Archive for February, 2015

$4B for 4 BART stations OR $2B for 100 ATN stations?

February 25th, 2015

silicon-valley-transitby Rob Means

The $4000M (million) price tag of burrowing a tunnel under San Jose for BART is too costly financially, and draws resources away from other transit options. The projected 55,000 passengers/day service level in 2045 is too small relative to the need for transit. And the construction schedule ensures that global climate disruption will overwhelm us before it’s built. So, if given only two choices – build it or not – I would vote for “not” because the return on investment (ROI) is too low.

I urge you to consider another possibility for connecting the BART Berryessa station with the Caltrain station. Rather than spend roughly $4700M for a 4-station BART extension and service yard, only spend about $1500M for an Automated Transit Network (ATN). At $15M/mile (which includes elevated guideway, off-line stations, cabs, and computer control), we could build a 100-station ATN that serves the public far better and provides quick, non-stop service between stations.

In 2001, during the public comment period on the BART extension, an ATN alternative to the BART Burrow was proposed. It outlined 91 miles of ATN guideway with 117 stations. That proposed network covers the Golden Triangle and downtown San Jose. Now, we can plan a network that matches our current needs.

Based on the chart below, over 100 networked stations operating 24/7 with quiet, non-stop travel would benefit our sprawling area more than a 4-station BART corridor extension. Using VTA’s own Project Purpose list, the two options are compared. This scoping process would be served by VTA staff creating their own comparison chart and sharing it with the VTA Board.

Purpose BART ATN
Improve public transit service Low/Medium High
Enhance regional connectivity Medium High
Increase transit ridership Low/Medium High
Support transportation solutions that will maintain the economic vitality and continuing development of Silicon Valley Low High
Improve mobility options Medium High
Enhance level and quality of transit service to areas of existing and planned affordable housing Medium High
Improve regional air quality Low High
Support local and regional land use plans Medium High

Omitted from this VTA-generated list of purposes is any reference to ROI or comparison with other transit technologies. Also missing is any reference to the present and growing danger of our global climate crisis, and the need to act quickly and boldly to avoid huge and costly problems. If Zero-Based Budgeting were applied to this BART extension, would it survive?

In 2001, BART promoters rejected the concept of bridging the gap between an eastside BART station and Caltrain using ATN. They responded that the need for a transfer “would result in longer travel times and inconveniences to the rider that would not be consistent with the project’s purpose to ‘maximize transit usage and ridership’ nor would it facilitate regional connectivity.” I assert that 100 stations will, in fact, be consistent with VTA’s purposes. And transfers are not a problem for transit users in San Francisco who enjoy frequently scheduled transit. In suburban areas, however, transferring users generally must wait for the next vehicle.

However, unlike traditional transit options, ATN cabs are waiting for you 90% of the time, and available within 5 minutes the other 10%. This service level is accomplished with computer control, and by adding enough cabs and stations to satisfy demand. If congestion occurs, add more infrastructure. ATN hardware costs less than 10% of BART hardware and is much easier to route and build as needed.

That scalability and flexibility of ATN dramatically reduces the risk of using the technology. In just 5 years we could be operating a $200M starter network that connects BART to Caltrain. If we like that system, then we could grow the network as appropriate.

Rapidly accelerating global climate disruption requires major changes quickly. Waiting a decade or more to use 50-year old technology to serve a small fraction of our population is like responding to an oncoming train by freezing in its path. Reversing global warming requires new thinking and bold action. As one of the wealthiest, most technologically-advanced areas in the world, Silicon Valley can lead the effort to create transit that works for our spread-out suburban cities, and promotes transportation equity. Doing so will dramatically improve our mobility options and reduce our extremely high per-capita carbon emissions.

As I see it, the BART extension is not desirable because the ROI of ridership to capital investment is too low, the financial and climate crisis risks are too high, and the opportunity costs of saving $2B and creating an effective transit system are too high.

Vote “no” on the BART extension and “yes” on an ATN connection.

You can help jump-start advanced transit by supporting a pilot project in Milpitas (see sunnyhillsneighborhood.org). Many of the questions and concerns of elected officials and VTA staff will be answered once this $8M project is operational.

2014 Florida Automated Vehicles Summit

February 13th, 2015

2014 Florida Automated Vehicle SummitStan Young, ATRA Past President

On Dec 15 and 16, 2014 I attended the 2014 Florida Automated Vehicle Summit workshop located in Orlando.  This was the second such workshop sponsored by the Florida DOT.  Although there were several highlights I will touch on, the one that stole the show was the keynote address by State Senator Jeff Brandes (Chair of the Transportation Committee) who spoke on the Vision of Automated Vehicle Technologies in Florida.  I am writing this entry in late January – and as my memory fades on some of the finer points of the conference, the burning vision that Mr. Brandes shared has not dimmed.  It is rare that elected officials ‘get it’ in terms of the possibilities of automation in the transportation sector – yet he did. Mr. Brandes sponsored the bill that resulted in automated vehicle test regulations, and is also a member of a constituency that sees the future in robotics, and is preparing Florida to be a lead player in these emerging fields, not only in surface transportation, but also aerial and marine drones.  Himself impacted by a vehicle crash that touched him personally, he harmonized with significant safety improvements that can be obtained, as well as the increased quality of life that automated surface transport would bring, particularly for a state with a high percentage of retirees that want to maintain their freedom of movement.  Keep your eye on Florida – they get it.

The summit was not specifically on vehicle automation of highway, but cross-cutting more on the theme of automation in transport in general – though a majority was with respect to surface transportation.  A retired officer from the military shared the path of aerial drones in the military when given the mandate for ‘pilotless’ aircraft in the 1990s.   The pace of development was slow, but in the end their program was a success- however, not as originally envisioned.  The military now has thousands of pilotless aircraft – but they are not necessarily replacing traditional piloted vehicles (though some are).  The majority of the explosive growth was in the so called three D’ – that is tasks that are either Dull, Dirty, or Dangerous – basically task ill-suited for human pilots.  As such the drone program has exploded, but in directions and mission not originally conceived.  I cannot help but think that perhaps surface transportation may progress similarly – we may envision vehicles driving themselves, or as the basis for a bus fleet – however the realizations of full automation in our surface transport may take a form that surprises us all in the end.

The second day was reserved for demonstrations – and these were notable.  VEEO (Induct Technologies – also known as Navia) demonstrated a driverless shuttle, similar to the systems demoed as part of the CityMobil program.  Mobile Eye has a strong showing with an after market crash notification (and hopefully prevention) system based on real time video obstacle detection.  At about $1000, I was seriously considering it, as a family member recently totaled a vehicle due to in-attention that such a device may have been able to prevent the incident.  Mobile Eye also had a full size bus completely equipped with video detection so as to avoid pedestrians.  Honda had perhaps some of the most convincing test drives.  Similar to Mobile Eye, on board equipment monitored the surroundings in the event of eminent danger – but instead of warning the driver, the vehicle would directly apply the brakes to prevent rear-end collisions with obstacles.  These were only a few of the demonstrations of the various products emerging for transportation.  This all took place at the Disney race track.  One of the most memorable rides was a test drive of the Tesla sports sedan –  one of the fastest production cars in the world, and whisper quiet.

Well Florida has caught the vision – and is fertile for discussion.  They are not locked into any particular realization – but are open to discuss the possibilities, and understand that in its final form, automation will bring significant benefit to their state.