Shuttle Net

Europe's leading intermodal network

Reliable, flexible, connected

Integrated network with 130 daily trains on Europe's main corritors

Terminals across north Italy, Benelux, Germany, Switzerland, Austria, Poland - owned or in partnership

Modern fleet: 8,300 wagon modules for maximum independence and flexibility

 

Local teams in 10 countries, focused on customer service

 

Railway partners with high reliability standards

 

Contingency management with reserve trains & loco pools, 24/7 traffic monitoring

 

Smart digital tools for booking, planning & real-time tracking

 

Technical support to ensure full compatibility with intermodal standards

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Contact

Peter
Dannewitz
Sales Director
Hupac Intermodal SA
Viale R. Manzoni 6
CH-6830 Chiasso
+41 58 8558155
pdannewitz@hupac.com
Terminal Busto Arsizio-Gallarate is preparing to handle 740 m long trains

On the weekend of 21 June, a new digital interlocking system was successfully introduced at the Busto Arsizio-Gallarate terminal. The computerised system manages all trains entering and leaving the terminal in the direction of Gallarate station. It replaces the old electromechanical system, which has been in operation since 1998.

 

The introduction of the new technology will allow the modification of the current Hupac pick-up and delivery tracks with a lengthening of the sidings. "By the end of 2020 the terminal will be able to handle trains 740 metres long in conjunction with the upgrade of the transalpine railway infrastructure", announces Dario Arcotti, Head of Engineering at the Hupac Group.

 

The new digital signalling system controls the rail traffic at the interface between the terminal and the RFI network. By the end of 2021 it will also manage the internal circulation of the entire terminal, controlling switches, signals and level crossings in a safe and flexible way.

Terminal Busto Arsizio-Gallarate is preparing to handle 740 m long trains

On the weekend of 21 June, a new digital interlocking system was successfully introduced at the Busto Arsizio-Gallarate terminal. The computerised system manages all trains entering and leaving the terminal in the direction of Gallarate station. It replaces the old electromechanical system, which has been in operation since 1998.

 

The introduction of the new technology will allow the modification of the current Hupac pick-up and delivery tracks with a lengthening of the sidings. "By the end of 2020 the terminal will be able to handle trains 740 metres long in conjunction with the upgrade of the transalpine railway infrastructure", announces Dario Arcotti, Head of Engineering at the Hupac Group.

 

The new digital signalling system controls the rail traffic at the interface between the terminal and the RFI network. By the end of 2021 it will also manage the internal circulation of the entire terminal, controlling switches, signals and level crossings in a safe and flexible way.

Renzo
Capanni
Director Company Shuttle & Shuttle
Net East Europe
Hupac Intermodal AG
Bruggerstrasse 37
CH-5400 Baden
+41 58 8558080
rcapanni@hupac.com
Terminal Busto Arsizio-Gallarate is preparing to handle 740 m long trains

On the weekend of 21 June, a new digital interlocking system was successfully introduced at the Busto Arsizio-Gallarate terminal. The computerised system manages all trains entering and leaving the terminal in the direction of Gallarate station. It replaces the old electromechanical system, which has been in operation since 1998.

 

The introduction of the new technology will allow the modification of the current Hupac pick-up and delivery tracks with a lengthening of the sidings. "By the end of 2020 the terminal will be able to handle trains 740 metres long in conjunction with the upgrade of the transalpine railway infrastructure", announces Dario Arcotti, Head of Engineering at the Hupac Group.

 

The new digital signalling system controls the rail traffic at the interface between the terminal and the RFI network. By the end of 2021 it will also manage the internal circulation of the entire terminal, controlling switches, signals and level crossings in a safe and flexible way.