The Public Transport Users Association (PTUA) is keen to make the case that it costs more to travel by public transport in Melbourne than it does by car. The PTUA says above-inflation fare rises over the last decade mean public transport now costs much more than “petrol in the car” for many trips.
The PTUA might take some moral support from this op-ed in The Age this week by journalist Gabriella Costa (the paper calls it an ‘Analysis’). Like the PTUA, she also argues that commuting by car is cheaper. She says the 9% fare increase announced this week by the Government will make driving a better option. Her contention is that, “even loosely, the maths just don’t add up” for rail:
And it’s a simple equation. A Metro daily ticket from a zone 2 station into the city? $11.90 from January 1. Petrol from home to work and back? two to three litres. Parking: less than $10 a day on the city’s edge.
Ms Costa doesn’t actually do the maths, so I have. Unless she gets her petrol for free, even on those numbers it still costs less to take the train to the city than drive! Petrol at $1.35 per litre is $4.00 a day, plus $10 for parking. Even loosely, that adds up in favour of the train! But as we all know, there’s more to the financial cost of driving than just petrol and parking, so I’ll try to do a tighter estimate.
Ms Costa’s example is based on her own circumstances. I know from her article that she lives in St Albans, near Giniver station in Zone 2. By her estimate, she’s 17 km by road from where she works in the city (presumably at The Age HQ in Spencer St). I’ll assume she commutes 220 days a year after taking rec leave, public holidays, sick leave, the odd day off, a bit of work-related travel and weekends into account. If she drove to work on every one of these 220 days she’d therefore travel 7,480 km in a year.
I’ll assume she drives the cheapest vehicle you can buy new in the small car class, a Hyundai i30. According to the RACV, operating costs of this vehicle for fuel, tyres and servicing, are 16.6 cents per kilometre, giving her an annual commuting cost of $1,224. That’s conservative because the fuel component is based on a city-country average – commuting in busy traffic is thirstier work.
Add to that parking at $10 per day for 220 days and her all up cost for a year of commuting by car to the CBD totals $3,444. That’s still quite a bit more than the cost of catching the train from St Albans, even under the new fare structure that takes effect from 1 January.
St Albans is in Zone 2, so Ms Costa could buy a myki Yearly Pass in 2012 for $2,021. That would save her $1480 compared to driving. Even if she travelled every day on a myki Daily Cap it would cost $2,438 over the course of a year, still putting her ahead by $1,000 compared to driving.
And if she lived any further out the cost of train travel would stay the same but driving would cost considerably more. If, for example, she lived in Pakenham (since she mentions it in her article) her annual expenditure on driving would increase to $6,371 p.a. because it’s 57 km from her workplace. But the cost of the train would be the same as it is from St Albans, since both stations are in Zone 2.
It’s important to note that I’ve only considered variable costs, specifically parking, fuel, tyres and servicing – I’ve taken no account of the cost of owning the car. But it makes no sense to ignore standing costs, because if she doesn’t actually have a car she can’t drive to work! The RACV says the annual standing cost of a Hyundai i30 is $5,668, made up primarily of depreciation, interest, insurance and registration.
If I assume commuting accounts for half of her total annual travel by car (i.e. she drives 7,480 km to work each year as well as doing a further 7,480 km p.a. in non-work travel), then the standing costs that should be attributed to her journey to work come to $2,834.
Add that $2,834 to the $3,444 she pays for parking, fuel, tyres and servicing and Ms Costa is up for an annual total of $6,278 for the privilege of driving to work from St Albans. Remember, a myki Yearly Pass will cost much less, just $2,021, and even a myki Daily Cap will cost her $2,438 for the year. Read the rest of this entry »
It surprises me who’s still lukewarm about congestion pricing of roads. I’d have thought the focus on the carbon tax over the last year would’ve heightened understanding of the role of the price mechanism in managing resources better. Obviously governments find it too hard politically but even organisations like The Greens and the Public Transport Users Association (PTUA) offer only heavily qualified support for congestion pricing.
The PTUA doesn’t support congestion pricing in the absence of alternatives, arguing that it would be unlikely to win community support and would be socially inequitable. It’s position is public transport must first be improved to a competitive level. The Greens take a similar view. Senator Scott Ludlum says the party believes a congestion tax “would be an unfair impost unless significant improvements to public transport and other non-driving modes of commuting, such as walking and cycling facilities, are made at the same time”.
What this means in practice is neither organisation has much to say in favour of congestion pricing – neither could be regarded as a staunch advocate of this potential reform. I think that’s a real pity because congestion pricing and improvements in public transport go hand-in-hand. They are the veritable horse and carriage – you won’t get one without the other.
Cars are a very attractive transport option, especially in our dispersed cities. But even the streets of a dense city like Manhattan are full of cars. We could wait generations in the hope that land use changes will make Melbourne so dense that cars will necessarily become a minority mode. Or we could ignore the probability that motorists will shift to more fuel-efficient vehicles or to ones powered by alternative fuels and instead bet that higher fuel prices will drive cars off Melbourne’s roads.
But waiting and hoping aren’t a good basis for policy. Realistically, we can’t expect Australians will forego the private benefits of a car unless they’re forced to. The only reason most CBD workers don’t drive is because they can’t – traffic congestion and high parking charges rule driving out. Even so, around a quarter of CBD workers in Melbourne still drive and that proportion rises pretty rapidly to 50% and higher once you move even a few hundred metres away from the city rail loop. It would be a bit hard to argue they make this choice because public transport isn’t good enough.
Investing in public transport without simultaneously constraining the car will only achieve a modest increase in public transport’s existing 15% share of all motorised travel in Melbourne. Consider that Melbourne’s train, tram and bus system would cost an unthinkable amount if we had to build it from scratch today – hundreds of billions of dollars – yet 85% of motorised trips are still made by car. It should be obvious that simply providing the infrastructure isn’t enough.
Congestion pricing is the only way to reduce the considerable competitive advantage cars have over public transport (in most situations) within a reasonable time frame and at a reasonable cost. It’s therefore the only way to significantly increase public transport’s share of motorised trips. Of course good public transport has to be in place at the time congestion pricing is introduced. But what The Greens and the PTUA are missing is that you have to positively and enthusiastically embrace both.
The efficiency case for pricing is very strong and rejected by few. It’s the only practical way to manage traffic congestion. Its great virtue is that it prioritises travellers according to the value of their trip purpose. It also reduces accidents, as well as transport-related emissions and pollution.
The key concern of those with misgivings is the equity implications of congestion pricing. I don’t think it can be doubted that richer people will be better placed to buy road space. But I think there are a number of other issues that also need to be considered here. Read the rest of this entry »
The Committee for Melbourne has called for a $17.2 billion program to remove all Melbourne’s level crossings over the next 20 years.
The Committee says just two separations of road and rail were constructed by the Kennett government and two by the Bracks/Brumby government. While Melbourne has 172 level crossings, Sydney tackled the issue years ago and now has only eight.
However the Baillieu government has given an undertaking to grade-separate ten crossings at an estimated cost, on average, of around $100 million each. The Committee reckons the private sector could pay a big chunk of the $17.2 billion cost in return for the commercial rights to each site, although the Herald-Sun warns such a move would very likely “be fiercely opposed by anti-development groups”.
There’s a lot to be said for giving a higher priority in the transport capital works program to eliminating level crossings, as they present a number of problems. One is they slow traffic, including buses and trucks. According to the RACV’s public policy manager, Brian Negus, crossings along the Dandenong line are closed for 30-40 minutes an hour during the peak, exacerbating traffic congestion. This is likely to become a bigger problem as the share of public transport trips carried by buses increases. The interaction between crossings and nearby signalled junctions is a major barrier to the efficient performance of the transport network.
Level crossings also impose a limit on the frequency of train services. There are only so many trains that can realistically be sent down a line given each service entails stopping traffic in both directions for well in excess of one minute (in Newcastle, crossings are closed on average for passenger and freight trains for between three and seven minutes!). Some crossings are forecast to carry nearly 40 trains per hour in the peak by 2021. Another issue is traffic queuing across rail lines — as well as the occasional car/train incident — limits the efficiency of the network. Further, level crossings are a safety hazard for pedestrians and give parents a reason to discourage children from walking to school.
While I’ve not seen an analysis for Melbourne, there’s little doubt the benefit-cost ratio of level crossing elimination would be very high. I expect it would be well ahead of some other much larger transport projects, such as the Avalon, Doncaster or Rowville rail proposals.
There are nevertheless a number of issues raised by this proposal. One is the need to prioritise works – some crossings are relatively minor and simply don’t warrant expenditure in the forseeable future. Probably 80% of the benefits will come from grade separating 20% of crossings. Back in 2009, the Public Transport Users Association argued these ten crossing should be given the highest priority, given their impact on road-based public transport:
- Bell Street and Munro Street, Coburg (one project) (Smartbus 903)
- Springvale Road, Springvale (Smartbus 888/889)
- Bell Street, Cramer Street and Murray Road, Preston (one project) (Smartbus 903)
- Glen Huntly Road and Neerim Road, Glenhuntly (one project) (Tram 67, and trains subject to speed restrictions)
- Balcombe Road, Mentone (Smartbus 903)
- Buckley Street, Essendon (Smartbus 903)
- Clayton Road, Clayton (Smartbus 703)
- Burke Road, Gardiner (Tram 72, and trains subject to speed restrictions)
- Camp Road, Campbellfield (crossing elimination and new station) (proposed Smartbus 902)
- Glenferrie Road, Kooyong (Tram 16, and trains subject to speed restrictions)
That’s a particular perspective, yet it matches some of the RACV’s priorities. Last year the RACV said the four worst crossings in Melbourne are in High Street near Reservoir station, on Burke Road near Gardiner station in Glen Iris, on Clayton Road next to Clayton station, and Murrumbeena Road near the station. The Dandenong rail corridor also figures high in the RACV’s priorities.
I’m not sure there is as much value in development rights as the Committee for Melbourne imagines. Many level crossings, perhaps most, may not have enough suitable land available for development after meeting grade separation and operational needs. The most promising opportunities are probably where the rail line rather than the road has been lowered, but this can be expensive. Many of those that do have land available may be in locations considered unsuitable for development by planners. And let’s be clear that development in air space over railway lines is a fantasy – it’s simply too expensive in all but an extremely small number of cases. For practical purposes, development in air space is not an option. Read the rest of this entry »
It seems the way management structures and processes are arranged is still the key public transport solution being advanced in the Victorian election campaign.
The first three points in the Green’s Six Point Transport Plan all relate to governance and management. Now the Public Transport Users Association (PTUA) has released this chaotic flowchart with the charge that “a hundred different organisations are running public transport in Victoria” (see first graphic).
The PTUA says the flowchart illustrates how difficult it is for the average person to work out who to contact with questions and problems. This is a brilliant and no doubt effective piece of politics, building on the glorious history of spaghetti diagrams like Barry Jones’ famous Knowledge Nation vision.
As I’ve argued before, I think management arrangements are a second order issue – there’re more important things to get right first. And I’m by no means arguing that current arrangements are ideal or can’t be improved.
But there are a number of reasons why this flowchart is not a fair and reasonable account of the way transport is managed in Victoria.
First, as pointed out by a commenter (Invincible) over at Skyscrapercity.com, this is a deceptive diagram – flow charts usually flow from top left to bottom right, otherwise they will always look misleadingly complex. Invincible has redrawn the same information in a more logical flow, producing a vastly simpler diagram (see second graphic). Read the rest of this entry »