Skip to main content

Goldhofer to a Faktor of 5

Goldhofer has launched its new Faktor 5 high girder bridges. The bridges, said by the German firm to allow the transport of up to five times their own weight, come in various models with deadweights ranging from 70 to 130tonnes, making it possible to transport payloads ranging from 350 to 650tonnes. Said by Goldhofer to be comfortable with transporting extremely heavy loads such as transformers, generators, or other heavy industrial components, the new high girder bridges have a vertical stroke in the loadi
January 3, 2013 Read time: 2 mins

Goldhofer has launched its new Faktor 5 high girder bridges.

The bridges, said by the German firm to allow the transport of up to five times their own weight, come in various models with deadweights ranging from 70 to 130tonnes, making it possible to transport payloads ranging from 350 to 650tonnes.
 
Said by 1449 Goldhofer to be comfortable with transporting extremely heavy loads such as transformers, generators, or other heavy industrial components, the new high girder bridges have a vertical stroke in the loading area of 1.8m, and progressively-adjustable loading widths ranging from 3m-6.75m. These measurements make the high girder bridges flexible, with an ease of adjustment guaranteeing the greatest comfort.

Due to claimed possible loading lengths of 11m to above 17m, as well as an extremely variable axle configuration (from 2m x 12m up to 2m x 20m), Goldhofer said there are to be “practically no limits” to the transport of large, heavy loads.  Furthermore, the high girder bridges with Faktor 5 are able to guarantee easy mobilisation and economical shipping in containers.

The innovative and technically mature high girder bridges, the lateral stabilisation system from Goldhofer, the reliable hydraulics system with pressures up to 250bar, and the intelligent cross-bracing system are all said to provide the greatest possible safety during transport and the maximum protection of precious loads.

Unveiling the Faktor 5 high girder bridges, Goldhofer chief executive Stefan Fuchs said: “With the new high girder bridge Faktor 5, we have created a highly technological and innovative product that further solidifies Goldhofer’s position as the international leader in heavy transport.”

For more information on companies in this article

Related Content

  • Volvo CE’s new L250H wheeled loader uses OptiShift to boost performance, safety and fuel economy
    January 6, 2017
    Volvo Construction Equipment’s new Tier 4 Final/Stage IV-compliant L250H wheeled loader has been designed to perform heavy tasks with better performance, safety and fuel economy levels using the manufacturer’s OptiShift technology. In North America the L250H is ideally suited to working with on-highway trucks, and the L250H will load a 22.7tonne tri-axle on-highway truck in just two passes. That’s two full buckets for one full truck says Volvo.
  • Volvo CE’s new L250H wheeled loader uses OptiShift to boost performance, safety and fuel economy
    March 7, 2014
    Volvo Construction Equipment’s new Tier 4 Final/Stage IV-compliant L250H wheeled loader has been designed to perform heavy tasks with better performance, safety and fuel economy levels using the manufacturer’s OptiShift technology. In North America the L250H is ideally suited to working with on-highway trucks, and the L250H will load a 22.7tonne tri-axle on-highway truck in just two passes. That’s two full buckets for one full truck says Volvo.
  • Tight spots for Grove long boom cranes
    January 19, 2017
    A single Tier 4 Final engine powers both of Manitowoc’s new Grove GMK5150L and GMK5250L all-terrain cranes. The company says that the concept was pioneered by Grove on its highly successful Grove GMK6400.
  • Advances in tunneling machines coming to market
    November 19, 2015
    A diverse array of new tunnelling technologies will help boost productivity and cut project costs, while boosting quality - Mike Woof writes The worldwide market for tunnelling projects continues to be strong, with a series of major projects underway or planned for the future. These good market conditions have helped fuel research and development in new tunnelling equipment, designed to be more productive, more efficient and more reliable and able to deliver a higher quality of work. Drilling and blas