiMat-2 model measures approximately 4270 × 2180 × 80 mm, with an overall textured thickness of approximately 88 mm. It weighs around 435 kg, provides approximately 8.0 m² of listed effective area, and has a stated load capacity of approximately 120 tonnes.
The overlapping flange structure and interlocking connection system help create continuous temporary roads while reducing unwanted panel separation and movement under repeated vehicle traffic.
Composite Bog Access Mats are large-format temporary access panels designed specifically for bog areas, marshy ground, saturated soil, deep mud, soft terrain, and other locations where conventional temporary road panels may require greater structural depth and more secure connections.
The product shown uses a hollow-core composite polyethylene structure combined with overlapping flanges and an interlocking connection system. These features allow neighboring panels to form a stronger and more continuous temporary access route for vehicles and mobile equipment operating across weak ground.
The main model featured on this product page measures approximately 4270 × 2180 × 80 mm. With the raised surface texture included, the overall thickness is approximately 88 mm. The panel weighs around 435 kg, provides approximately 8.0 m² of listed effective area, and has a stated load capacity of approximately 120 tonnes under suitable ground, support, connection, and operating conditions.
A larger model is also listed at approximately 5980 × 2180 × 80 mm. Its overall thickness with surface texture is approximately 88 mm, the unit weight is around 620 kg, and the listed effective area is approximately 12.0 m². This model also has a stated load capacity of approximately 120 tonnes.
Composite Bog Access Mats can be used to create temporary vehicle roads, industrial access routes, equipment lanes, working surfaces, and modular trackways where the original ground is too soft, wet, or unstable for repeated direct traffic.
The AmphiMat-2 model is the main specification used for this product page because it matches the approximately 4270 × 2180 mm panel shown in the product title and reference information.
| Item | Main Specification |
|---|---|
| Model | AmphiMat-2 |
| Panel Size | 4270 × 2180 × 80 mm |
| Thickness with Texture | 88 mm |
| Approx. Weight | 435 kg |
| Listed Effective Area | Approx. 8.0 m² |
| Stated Load Capacity | 120 tonnes |
| Material | Composite Polyethylene |
| Structure | Hollow-Core Panel |
| Edge Design | Overlapping Flanges |
| Connection | Interlocking System |
| Typical Application | Bog, Marsh, Mud and Soft Ground Access |
The panel body is approximately 80 mm thick before the raised traction texture is included. According to the reference specification, the total thickness with surface texture reaches approximately 88 mm.
This distinction is important because the external surface profile contributes additional height beyond the main structural panel body.
The 4270 × 2180 mm nominal dimensions equal approximately 9.31 m² of overall rectangular panel area. The product specification separately lists an effective working area of approximately 8.0 m², which may account for the overlapping edge geometry and actual connected coverage.
The approximately 435 kg unit weight means mechanical handling should be considered during transportation, installation, route extension, removal, and stacking.
The stated 120-ton load capacity should always be considered together with the complete temporary access system rather than as a universal guarantee for every vehicle or site.
The reference product range includes two principal hollow-core panel sizes.
| Model | Panel Size | Thickness with Texture | Approx. Weight | Effective Area | Stated Load |
|---|---|---|---|---|---|
| AmphiMat-1 | 5980 × 2180 × 80 mm | 88 mm | 620 kg | 12.0 m² | 120 tonnes |
| AmphiMat-2 | 4270 × 2180 × 80 mm | 88 mm | 435 kg | 8.0 m² | 120 tonnes |
The larger AmphiMat-1 panel measures approximately 5980 × 2180 × 80 mm. The total thickness with surface texture is listed at approximately 88 mm.
At approximately 620 kg per panel, this model provides a listed effective area of around 12.0 m². Its greater length allows more of a temporary access route to be covered with each individual panel.
The AmphiMat-2 model measures approximately 4270 × 2180 × 80 mm, weighs around 435 kg, and provides approximately 8.0 m² of listed effective area.
Both models have a stated load capacity of approximately 120 tonnes under suitable operating conditions.
The correct panel should be selected according to route length, vehicle requirements, transport limitations, lifting equipment, ground conditions, and installation layout.
One of the most distinctive features of Composite Bog Access Mats is the hollow-core structural design.
The panels are substantially deeper than conventional 10 mm, 12.7 mm, or 20 mm solid temporary ground protection sheets.
The approximately 80 mm main panel thickness creates a deeper structural section suitable for demanding temporary access applications.
The hollow design can provide a practical combination of:
A fully solid polyethylene block with dimensions approaching 6 m × 2.18 m × 80 mm would be substantially heavier. The hollow structural concept allows the product to maintain large dimensions and significant depth without using the same volume of material as a completely solid section.
Final performance depends on the complete design, including internal geometry, wall structure, composite material formulation, edge construction, connection system, ground support, and manufacturing quality.
Composite Bog Access Mats are particularly intended for ground conditions where direct vehicle movement can quickly become difficult.
Typical difficult surfaces include:
On saturated ground, repeated vehicle movement can force tyres or tracks deeper into the surface. The route may become progressively more unstable as traffic continues.
The large structural panels create a temporary operating surface between the vehicle and the original terrain.
The wide 2180 mm panel format also provides a substantial working width for temporary access applications.
Extremely weak ground may still require additional preparation. Depending on actual conditions, this can include drainage, geotextile, aggregate, levelling, or another supporting layer.
The edge structure is another important feature of Composite Bog Access Mats.
The reference product uses overlapping flanges rather than relying only on simple butt joints between neighboring panels.
This overlapping edge concept can help create a more continuous connected surface and reduce exposed gaps between individual mats.
On soft or muddy ground, open gaps between temporary road panels may allow:
Overlapping flanges help neighboring panels interact more closely as part of the complete temporary road system.
The overlap direction and installation sequence should remain consistent along the access route.
The interlocking connection system helps separate Composite Bog Access Mats from independent ground protection sheets.
Individual panels can be connected to form:
A secure connection arrangement can help reduce unnecessary independent panel movement during repeated traffic.
Without appropriate connections, panels may shift because of:
The interlocking design helps multiple panels form a more organized temporary road layout.
The final connection arrangement should be selected according to panel orientation, route width, vehicle direction, turning areas, ground condition, and traffic frequency.
Temporary panels installed on boggy or unstable ground can be subjected to complex movement during vehicle traffic.
Composite Bog Access Mats combine overlapping edges and interlocking connections to help reduce problems such as:
This does not mean that movement is impossible under every condition. Installation quality, ground support, connection condition, vehicle operation, traffic frequency, and route geometry still affect performance.
Connectors and overlapping areas should be inspected regularly during demanding temporary access operations.
Composite Bog Access Mats are manufactured from composite polyethylene according to the reference product specification.
The material provides several useful characteristics for temporary outdoor access applications:
Compared with conventional steel road plates, polyethylene-based panels do not rust during normal outdoor exposure.
Compared with untreated timber mats, the plastic material does not rot, splinter, or absorb water in the same way.
These characteristics are especially useful in bog, marsh, mud, and wet ground environments where exposure to moisture is unavoidable.
For general information about the base material, read more about polyethylene and its material properties.
The working surface of Composite Bog Access Mats uses a raised traction structure.
The surface texture increases the total panel thickness from approximately 80 mm to approximately 88 mm.
The raised profile creates more interaction with vehicle tyres or tracks than a completely smooth plastic surface.
This can be useful where the temporary road is exposed to:
Actual traction still depends on vehicle speed, tyre condition, track design, surface contamination, route slope, braking, and turning movement.
Excessive mud, oil, stones, or debris should be removed when necessary because heavy contamination can reduce surface traction.
Composite Bog Access Mats can be used for demanding temporary access requirements where the original ground is weak, wet, or unstable.
Typical applications include:
The hollow structural design is particularly suitable where thinner lightweight protection mats do not provide enough depth for the intended route conditions.
For another large-format temporary access solution, view our Heavy Duty Polyethylene Road Mats for heavy vehicle routes and difficult outdoor ground.
The reference specification states that the product is intended for different vehicle types.
Depending on the selected model, ground preparation, connection system, and installation conditions, the panels may be used for:
The 120-ton stated load capacity should always be evaluated as part of the complete temporary access system.
A wide tracked vehicle distributes load differently from a narrow tyre or concentrated axle load.
Vehicle speed, braking, turning, traffic frequency, and ground bearing capacity should all be considered.
Both listed Composite Bog Access Mats models have a stated load capacity of approximately 120 tonnes.
This figure should not be interpreted as a guarantee that every 120-ton vehicle can operate on every bog, marsh, or soft ground surface.
Actual performance depends on:
For concentrated equipment loads, outriggers, stabilizer legs, or small support feet, separate load assessment may be required.
A concentrated support point can create substantially greater local pressure than a distributed vehicle load.
The two available panel formats serve different installation and handling requirements.
The AmphiMat-2 model provides:
This shorter format may be more practical where transport space, turning layout, lifting capacity, or route geometry limits the use of very long panels.
The AmphiMat-1 model provides:
The longer model covers more route length with each individual panel but also requires greater lifting, transport, and installation capacity.
The largest panel is not automatically the best solution for every project.
One of the practical advantages of Composite Bog Access Mats is their reusable modular construction.
After the access route is no longer required, panels can be:
Before reuse, the following areas should be checked:
Correct lifting, transport, stacking, and storage can help maintain the practical service life of the mats.
Selecting the correct Composite Bog Access Mats requires consideration of the complete operating environment.
Important selection factors include:
The 4270 × 2180 mm version provides a lower individual panel weight of approximately 435 kg.
The 5980 × 2180 mm version provides approximately 12.0 m² of listed effective area but weighs approximately 620 kg.
The final selection should balance route coverage, transport, handling, ground support, vehicle type, and installation requirements.
Before installing Composite Bog Access Mats, the proposed route should be inspected carefully.
Deep holes, severe level differences, unsupported voids, uncontrolled water flow, sharp objects, and extremely weak ground sections should be evaluated before installation.
Panels should be positioned according to the correct overlap direction.
Interlocking connections should be installed and checked so neighboring mats remain correctly aligned.
Turning zones, braking areas, concentrated loads, and heavily used sections may require additional planning because these locations create different forces from straight-line traffic.
For extremely weak bog or marsh conditions, additional ground preparation may still be required.
Composite Bog Access Mats provide a heavy-duty temporary access solution for bog areas, marshland, deep mud, saturated soil, soft terrain, heavy vehicle routes, and remote outdoor operations.
The main AmphiMat-2 panel measures approximately 4270 × 2180 × 80 mm. Its total thickness with surface texture is approximately 88 mm, the unit weight is around 435 kg, and the listed effective area is approximately 8.0 m².
The larger AmphiMat-1 model measures approximately 5980 × 2180 × 80 mm, weighs around 620 kg, and provides approximately 12.0 m² of listed effective area.
Both models have a stated load capacity of approximately 120 tonnes under suitable ground, support, connection, and operating conditions.
With hollow-core composite polyethylene construction, overlapping flanges, interlocking connections, raised traction surfaces, low water absorption, and reusable design, these mats are suitable for temporary roads and working surfaces in difficult wet and soft ground environments.
The final panel model, route layout, ground preparation, connection arrangement, and operating load should always be selected according to the actual site conditions.
Check drawings for full specifications and confirm materials according to service conditions to prevent product defects.
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