mdrejhon
Senior Member
Several threads has this Montreal info mentioned in other threads...
(CBTC = Communications Based Train Control, which also enables Automatic Train Control features).
For GO RER, Metrolinx docs mention CBTC which includes automation features (supervised Autopilot-style automation for speed optimization to keep short headways), which may be the same as this. However, full automation is an optional feature of CBTC, but the feature is there if it is deployed, probably as supervised Autopilot-style operation in GO's case.
CBTC is that same type of system TTC is installing to enable 2-minute headways on Yonge with supervised autopilot-style automatic train operation. Metrolinx is wanting to doing the same for the $13.5bn GO RER to enable the sub-15-minute headways we keep hearing about, as little as 4-minute headways.
So Metrolinx may apparently be getting similiar "automatic" system at the cost of $800 million (already part of $13.5bn RER budget), albiet almost certainly not fully enabled for automated/unmanned. At the minimum, automatic braking features would presumably be enabled -- for safety purposes when trains enroach into the buffer space of the train ahead.
More info: GO Transit Train Control --and-- Metrolinx docs on CBTC
Trainset aside, it probably has a lot of elements in common with GO RER, such as CBTC infrastructure upgrades.Whoa, this sounds amazing. Not to mention a heluva lot more interesting than SmartTrack. I was thinking this is a tram-train proposal, considering it says "light rail". But it also says fully automated.
(CBTC = Communications Based Train Control, which also enables Automatic Train Control features).
For GO RER, Metrolinx docs mention CBTC which includes automation features (supervised Autopilot-style automation for speed optimization to keep short headways), which may be the same as this. However, full automation is an optional feature of CBTC, but the feature is there if it is deployed, probably as supervised Autopilot-style operation in GO's case.
CBTC is that same type of system TTC is installing to enable 2-minute headways on Yonge with supervised autopilot-style automatic train operation. Metrolinx is wanting to doing the same for the $13.5bn GO RER to enable the sub-15-minute headways we keep hearing about, as little as 4-minute headways.
So Metrolinx may apparently be getting similiar "automatic" system at the cost of $800 million (already part of $13.5bn RER budget), albiet almost certainly not fully enabled for automated/unmanned. At the minimum, automatic braking features would presumably be enabled -- for safety purposes when trains enroach into the buffer space of the train ahead.
More info: GO Transit Train Control --and-- Metrolinx docs on CBTC
Last edited: