Chapter 143
Before embarking on the grand railway construction, another issue lay before the Austrian Government: the standard railway gauge.
This standard could not be set carelessly. Whether broad-gauge or narrow-gauge railways were better had to be determined according to actual needs.
Rail gauges ranging from the narrowest 610 mm to the widest 2,141 mm were all possible options. Of course, if reality demanded it, the gauge could be narrowed further or widened further.
The advantage of broad-gauge railways was greater train stability. They were less likely to derail, and could make train travel smoother and more comfortable. Their drawback was an excessively large turning radius and higher construction costs.
Naturally, wider tracks allowed wider carriages, and payloads could increase accordingly. The prerequisite was that the railway itself could bear greater loads. This required comprehensive consideration; gauge alone could not decide it.
Overall, broad-gauge railways could carry more freight, but constrained by other factors, their actual payloads might not necessarily increase.
For passenger transport, broad-gauge railways clearly held the advantage, offering more spacious interiors and a more comfortable experience.
Things as lofty as gauge-changing technology did not need to be considered in this era. Even the high-performance trains of later generations could not be produced in this age.
Perhaps in later times, trains over three meters wide could run on narrow-gauge railways as well, but that was plainly impossible in this era. It might not pose much of a problem on flat plains, but once they went uphill and downhill, derailment would be only a matter of minutes.
Political and military factors also had to be considered. For the sake of national defense, railways were deliberately built to standards different from those of neighboring countries, so that in wartime the enemy could not swiftly make use of their railways.