Posts Tagged: CPT

15
Nov

2012

Free Transit in France – Applicability to Other Transit Systems?

Châteauroux Bus. Image by Flickr user はにえる.

The Atlantic Cities recently published an excellent article which documents the success of free transit in the French city of Châteauroux. Since it was first implemented in 2001, this demonitized public transport system has experienced significant growth in ridership — from an average of 21 rides per person annually to 61 rides today.

More incredibly, this system actually became profitable for several years once it became free! And in the world of transit planning and policy, this fact alone is almost inconceivable.

So while this model is promising and many cities are following suit, it seems that the Châteauroux situation was unique in many ways. For instance, the municipality’s pre-free transit farebox recovery ratio was very low (14%) and nearly half its riders at that time were already fully subsidized. On top of that, the city expanded its network coverage by 42km, thus increasing its overall catchment area.

Given those statistics and facts, it may be difficult to replicate this model elsewhere, particularly in North America. A quick google search found that in Canada, none of the transit systems surveyed had farebox recovery ratios of less than 22%. And even in the US, where transit systems are often criticized for their large subsidies, most recover between 20-40% of their fares from tickets.

To further complicate matters, research in North America seems to suggest that many free transit systems tend to fail in the long run as they experience major challenges related to vandalism and hooliganism.

So does this automatically mean that this model is destined to fail in Canada and US?

Not quite. There have been several successful cases in the US such as Commerce, California and Island County, Washington — both of whom have operated relatively trouble-free for over 20 years.

But while those two instances are noteworthy, one of the most remarkable and least known free transit systems in the world is actually a gondola.

The Telluride/Mountain Village Gondola has been little-studied but has carried over 26 million passengers since it first opened in 1996.

Similar to the case in Châteauroux, the Telluride/Mountain Village Gondola model may not be applicable in all circumstances. However, given the success seen in Telluride and a growing movement/interest towards establishing zero-fare public transport systems, understanding how to implement and capitalize on CPT technology in free transit networks definitely deserve more attention and analysis.

Telluride Gondola transports 2.25 million passengers annually - that's almost a million more than the Portland Aerial Tram! Image by Flickr user Adrian P. Martin.



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05
Sep

2012

Chongqing Cable Car Back in Service!

Remember last year when the Chongqing cable car finally closed after 20 plus years in operations? Well, according to Xinhuanet, China’s first CPT system is now back in full swing. For more pictures, click here.

Chongqing Cable Car. Image by Flickr user angshah

 



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12
Jul

2012

Open Water Chairlift: Nandaihe Ropeway, Hebei, China

What happens during high winds mid-ride? I hope they have a good rescue plan... Image from www.itravelqq.com.

Over the years at the Gondola Project, we’ve learned about and seen many interesting “water-based” CPT systems (i.e. Koblenz Rheinseilbahn, Emirates Air Line, and Teleferico do Parque das Nacoes). Today, we can officially add another cable car line to that list. The name you say? It’s known as the Nandaihe Ropeway and it’s located in China’s Hebei Province (map of system here).

Judging from the picture above, those who are brave enough to ride this are transported in a chairlift that’s unenclosed over the busy waters of the Bohai Sea. It takes approximately 15 minutes (link is in Chinese) for passengers to reach an island theme park from the Nandaihe International Entertainment Centre located on the mainland.

At 1.039km in length, this ride is by no means a dinky chairlift. Comparatively speaking, it is longer than the Koblenz Rheinseilbahn (0.89km) but just slightly shorter than the Emirates Air Line (1.1km). With that said, it is reportedly the only “water aerial lift” in China and to my knowledge, this system is probably one of the world’s longest and few chairlift systems that actually transports passengers over a body of water.

If somehow this makes the ride any safer, according to this website (in Chinese), the system shuts down when the wind reaches level “6” or 39-49 km/h.

If the chairlift wasn't exhilarating enough, once you reach the island, you can bungee jump off that monstrous looking tower on the right. Image by Panoramio user zhang.solomon.

More pictures of this ride can be found in the following links: Picture 1; Picture 2; Picture 3.



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19
Jun

2012

Emirates Air Line to Open June 28

Emirates Air Line. Image by Flickr user worldoflard.

With much speculation happening in the past on whether the Emirates Air Line will open in time for the Olympics, several media outlets have now officially confirmed that the cable car will open to the public on June 28. This is great news as the system will begin operations nearly one month before the Olympics start on July 27.

Fare pricing was also announced: adults using an Oyster Card will fork out £3.20 per ride, while a cash fare will set you back £4.30. For those who plan to use the cable car regularly, a frequent flyer’s pass is available at a cost of £16 for ten trips.

While this system is merely a simple river crossing, it is certainly the most high-profile cable car line in the Western world. The success or failure of the Emirates Air Line may have major ramifications for future urban CPT systems.



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10
May

2012

Another CPT for Colombia – The Bogota Metrocable?

Metrocable Line J in Medellin. Sources suggest that Bogota will see its first CPT system within 1-4 years. Image by CUP Projects.

Not to be outdone by its compatriot, Medellin, news reports coming from Bogota, Colombia indicates that the country’s capital is now seeking to build a Metrocable system of its own.

The cable car is expected to operate in the districts of Ciudad Bolivar and San Cristobal – both of which are located southwest and southeast of the city. From a cursory analysis, it appears that Ciudad Bolivar suffers from poor transport connections and is one of the poorest regions in the city.

Preliminary plans show that the system will run 3.4km in length with a capacity of 2,400-3,200 pphpd.

The Bogota Metrocable is estimated to cost $125 billion pesos ( USD ~$70 million) and will run at speeds of 5 m/s. This is nothing incredibly special nor different from the existing systems such as Medellin but its great to learn that the technology continues to make headways. If anyone has any additional information on this system, we’d love to hear from about it!

 



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30
Apr

2012

Bucaramanga Cable Car

We just stumbled upon an incredibly high quality and awesome video animation of a CPT line in Bucaramanga, Colombia. While we don’t know the intricate details of the line, based on a cursory look, it appears that it is a 3 station system first proposed back in 2007. If anyone knows more about the history and ongoing development of the system we’ve love to hear about it. But in the meantime, check it out:



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01
Mar

2012

Transit Aesthetics – AutoTram / BusRail

Can the AutoTram revolutionize the way we think about transit planning? Image from fotogalerie.verkehrsgigant-portal.de.

When a city plan is planning a new transit infrastructure project, a lot of time is often spent deliberating over which technology should be implemented. This discussion generally floats back and for between bus and rail (and more recently, sometimes even CPT). For many cash-strapped cities looking for quick wins and cost-effective mass transit solutions, the debate often settles on the mid-tier options, namely bus (BRT) and lightrail/streetcar opportunities (HRT tends to be too expensive and time-consuming to construct.) Amongst the many debate points — capacity, aesthetics, speed, cost, etc. — proponents of both technologies claim their technology is superior.

From my personal experience (your experience may be different), based on conversations with transit planners, engineers, operators and average joes, one of the biggest arguments in favour of LRT is its aesthetics. You can go on and on about all the capabilities and characteristics of modern bus technology, but in the end, a bus is still a bus.

But what makes a bus, such a bus? Its shape? Size? Look? Smell? Other than rubber on road vs steel on rail, what if a bus could be completely remodeled and redesigned to look and feel like LRT? Would this make it as attractive as LRT, and therefore able to attract just as much new transit riders as the rail systems claim?

The Fraunhofer Institute decided to find out. In 2005 they introduced the AutoTram — essentially a road-based LRT. The makers of this technology describe it as:

“… [it] combines features of conventional buses (e.g. high flexibility, low infrastructure costs and moderate life cycle costs) with the advantages of trams like high transport capacity, driving comfort and the possibility of partial emission-free operation.”

Could the AutoTram succeed and if it does, what does this mean for the future of light rail and transit planning?



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