aluminium trench bridges
Our trench bridges are made of a special extruded aluminium profile that is particularly useful for overcoming construction obstacles such as excavations or trenches. They allow not only people to cross these obstacles, but also wheeled or tracked vehicles used in normal construction site activities. Equipped with a non-slip walking surface, foldable guardrails and toeboard, they are particularly suitable for use in a horizontal position.
Loading platform- Gangway
€2,965.24*
Driving and walking bridge made of aluminium
Length: 5060 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1250 mm (value C)
Outer width: 1370 mm (value D)
Hand railing height: 1000 mm (value E)
Max. pit width: 4400 mm
Weight: 149 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 1292 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 1204 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Loading platform- Gangway
€1,855.69*
Driving and walking bridge made of aluminium
Length: 2660 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1250 mm (value C)
Outer width: 1370 mm (value D)
Handrail height: 1000 mm (value E)
Max. pit width: 2000 mm
Weight: 81 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 1500 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 1432 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Trench bridge, length 1260 mm, inner width 1000 mm
€1,341.37*
Driving and walking bridge made of aluminium
Length: 1260 mm (see sketch, value A)
Foot holder height: 200 mm (value B)
Inner width: 1000 mm (value C)
Outer width: 1120 mm (value D)
Hand railing height: 1000 mm (value E)
Max. width of pit: 600 mm
Weight: 37 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 3000 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 4500 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for wheeled vehicles, the wheel impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimum value is 50% to <50%
The two ends of the gangway must each rest on the ground for a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Trench bridge, length 1260 mm, inner width 1250 mm
€1,373.02*
Driving and walking bridge made of aluminium
Length: 1260 mm (see sketch, value A)
Foot holder height: 200 mm (value B)
Inner width: 1250 mm (value C)
Outer width: 1370 mm (value D)
Hand railing height: 1000 mm (value E)
Max. width of pit: 600 mm
Weight: 41 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 1500 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 1432 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
Both ends of the gangway must rest on the ground for a length of at least 330 mm each!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded.
Trench bridge, length 1660 mm, inner width 1000 mm
€1,421.34*
Driving and walking bridge made of aluminium
Length: 1660 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1000 mm (value C)
Outer width: 1120 mm (value D)
Handrail height: 1000 mm (value E)
Max. width of pit: 1000 mm
Weight: 47 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 3000 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 4500 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Trench bridge, length 1660 mm, inner width 1250 mm
€1,459.65*
Driving and walking bridge made of aluminium
Length: 1660 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1250 mm (value C)
Outer width: 1370 mm (value D)
Handrail height: 1000 mm (value E)
Max. pit width: 1000 mm
Weight: 52 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 1500 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 1432 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Trench bridge, length 2260 mm, internal width 1000 mm
€1,704.08*
Driving and walking bridge made of aluminium
Length: 2260 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1000 mm (value C)
Outer width: 1120 mm (value D)
Handrail height: 1000 mm (value E)
Max. width of pit: 1600 mm
Weight: 62 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 3000 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 4500 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Trench bridge, length 2260 mm, internal width 1250 mm
€1,769.05*
Driving and walking bridge made of aluminium
Length: 2260 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1250 mm (value C)
Outer width: 1370 mm (value D)
Handrail height: 1000 mm (value E)
Max. pit width: 1600 mm
Weight: 70 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 1500 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 1432 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Trench bridge, length 2660 mm, internal width 1000 mm
€1,785.71*
Driving and walking bridge made of aluminium
Length: 2660 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1000 mm (value C)
Outer width: 1120 mm (value D)
Handrail height: 1000 mm (value E)
Max. width of pit: 2000 mm
Weight: 72 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 3000 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 3514 kg
Please also note the following information!
For crawler-type vehicles, the width of the crawler tracks must be at least 200 mm; for wheeled vehicles, the wheel impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it has to overcome an elevation, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Trench bridge, length 3260 mm, inner width 1000 mm
€2,110.82*
Driving and walking bridge made of aluminium
Length: 3260 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1000 mm (value C)
Outer width: 1120 mm (value D)
Hand railing height: 1000 mm (value E)
Max. width of pit: 2600 mm
Weight: 87 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 2746 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 2375 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimum value is 50% to <50%
The two ends of the gangway must each rest on the ground for a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Trench bridge, length 3260 mm, inner width 1250 mm
€2,199.12*
Driving and walking bridge made of aluminium
Length: 3260 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1250 mm (value C)
Outer width: 1370 mm (value D)
Hand railing height: 1000 mm (value E)
Max. pit width: 2600 mm
Weight: 98 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 1500 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 1432 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Trench bridge, length 4060 mm, inner width 1000 mm
€2,622.05*
Driving and walking bridge made of aluminium
Length: 4060 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1000 mm (value C)
Outer width: 1120 mm (value D)
Hand railing height: 1000 mm (value E)
Max. width of pit: 3400 mm
Weight: 107 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 1830 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 1658 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for wheeled vehicles, the wheel impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
Trench bridge, length 4060 mm, inner width 1250 mm
€2,732.00*
Driving and walking bridge made of aluminium
Length: 4060 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1250 mm (value C)
Outer width: 1370 mm (value D)
Handrail height: 1000 mm (value E)
Max. width of pit: 3400 mm
Weight: 121 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 1500 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 1432 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimum value is 50% to <50%
The two ends of the gangway must each rest on the ground for a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
trench bridge, length 5060 mm, inner width 1000 mm
€2,834.58*
Driving and walking bridge made of aluminium
Length: 5060 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1000 mm (value C)
Outer width: 1120 mm (value D)
Handrail height: 1000 mm (value E)
Max. width of pit: 4400 mm
Weight: 132 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 1292 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 1204 kg
Please also note the following information!
The width of the caterpillar tracks must be at least 200 mm for caterpillar vehicles; for tyre vehicles, the tyre impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it overcomes an elevation, so that it no longer rests horizontally, the maximum gradient of 5% must not be exceeded!
trench bridge, length 6060 mm, inner width 1000 mm
€3,150.70*
Driving and walking bridge made of aluminium
Length: 6060 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1000 mm (value C)
Outer width: 1120 mm (value D)
Handrail height: 1000 mm (value E)
Max. width of pit: 5400 mm
Weight: 157 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 998 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 945 kg
Please also note the following information!
For tracked vehicles, the width of the tracks must be at least 200 mm; for wheeled vehicles, the wheel impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!
trench bridge, length 6060 mm, inner width 1250 mm
€3,329.62*
Driving and walking bridge made of aluminium
Length: 6060 mm (see sketch, value A)
Strut height: 200 mm (value B)
Inner width: 1250 mm (value C)
Outer width: 1370 mm (value D)
Hand railing height: 1000 mm (value E)
Max. pit width: 5400 mm
Weight: 178 kg
Load capacity
* for a 750 mm wide crawler-type vehicle and a track length of 1000 mm: 998 kg
* for a 900 mm wide wheeled vehicle and a wheelbase of 750 mm: 945 kg
Please also note the following information!
For tracked vehicles, the width of the tracks must be at least 200 mm; for wheeled vehicles, the wheel impression must be at least 200 x 200 mm!
The maximum permissible axle load distribution is 40% to 60%, the optimal value is 50% to <50%
The two ends of the gangway must each rest on a length of at least 330 mm!
If the bridge is set up in such a way that it crosses a hill, so that it is no longer horizontal, the maximum gradient of 5% must not be exceeded!