Quote:
Originally Posted by cornholio
Videos. I like Videos.
Here is tram/LRT network in Prague after a little accident on the tracks. Speed through the video.
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Trams can effortlessly push/tow other trams. While buses cannot and need a mammoth tow truck to pick them up.
If there is an accident and the intersection is closed, its very unlikely a trolley can do a U-turn downtown and go back. Likewise, it is limited to where the trolley wires were placed except for a few hundred metres on backup power.
A tram can easily go backwards if needed, as well.
Quote:
Originally Posted by cornholio
And here is a fairly bad accident where the tram takes out the station.
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Considering:
1. The tram (probably a CKD Tatra T3, designed in the 60s and built 1960-1980) is ancient
2. The pantographs are set up incorrectly, probably indicating driver inexperience. If the correct setup was used (very last pantograph at the end of the train), it would have killed power immediately when the backside went down the wrong track.
3. Ancient tracks in most of Prague (I was there 2 years ago).
I can find an instance of a Brill trolley bus crashing due to lack of modern safety technology if you like, as well (like ABS, stability control).
Quote:
Originally Posted by cornholio
Modern BRT networks are superior and still rapidly improving. Here is a older one in operation:
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I'll agree there comparing a 1960s tram to a modern trolley. However, completely disagree with a modern tram.
Advantages I can immediately think of are:
- Loading platforms which are flush with the tram
- Trams can go full speed over switches, trolleys have to slow to a crawl to not bring down the whole intersections wiring
- Much faster top speed due to infrastructure (rails and overhead wiring) support it
- No need for negative and positive wiring above (only 1)
- Much less wear and tear/maintenance compared to a bus (tires and many more moving parts that are prone to failure like sterring components and suspension)
- Extremely unlikely to lose contact with power