Skip to main content

Material transfer vehicles for Poland

Roadtec Shuttle buggies are now being used on major road projects in Poland. This follows a decision made by the Polish road authority, GDDKIA, to use material transfer vehicles on highway projects. The need for a smooth running surface is paramount on highways as in Poland these tolled links can allow speed limits of up to 140km/h. This is why GDDKIA decided the use of a material transfer vehicle was crucial to optimising mix delivery into pavers, so as to help optimise surface finish.
April 1, 2014 Read time: 2 mins
Surface finish has been optimised due to the use of material transfer equipment from Roadtec
1252 Roadtec Shuttle buggies are now being used on major road projects in Poland. This follows a decision made by the Polish road authority, GDDKiA, to use material transfer vehicles on highway projects.

The need for a smooth running surface is paramount on highways as in Poland these  tolled links can allow speed limits of up to 140km/h. This is why GDDKiA decided the use of a material transfer vehicle was crucial to optimising mix delivery into pavers, so as to help optimise surface finish.

However, GDDKiA may start to apply similar requirements to some toll-free express roads that have speed limits of up to 120km/h. The response from GDDKiA has been favourable with regard to the quality, with one project seeing 12km of binder being laid in one in one week, using an 11m wide screed paving a 150mm thickness.

Poland’s 1250 Astec Road Machinery dealer, Road Construction Technology, has already supplied a number of Shuttle Buggies to contractors in the country, including Salini, Impreglio and PBDIM Kobylarnia. The first machine supplied was initially driven by Astec's operator who provided operational and maintenance training for the customer's staff, with a second machine being delivered one week later. Shuttle Buggies were also used on a 63km stretch of the key A1 highway project for four months. Contractor Kobylarnia used the machines on the A1 at Ciechocinek, with material supplied by an Ammann plant located about 45 km from the site and able to produce some 3,000tonnes/day. The mix was delivered using 25tonne capacity semi-trailers.

Paving was carried out by an ABG/2394 Volvo Titan 8820 featuring a fixed screed and two hydraulic extensions to lay down the base course, binder and wearing courses to a width of 11.5m.

Remixing the asphalt and feeding the paver through the Shuttle Buggy helped deliver a homogeneous material and allowed continuous paving through each shift. The use of a material transfer vehicle also reduced the number of trucks needed and the turnaround time to the mixing plant and back to the job site. The two Roadtec machines also benefit from automatic cleaning systems, which helps reduce maintenance needs.

For more information on companies in this article

Related Content

  • Purchase Enables Ammann to Build on Strong ABG Brand
    June 10, 2024
    Ammann Group has finalised its acquisition of the ABG paving product line from Volvo Construction Equipment.
  • Asphalt paving is seeing innovative new technology
    April 4, 2013
    With new machines coming to market, the asphalt paving sector is seeing an array of sophisticated technology now available
  • Customised mill cuts costs
    October 14, 2015
    A special customised cold planer has saved costs and time for a US contractor. In the US, New York State Highway 243 has benefited from an innovative use of novel milling technology. This 17.75km east–west state highway is located in the Southern Tier of New York and has been carrying traffic since the 1930 renumbering of state highways in the state. The NY 243 has been a utilitarian divided highway that begins at an intersection with NY 98 in the town of Freedom and proceeds south-eastward across mostly ru
  • Improvements to China's first desert expressway
    April 4, 2013
    The latest asphalt paving technology is now available and being utilised in novel ways to build and improve roads, often in challenging applications. Tough working environments, strict project deadlines and precise quality requirements are all posing engineering challenges for road construction projects around the world. For a number of asphalt paving applications, novel approaches and new technology are being employed to deliver projects on time and within specifications. In China, improvements to the coun