AMCCT AB    For a track-bound future!

Construction time, cost and economy for railways 250 - 320 km/h

The purpose of introducing railways is to shorten travel times and speed up transport. The time saving for passengers and goods on the Swedish Transport Administration's line is gradually achieved over 25 years, while our line reaches the goal of short​​er journey times already after 5 years. This provides a very large social economic saving over the following 20 years.

The costs of building a railway include everything from buying land and carrying out ground work to manufacturing and assembling modules. By having the steel modules manufactured industrially and assembled on site, the cost of manufacturing is minimized. Likewise, we avoid road freight of large quantities of aggregate compared to an embankment construction. The earthwork for a foundation for a pillar is significantly less than building a stable embankment - and it is easier to adjust pillars during future subsidence in the ground.

Fast passenger transport between towns requires the stations to be centrally located in the cities. Otherwise, the traveler must change means of transport at least once more at the start and finish, which significantly extends the travel time. It is possible to keep current stations, if you let the new tracks rest on pillars, which means big savings.

The actual costs for alternative ways of building the railways require detailed knowledge of, among other things, a. the layout of the track and the nature of the ground. The Swedish Transport Administration is tasked with making cost comparisons. Below we report overview costs per kilometer of railway track from various consultant reports.

Tracks on steel bridge

AMCCT AB
Axle pressure 18 tons
Cost per km = SEK 155 million
Additonal signaland electricite 25%
Cost per km 39 million
Total cost per km 194 million
Investment 140 billion
Construction time 5 years

Tracks on steel bridge tracks

Additional cost InfraMag 
18 ton axle pressure
Cost per km = 60 million
Cost per km SEK 215 million
Additional electricity and signal system 25%
Cost per km 54 million
Total cost 269 million per km
Investment 194 billion
Construction time 5 years (Concurrent)

Tracks on concrete bridge 

SKANSKA
Axle pressure 14 - 22.5 tons
Cost per km = SEK 284 million
Investment SEK 205 billion

Construction time 12 years

Tracks on the ground

The Swedish Transport Administration
Axle pressure 22.5 tons
Cost per km = SEK 320 - 420 million
Investment SEK 230 - 305 billion
Construction time 25 years
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Swedish Transport Administration Budget
Cost per km = SEK 283 million
Investment SEK 204 billion
Construction time 25 years

A steel bridge weighs one tenth of a concrete bridge, and therefore requires much less transport and lifting.

AMCCT AB


Axle pressure 18 tons
Length 30 meters NOK
Weight 160 - 300 tons,
heaviest sub-component 35 tons
Can be handled by the tools and machines that are on the market today.

SKANSKA

Axle pressure 14 - 22.5 tons
Length 40 meters
Weight 925 -1100 tons
Requires special machines and logistics to be transported and handled..