What Causes Subway Delays?

The TTC’s Andy Byford recently committed to a major reduction in subway delays by 2019 thanks in large measure to the introduction of a new signal system on Line 1 Yonge-University-Spadina.

Can this level of reduction actually be achieved? To get a sense of this, we must look at the actual delay reports from the TTC to see the location and type of service interruption. If a problem only account for one quarter of all delays, then a three-quarter reduction in delays cannot possibly be achieved simply by eliminating this class of problem. Similarly, if half of the delays are on one line, and a new technology is implemented on another, then nothing has been done to address delays on the untouched part of the system.

The TTC reports overall reliability statistics in the CEO’s report, but these are (a) not subdivided by cause and (b) use a measure of service “reliability” that would give a perfect score even if a large proportion of the service were missing. As long as trains are close enough to each other, even if there is one gap leading the pack or all of the trains crawl along the line, they do not count against the metric the TTC used for years to report service quality.

The counts below were calculated by reviewing all of the TTC eAlerts for service interruptions on the four rapid transit lines for January 2016. Anyone who reads these alerts and rides the system regularly knows that some delays never make it to an alert, but this is the best we have for published information.

Type of Delay                    Line 1    Line 2    Line 3    Line 4

Passenger Alarm                   6  16%   14  23%    2  18%
Signals                          11  30%   11  18%              3  60%
Mechanical                        1   3%    4   7%    8  73%    1  20%
Track                                       3   5%
Switching                                   1   2%
Security                          5  14%    6  10%              1  20%
Police Investigation              3   8%    4   7%
Fire Investigation                3   8%    8  13%    1   9%
Medical                           3   8%    4   7%
Power Off                         4  11%    3   5%
Unauthorized at Track Level                 1   2%
Late Clearing Work Zone           1   3%    1   2%
Unspecified                       0         1   2%

Total                            37        61        11         5

The details of the incidents are in the following table.

201601_SubwayDelayStats

This is only a one month sample, and there are bound to be somewhat different numbers for other periods, but this gives the flavour of the situation.

Signal problems, annoying though they may be, account for only 30% of the delay incidents on the Yonge line, and 18% on the Bloor line for January 2016. That said, these tend to be the most long-lasting incidents and so their effect is greatly out of proportion to their number. Moreover, the incident count is higher on the Bloor-Danforth line by a wide margin. The new signals on Yonge-University will certainly improve conditions on that route, but delays overall will not be a thing of the past.

If the TTC is going to shoot for improvements, then they must start reporting their delay statistics at a more granular level so the a link will be visible between the type of “fix” undertaken and the location and type of delay whose stats go up or down. This would be a much more useful measure both of service quality and of the effects of management programs to improve the quality of transit service.

Memo to John Tory: Where’s The $50 Million? (Updated)

The Mayor and other worthies showed up for a press conference and photo op today at Davisville Shops to trumpet all the new money the TTC will be getting in 2016.

Quoting the TTC’s Media Release:

In 2015, the TTC received an unprecedented $95 million increase to its budget and is set to receive over $50 million in new, annualized funding in 2016 to improve service on buses, streetcars and subways that serve the 555 million riders who use the TTC each year.

“Through two budget cycles, we have made significant service enhancements and continue to improve the experience for our customers” said TTC Chair Josh Colle, “As TTC Chair, I will continue to push for further investments to enhance service, and make the TTC less crowded and more reliable for our customers.”

Those are stirring words, but let’s have a look under the covers. Here is the TTC Budget as presented by the City Budget Analyst going into debates at Budget Committee.

PrelimANotes_OpsBudgetByCategory

The important line here is “Total Net Expenditures” which is another way to say “subsidy from the City of Toronto”. The actual increase from 2014 actual to 2015 projected is only about $77 million ($393m to $470m). The projected bump to 2016 is a further $25.6m, and that looks good only because it is relative to the 2015 actual, not budget.

On a budget to budget basis, the change is only about $21.5m ($473.7m to $495.2m). Even that may overstate the real increase because the “change from 2015 approved” budget shows growth of only $11.1m. This is probably due to in-year amendments to the 2015 budget.

(The inconsistencies in budget reporting at the City and TTC are an ongoing challenge, and there is usually just enough information missing to cloud any analysis.)

Note that these numbers include the effect of the fare increase, but do not include the TTC Board’s proposed enhancements.

There was a lot of fine tuning at the Budget Committee, but at the end of the day only the following changes were approved:

  • POP Inspectors: $1.7m
  • Streetcar service reliability: $1.2m
  • Early Sunday surface (surface routes): $0.6m
  • Discretionary spending : $5m reduction

That’s right – the cut in discretionary spending (paperclips, conferences, and other accounts the TTC has already pillaged to find “efficiencies”) is bigger than the approved additions to the budget. This is in a budget where there is already an across the board $10m reduction to reflect savings based on actual spending patterns vs budget in 2015.

The key phrase in the release above is “new, annualized funding” which is takes the improvements approved for 2015 and operates them for the full year. No real “new” investment for 2016. Worth remembering are the items that were not approved by the TTC Board and/or the Budget Committee:

  • Reliability Centred Maintenance (Pro-active vs Re-active): $7.7m
  • Track Safety (Flag Persons): $1.8m
  • Training: $1.8m
  • Bus Service Reliability: $2.0m
  • Express Bus Services: $1.6m
  • Subway Service Reliability: $0.6m
  • Line 1 3-minute service: $2.8m
  • Cherry Street streetcar service: $0.8m

When the TTC turns into a publicity machine for the Mayor, and so much that was touted as part of the 2016 Budget doesn’t make it past the sharp knives at Budget Committee, press conferences about “improvement” and “investment” ring rather hollow.

So, please Mayor Tory, stop using our subway trains as publicity props, and start being straight with Toronto about what you are really spending on transit service. As anyone who reads the budget can tell, the big increase in TTC “funding” comes from the paying customer, the riders who pay higher fares, not from the penny-pinching City Council and a Mayor who cares more about looking like he is pro-transit than actually paying for the honour.

Updated:

The TTC’s Brad Ross explains the $50m figure thus:

There’s $20M in additional subsidy over 2015. The balance of $30M is annualized for the new and enhanced services begun, primarily, in the fall that now apply to all of 2016. That’s in addition to POP, early Sunday service, streetcar reliability and the 5 express routes that start in March.

I hate to point this out, but the basic numbers show that the City has very little on the table in this game, and the riders are paying the freight for a lot of the new services carried into 2016 from 2015. As for new services in 2016, don’t hold your breath.

The Lord Mayor’s new transit clothes are rather tattered.

Updated:

The section about year-to-year budget comparisons has been clarified.

Relief Line, SmartTrack, GO/RER, Scarborough Subway Consultations

Toronto City Planning has released a draft list of upcoming public consultations on various transit plans including:

  • The Relief Line
  • The Scarborough Transit Plan (Subway, SmartTrack, Crosstown East LRT)
  • The Western SmartTrack Plan (SmartTrack, Crosstown West LRT)

2016_ConsultationCalendar

Additional meetings and information about Metrolinx plans (GO Regional Express Rail) will be organized by that agency.

Even more information will be available in March 2016 when the City releases a compendium report on all transit initiatives currently under study. These will include items listed above as well as the “Waterfront Reset” study, TTC Fare Integration proposals and a review of how (or if) Tax Increment Financing can contribute to the many transit projects under review. The intent is that this report will form the basis for public consultation and debate leading to recommendations at Council in June 2016. This is a very aggressive schedule, and there is no indication how consensus will actually be achieved in so short a time, especially with the usually-secretive Metrolinx as an essential player. At least the discussion will be at a network level, not ward-by-ward with a “relief” line for every member of Council, and there will be some filtering of various schemes based on engineering and operational realities.

What is sadly missing from all of this is a discussion of day-to-day transit operations and the backlog in the state-of-good-repair budget. We can blithely discuss billions worth of subway building to Scarborough and a Relief line, but Council won’t fund the basics of running a transit system.

TTC Service Changes Effective Sunday February 14, 2016

The TTC will implement several service changes for its February-March schedules primarily to improve peak service on some overcrowded bus routes. This is a sign that the available bus fleet is expanding and more peak service can be offered.

A few routes have new schedules to reflect actual operating conditions.

The 66 Prince Edward bus will be revised so that the same level of service is provided to Lake Shore (Humber Bay) and Humber Loop at all times.

2016.02.14_Service_Changes

TTC Board Meeting January 21, 2016

The TTC Board will meet on January 21, 2016. Unlike most meetings, the public session will begin at 10:00 am, although they may go into camera to discuss details of item 3 on the agenda, the cost overrun on the Spadina subway extension.

Items of note include:

This article has been updated with details on these subjects.

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SmartTrack: Now You See It, Now You Don’t!

Oliver Moore in the Globe and Mail reports that there have been major changes to the SmartTrack plan, to wit:

  • The western branch of the service to the Airport district will be provided by the western extension of the Eglinton-Crosstown LRT as originally proposed.
  • “SmartTrack” per se will operate as a heavy rail service overlaid on GO Transit with the initial phase running from Mount Dennis to Kennedy Stations.
  • The northern extension of “SmartTrack” to Markham will be a separate phase of the project.

The map from the Globe & Mail is reproduced below.

GlobeSTLRTMap_20160114

According to Moore, the cost of adding SmartTrack to GO under this configuration would be much, much less than the originally quoted figure for the entire line. In turn, this would free up substantial capital spending headroom in City plans for other projects.

SmartTrack service at 15 minutes (the level proposed in Tory’s campaign) is far too infrequent to attract much riding, and especially to make a dent in demand on the existing subway interchange at Bloor-Yonge. We saw this in the June 2015 Metrolinx demand projections that were far more favourable to a Relief Line operating north to Sheppard and Don Mills. However, getting SmartTrack service down to as close a headway as every 5 minutes will be challenging for Metrolinx and for the corridors through which this would operate. There are no details yet on how this would be achieved.

The Eglinton West LRT has always been the superior way of serving this corridor compared to the heavy rail SmartTrack scheme. ST foundered on major problems with constructibility and neighbourhood effects, issues that were dismissed in a stunning display of cavalier “expert” knowledge during the campaign. Planning by Google Maps from an office in the UK has its limitations, but Tory’s campaign relied on this “expertise”. One shameless professor even rated ST with an “A+” in the CBC Metro Morning interview.

Keeping the first phase of ST confined south of Eglinton on both branches limits the operating costs the City must bear if this to be truly a “Toronto” project with “Toronto” fares, and it avoids the complexities of building into the 905.

Indeed, SmartTrack began as a real estate development scheme to make commercial property near the Airport and in Markham more accessible from downtown in a series of studies that actually claimed the market for downtown office space was static and falling. Yet another expert should be eating crow pie from his perch on the Metrolinx board. It was never clear why Toronto should shell out billions to improve property values in the 905, and this task now falls clearly to Metrolinx where it belongs.

The eastern leg of SmartTrack, north from Kennedy, obviously competes with the Scarborough Subway Extension, and there is no need for two routes serving the same demand, especially when GO already plans substantially improved service in the rail corridor. The long-standing issue of SSE demand may be clarified by the absence of SmartTrack as a competing service.

It is no secret that my own position would be to revert to the LRT plan in Scarborough, but that train has probably left the station, especially if the City can “save” a small fortune by scaling back on SmartTrack.

These changes could also foreshadow a revised schedule for the LRT projects at a time when “shovel ready” projects are in demand to soak up new federal spending. Eglinton West’s LRT extension is relatively easy to build, and it could be started soon enough to complete concurrently with the main Crosstown route. There is also the matter of the Sheppard East LRT including its proposed service linking to UofT Scarborough campus.

Coming weeks may bring many sputtering denials, or possibly, much improved clarity and acceptance of an – at last – realistic plan.

 

 

Does More Running Time Improve Service?

[This is a long article, and I won’t hold it against anyone for failing to read all the way to the end, or not looking at every page of every chart. The issue here is a system-wide one of how service is scheduled and managed using routes where the TTC is attempting to improve operations as a reference.]

At the TTC Board Meeting of December 2015, Chief Service Officer Richard Leary gave a presentation “Performance Based Service” outlining the work done to date to improve the reliability of surface routes. [A YouTube video of the presentation is also available.]

The focus of changes made to several schedules has been that end-to-end running times should reflect actual on-street conditions rather than presenting drivers with an unattainable goal that cannot be met during typical conditions, let alone anything unusual such as poor weather or unusually bad traffic congestion.

The changes to date are summarized in the table below.

201512_Leary_AddedRTT

In some cases, the extra running time is provided simply by widening the headway. For example, if a route takes one hour, and it has a bus every 10 minutes, that’s six buses. Extending the headway to 11 minutes would change the round trip to 66 minutes with no added cost. In theory, if this allows vehicles to stay on time, better service might actually be provided because all buses would show up as planned. That, however, depends on them being properly spaced so that their capacity is evenly used.

In other cases, where the problem is not just scheduled time but also capacity, more vehicles can be added. In the example above, a seventh bus would allow the headway to stay at 10 minutes while the trip time went up to 70. With the long-standing problems of a constrained fleet, this is only possible in off-peak periods, or by raiding other routes for vehicles.

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NextBus Next to Useless After Major Schedule Changes

Updated January 5, 2016: New schedules have been installed at NextBus and the service on affected routes should now appear correctly.

On January 3, 2016, the TTC implemented major changes in the schedules on 501 Queen and 510 Spadina, as well as minor changes to 509 Harbourfront and 511 Bathurst. Since then, NextBus information has been wildly erratic for these routes.

There are a few underlying problems of which I am aware from past experience like this, and there are likely more, but it’s worth consolidating this information in an article.

First, it is important to understand the basics of how NextBus works:

  • TTC vehicle location information is collected by their monitoring system which polls each bus and streetcar every 20 seconds to obtain GPS readings. These are consolidated into an updated feed that is available to NextBus, but not to the general public.
  • There are two extracts of schedule data that provide the “in theory” version of service for external agencies/applications:
    • A GTFS (General Transit Feed Specification) data feed available through the City of Toronto’s Open Data site
    • A NextBus-specific feed that is not public
  • NextBus uses the real-time data plus the schedule to produce maps showing all vehicles on a route, plus predictions of arrivals at stops. The predictions are based on historical tracking of vehicles and their likely running times, not on scheduled values, except at termini where a vehicle is expected to leave on its scheduled time.
  • Downstream stops from terminals show predicted arrivals based on the schedule until a vehicle leaves the terminal. This can cause errors in predictions because the schedule and real world might differ. Conversely, predictions based on actual travel times will correct for cases where the schedule is unrealistic provided that a vehicle is actually enroute to the stop. This is a “Catch 22” situation.
  • Predictions and displays (e.g. on video displays at stations) can run “late” to the real world for a variety of reasons related to latency in updating the data at each step along the way. If the “real-time” location feed is slow getting from TTC to NextBus, then vehicle positions will not reflect the world “now”, but some time ago. If the station/stop displays do not refresh their information frequently, they will show stale predictions.
  • NextBus only displays vehicles whose “run number” (the reference number assigned by the TTC to each vehicle) is actually in the schedule. When schedules change, an entirely new set of run numbers might be in use, or there could be some overlap with the old schedule. This can cause only partial service to be tracked/predicted because some vehicles are not linked to a run number that is in the schedule NextBus is using. Problems arise either if the new schedule is not imported to NextBus, or if the data exported from the TTC is in error.

All of the apps that run on various platforms use the NextBus feed. They may present this information in different ways, but all are limited to whatever NextBus puts out because that is the only feed available.

As I write this, there is an additional problem with the NextBus display for Queen which is hinted at by the snapshot below.

20160104_Rte501_0515

Note that all of the cars show with the arrow pointing west. If you watch the animated version, some of these cars are actually moving east. Predictions are wildly inaccurate because NextBus does not seem to “know” that eastbound cars actually are eastbound. (This snapshot was taken at 5:15 am.)

The problem changed somewhat later (5:56 am) when a few “eastbound” cars did show up in the display, and in downstream predictions. However, the predictions are still wrong because they only include cars NextBus is tracking, not all service on the route.

20160104_Rte501_0556

For example, NextBus claims there will be two cars eastbound at Bathurst in 18 minutes (they are both at Humber Loop eastbound), and the next one 53 minutes hence.

It is a bit early in the day for examples, but there will likely be cars missing from displays and predictions for 510 Spadina (which has a completely revised schedule for Flexity operation), on 509 Harbourfront and 511 Bathurst (which have been revised to terminate at Fleet Loop due to construction).

Updated: The problem with vehicle direction tracking also appears to have affected 505 Dundas.

The schedule data [this link returns a large XML file] NextBus is using for 501 Queen is from December 2015 when all service operated from Long Branch to Neville rather than with a route split at Humber. (For those who are interested, search on the string “scheduleClass” to locate the start of each block of schedules available.) The situation is the same for other routes.

This type of foul-up between TTC and NextBus has occurred before and at times has taken weeks to resolve making the “service” NextBus provides of poor quality, to be as generous as possible. The problems may lie at TTC or they may be at NextBus or some combination of the two, but they are problems that should be fixed. At the very least, some basic testing should occur at the TTC’s end when there is a change to ensure that the updated schedules have been installed. If I can do this with a simple XML call to the NextBus site, then so can anyone at the TTC.

Problems have arisen in the past where the TTC’s schedule extract for NextBus does not contain complete or correct data. This will only show up with actual use, but some sort of internal quality control on the content of the extract should be possible, especially for a major change such as the restructuring of a route.

This has been an ongoing problem, and it says a lot about the TTC’s alleged commitment to “Customer Service” that it has not been fixed.

TTC Transfers: 1954/55

Transfers as a physical fare medium are set to disappear from the TTC in 2017 with the completion of the migration to Presto fare cards.

Here are the transfers as they existed in 1954 and 1955, the first year of the “Toronto Transit Commission” by that name. These include many suburban bus routes that were amalgamated into the TTC’s network with the formation of Metropolitan Toronto in 1954.

A few items worth noting:

  • Many of the suburban routes used red ink on white paper as a distinct colour scheme to identify cases where a check for a “zone 1” fare on a city route would be necessary. When coloured paper was abandoned for the older routes, Carlton was already using the “suburban” colour scheme and was missed in the conversion. For many years, it was the only “downtown” route with a red transfer.
  • There are two Yonge transfers. One is for the “Yonge T.C.”, the trolley coach operation from Eglinton to Glen Echo. The other, simply “Yonge” might suggest that the streetcars were still operating in 1955 over a year after the subway opened. This is for the night service.
  • Many route names are recognizable, but the outer ends of the suburban routes are a lot closer to the old city than they are today.
  • The text on the back of the transfer exhorting riders to only make their connections in the proper TTC way has not changed in years (it can be found on transfers from 1921). The use of the word “Conductor” is amusing considering that by 1955 two-man operation had ended. The term even appears on bus transfers.
  • “Up” and “Down” refer to directions of travel and correspond to the “U” and “D” cutoffs along the edge of the transfer. Generally, “Up” is westbound or northbound, but there are exceptions sometimes caused by route changes and amalgamations with segments in the “wrong” direction.

For a look at pre-TTC transfers, please refer to this article.

TTC Budgets for 2016: City Analyst Preliminary Notes

As the budget cycle begins, analysts from the City’s Finance Division publish reviews of the budgets submitted by every department and agency. These will eventually show up on the City’s general “budget” website, but most of them are now part of the agenda for the Budget Committee’s meeting of January 5, 2016. This article reviews the notes for the TTC’s Operating and Capital budgets.

All illustrations within this article are clickable for a larger version.

Operating Budget

The notes begin with an overview of the “conventional” and “Wheel-Trans” budgets:

PrelimANotes_OpsSummary

This chart shows how the total budget, fares and subsidies interact. Although the gross expenditure for the conventional system goes up 2.5%, the subsidy goes up by 4.5% because revenues do not keep pace. There is always a tug of war between providing more service to handle both growth and political promises, while keeping fares down, again for political reasons. Council can hardly complain that the subsidy grows well above the inflation rate under these circumstances.

For Wheel-Trans, the growth of the subsidy is dictated almost entirely by the growth in costs because so little farebox revenue comes from that service. Ridership is growing thanks to eligibility changes and increased service, while fares grow by only a small amount.

On the conventional system, ridership has not been growing at the expected rate not just in 2015 but for a few years previous. The routine claim from TTC is that this is due to bad weather in early 2015, but this does not explain the ongoing shortfall in previous years, nor the fact that ridership continues to run below budget into the fall of 2015 when the weather, if anything, has been quite balmy.

PrelimANotes_OpsRidership

Since 2013, actual ridership has been below budget, and the 552-million figure for 2016 shown here will be a challenging target to meet.

The TTC is funded primarily by fares, with much of the remainder coming from subsidies.

PrelimANotes_OpsSourceOfFunds

This chart is actually in error in that Property Tax does not supply all of the $495.2-million shown here. The City also receives Provincial Gas Tax revenue of about $160m of which $90m is dedicated to the Operating Budget where it appears as part of the City subsidy. (No Provincial subsidy is directed to Wheel-Trans.)

An outstanding issue for the City is that the TTC does not have “Service Standards” for its departments. These should not be confused with the standards applied to service design (crowding, maximum headways, etc.). These values the City seeks relate to departmental performance, and it is difficult to say just how meaningful such standards would be and how closely they would relate to the actual “service” the organization provides to riders.

The Preliminary Budget included here is not the same as the TTC’s version because it omits $18.4-million in various TTC-approved improvements for 2016.

PrelimANotes_OpsServiceImprovements

Note that “Earlier Sunday Transit Service” applies to the surface network, primarily bus lines, where many routes do not now begin service until 9:00 am. Although earlier rapid transit service on all routes will begin at about 8:00 am effective January 3, 2016, the feeder surface routes will not see earlier service until later in 2016, and assuming that this budget line is approved at Council (or the TTC takes some other action to fund the service without affecting the subsidy level).

The POP Fare Inspection is a particularly amusing item because Proof of Payment and All Door Boarding were implemented with great fanfare by the TTC on its streetcar system quite recently. However, Council might well not approve funding of the Fare Inspectors the TTC requires.

Operations in 2017-18

Future years’ operations pose a challenge for the TTC and City beyond the usual pressures of inflation and ridership growth. These include:

  • Garage leasing: To accommodate a “hump” in total bus fleet requirements that will last until new rapid transit lines replace bus services in the early 2020s, the TTC will lease a “temporary” garage at an annual cost of $25-million starting with the 2017 budget. This is a net new operating cost to which must also be added the cost of staffing and maintaining the new garage.
  • Presto fare card: The cost in fare handling fees to the TTC from Presto is estimated to grow to over $50m in 2017. The TTC has not yet identified offsetting savings from the reduced scope of existing fare collection systems. The Analyst notes recommend that Council require the TTC to report to Executive Committee by June 2016 on the savings that will be used to offset Presto costs.
  • Wheel-Trans costs are projected to rise at well above inflation due to demographic changes and increased eligibility.
  • The additional cost of operating the subway system once the TYSSE opens to Vaughan (net of new revenue) is projected to be $11m in 2017 (startup and commissioning) and a further $20m in 2018 for an annual added cost of $31m.
  • Further “significant funding increases” will be required for operation of the LRT lines and the Scarborough Subway, and there is “currently no funding strategy in place” to address them.

Another way of looking at this is that before Toronto even manages to spend any new money it might find to support improve transit service, it must deal with a backlog of unavoidable demands on the operating budget.

Capital Budget

The Ten Year Capital Plan for 2016-25 includes just over $6-billion in proposed spending. As discussed in a previous article, this is nowhere near the total of the TTC’s capital needs, but stays within the City’s “affordability” target.

The budget is subdivided by type of work with “State of Good Repair” consuming the lion’s share. Assignment of some projects to these categories can be misleading because some projects address more than one area. For example, a project to increase subway car storage capacity for the TR trains is booked as “SOGR” although, in part, this is a cost related to system expansion. Similarly, part of new fleet costs are related to replacement of old vehicles, and some to system growth. By contrast, the cost of McNicoll Garage is divided equally between “SOGR” and growth [see p2 for details], while Presto costs related to new fare gates are booked against “growth” when they are really “SOGR” and “legislated” because they address accessibility at automated subway entrances.

PrelimANotes_CapSpendingBreakdown

Over 75% of the funding for this plan comes from Provincial and Federal subsidies, and from City debt or capital-from-current spending. Of the subsidy moneys, only about $230m ($160m from Ottawa and $70m from Ontario) comes from Gas Tax and is not tied to any specific project. On a long-range basis, the subsidy will fall based on current commitments placing great pressure on the City’s own ability to raise capital.

Development Charges are mentioned from time to time as a funding source, but as they now provide less than 10% of the total (and that for an underfunded plan), the ability of DCs to offset much of the shortfall is limited.

“Other Revenue” is primarily money from Waterfront Toronto’s budget for projects that they are funding such as the Queens Quay rebuild and Union Station second platform.

PrelimANotes_CapSourceOfFunds

There remains almost $3-billion in projects that the TTC has approved in principle, but for which there is no funding, and another $5.5b worth of projects that have not even made it into the 10-year plan.

Some Capital spending planned for 2015 has moved into future years, and 2016 now has the peak spending rate.

PrelimANotes_CapChangeFrom2015

There is a steep decline after completion of the TYSSE (Spadina extension), the Yonge-University resignalling, and the new streetcar procurement projects. These have subsidy funding from one or both senior governments, and the spending rate beyond 2019 reflects the City’s own ability to fund ongoing capital needs. (Metrolinx projects such as the Crosstown LRT do not appear on the TTC’s books.)

Among projects that have fallen “below the line” to unfunded status are:

  • Bus heavy rebuild program
  • Bus replacement program

Projects with increased funding include:

  • Easier Access Program: full accessibility to subway stations is now funded for completion by 2024. This project was formerly “below the line”.
  • Subway car overhaul
  • “Finishes” which includes roof rehabilitation and station modernization costs.

Spending of less than $400m/year cannot sustain a $9b 10-year plan.

The constrained rate of capital spending brings a growing backlog of unfunded “SOGR” work. Such a backlog cannot be allowed to accumulate forever, and one must wonder what sort of catastrophe will be required to wake up City Council and other potential funders analogous to the Russell Hill subway disaster in 1995. With all the claims that the TTC is focussed on an improved experience for its riders, taking pride in restoring the system to its former premier status, the underfunding is an uncomfortable reminder of what has happened before.

PrelimANotes_CapBelowTheLine

The replacement of the T1 subway car fleet (which operates on the BD line) first appears in 2018 with early contract payments. The Analyst notes that the T1s will be reaching the end of their life in 2025. This timing is also related to the resignalling of the BD line and conversion to Automatic Train Control which the T1s cannot use, and the existing signals cannot be decommissioned until the T1 fleet is retired.

A program to overhaul Hybrid Buses in 2019-25 has been moved below the line. The TTC has already planned to retire the oldest of its Hybrids rather than trying to keep them in operation, but treating maintenance of those remaining in service as unfunded begs the question of which buses will be available to provide service when these fail.

A plan to buy 99 additional buses to improve loading standards has been placed below the line.

Among the projects that are not part of the approved capital plan are:

  • Fire ventillation upgrades ($1.5b): This is not a legislatively mandated program except at sites where construction triggers a need to meet the current building code.
  • Yonge-Bloor capacity improvements ($1.1b): This project dates back to the era before the TTC accepted the need for and benefit of a “Relief Line”. If Metrolinx demand projections are to be believed, the future demand at this junction could be reduced substantially. This begs the question of exactly what “capacity improvements” are really needed, and whether savings in this project can be used to offset the Relief Line’s cost.
  • Waterfront ($1.1b): This project is described as being for the West Donlands LRT and four vehicles for the Bremner LRT. These lie beyond the timeframe of the East Bayfront LRT which is not included in the TTC’s list presumably because Waterfront Toronto is expected to pick up the tab.

Notable by its absence here is the Relief Line itself which, by virtue of its distant commencement date (if ever), is not within the plan’s 10-year scope.

Financing of the TYSSE has been affected by various factors including:

  • A provision for $150m in additional costs to complete the project.
  • A loss of hoped-for investment income from the Move Ontario Trust (which held Provincial subsidy monies for the project) of $85m as the trust was unable to achieve a 4% rate of return. This has been partly offset by redirection of surplus funding from TTC’s 2015 operations.
  • A loss of hoped-for Tax Increment Financing because the Ontario government has not passed an enabling regulation. This has been offset by a draw on the City’s Strategic Infrastructure Reserve.

PrelimANotes_CapTYSSEBudgetAdj

The Scarborough Subway Extension (SSE) will be funded from a number of sources including Federal and Provincial commitments. It is unclear whether these funds are “net new” or whether they represent a draw against programs such as the planned new Federal Infrastructure Program. If the latter, this will reduce the amount available to Toronto from this “pot” for other capital programs.

PrelimANotes_CapSSE