Skip to main content

Roadtec’s Shuttle Buggy SB2500e has a Cummins T4i engine

Roadtec is showcasing the latest version of its SB2500e Shuttle Buggy material transfer vehicle (MTV) at Conexpo fitted with a new Tier 4i Cummins engine, rather than a Cat unit.
March 4, 2014 Read time: 2 mins
Roadtec’s lates Shuttle Buggy has a Cummins T41 engine
1252 Roadtec is showcasing the latest version of its SB2500e Shuttle Buggy material transfer vehicle (MTV) at Conexpo fitted with a new Tier 4i 196 Cummins engine, rather than a 2294 CAT unit.

Roadtec made the engine switch to Cummins due to the manufacturer’s track record and confidence in its availability, said Scott Lee, advertising co-ordinator with Roadtec. “Cummins has worked with us in the past. They addressed several problems we were having with the T4 system.”

Roadtec, which invented the concept of material transfer vehicles (MTV) more than 20 years ago, has made a number of improvements to the machine, all designed to make it more efficient and more durable.

“It has a bigger throughput,” said Lee. “The slats are bigger and the flight and auger system has been redesigned to better handle material and give a longer life.”

Roadtec has also beefed up the wear plates inside the machine, tripling their strength by upgrading the steel used. This will also increase the machine’s life, said Lee.

Changes have also been made to improve maintenance. The opening to the unloading conveyor opens all the way across to make cleaning easier. And the transfer conveyor has fully opening Bombay doors beneath, also to aid cleaning.

The Shuttle Buggy has a 22.7tonne storage capacity, with a truck unloading capacity of 907tonnes/hour and a paver loading capacity of 544tonnes/hour.www.roadtec.com

For more information on companies in this article

Related Content

  • Race track construction in Japan
    March 13, 2024

    Road construction machines from the Wirtgen Group have been used to build a new race track in Japan. Four Vögele asphalt pavers worked on the project to build a demanding circuit in a mountainous area in Japan.

    Tight corners and uphill gradients of up to 19% are features of the private racing circuit. Three Vögele pavers, a SUPER 1800-3i, a SUPER 1803-3i and a SUPER 1900-2, paved almost 100,000m2 in four layers, while a MT 3000-3i offset material feeder was also used to ensure efficiency and quality.

  • New innovations are being developed in diesel engines and drive technologies
    April 24, 2013
    Innovative new engine emissions control technology is coming to market - Mike Woof reports. The diesel engine sector has been one of the most active and innovative areas for technological development in the past 10 years. Engine firms have invested enormous sums in developing new, low emissions technologies that reduce the quantities of nitrous oxide and particulates from the tailpipe. All the firms have taken a different approach in this regard, using various combinations of the technologies available such
  • Plant advances for asphalt production boost efficiency
    May 30, 2018
    Advances in asphalt plant technology will boost efficiency for producers, while increasing the percentage of recycled materials that can be used in the mix - Mike Woof writes. Asphalt plant technology continues to advance as the rival firms fine-tune their technologies for greater performance. New plants can give higher quality output due to new control technologies, while also allowing for recycled asphalt pavement (RAP) to be used more efficiently, while still ensuring tight mix specifications are met. A
  • Easy operating
    July 31, 2012
    Modern asphalt plants are a far cry from the early models, and are capable of producing a wide variety of mixes at the touch of a button. Patrick Smith reports Cutting-edge software-based control technology makes today's asphalt mixing plants simple and efficient to operate. The tightening of clean air regulations is reducing the emissions from the plants, and the current focus is on the goal of raising the processed portion of reclaimed asphalt (RA) towards 100%, says Ammann Group, which has been involved