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The BART revenue fleet was designed for a top speed of 80 mph, but the cars have exceeded this speed during various points in history. From time to time, the legacy fleet ran at 83-84 mph under automatic mode during revenue service, typically while going down the grades in the Transbay Tube. Even bolder records were under manual control with the governor jumpered allowing the car to reach whatever speed the motors would take it. These were often done with only a single car, and of course done outside of revenue service.  Early 1970s: There are rumors of a BART train reaching speeds of up to 110 mph, or more, before the motors blew out, during the early 1970s. Unfortunately, the details of this early 1970s test are likely lost to time, but the test, if it occurred, would have likely happened on the A line, around Hayward or Fremont.  Hayward Test Track
Additionally, old timers remarked that a car, ungoverned, once reached 120 mph on the Hayward Test Track. Another Train Operator notes his record on the test track as 93 mph with a single car. With this in mind, the BART car was almost certainly the fastest urban rapid transit vehicle in the United States, beating the confirmed 87.75 mph record of the New York City Subway’s R-44 cars by a country mile.
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 Today, October 4, 2024, C1 car 329 arrived at its final home of the Western Railway Museum. It is the last C car to leave BART property and the only C car to be preserved in complete condition. The car was selected by BART, among the final C1 cars left in service in May 2023. The 329 was considered the car in the best condition for preservation. The 329 must have known that too, since it was always auxed on during WRM inspections and even moved to the shop under its own power and even had a little bit of battery power upon arrival at WRM. Only a few things were removed for transportation to the Museum, the largest being an air tank mounted below the cab, and the pilots mounted on the truck. They have all since been reinstalled, and it is a complete car. I did get a fair bit of dirt helping to reinstall that air tank under the car. It’s been some time since I’ve been around a C car. Since its arrival, it has been a great opportunity to remember all the differences as compared to the Rohr A/B cars, including the carbody welds. It is a sort of work of art. On the other hand, those flipper doors will probably be a forever issue, even at WRM. WRM is working with BART and even PBM members to facilitate car lighting and other functions. The cars will be a pride of the WRM fleet, if they aren’t already. Please be patient, the fellows working on this at WRM are all volunteers. I can only be at one place at one time, but rest assured the cars will soon be the best ever static display of the BART system.  Regardless, the best C car has been preserved. The Westinghouse chopper control system, the Westinghouse 1463 BA traction motors, and even an authentic Alstom BART car, have all been preserved through the 329. All of this is due to a great cooperation between BART and the Western Railway Museum, of which includes many dedicated BART retirees.
 50 years ago to the day (September 16, 1974), A car 227 departed Fremont at 5:02 AM and an hour later, arrived at Daly City. It was the lead car of train 101, the first revenue train through the Transbay Tube. Full consist: 227-676-576-629-669-593-681-630-233 Behind train 101 was train 361, the first Concord-Daly City (Yellow line) train through the tube. Full consist was: 219-557-583-516-519-517-510-513-141 The 227 was later rebuilt into A2 car 1227.   A special message was added to the car after it was retired from BART, and shortly before it was scrapped.
 Equipment on the pathway was used to secure the trucks during lifting. Today the Western Railway Museum doubled its BART Legacy Fleet with the addition of a second legacy car – B2 car 1834. The 1834’s claim to fame was as the ride of President Richard Nixon on September 27, 1972 from San Leandro to Lake Merritt, back when it was A car 120. The other car, which was delivered last month, is A2 car 1164. The third car, C car 329, is expected to arrive in a few weeks.  Coincidentally, today is the 52nd anniversary of the start of BART revenue service and WRM now has a 2 car train – 7 of the 9 trains in service on 9/11/1972 (Day One) were 2 car trains too. Granted, the consists were of two A cars, not an A car and a B car, but the 1834 was once an A car. The 1834 was originally built by Rohr as A car #120. This was about the 25th car off the production line and delivered on June 1, 1972. It entered service not on Day One, but very shortly after – it was in service by 9/19/1972. The car was the lead car (and carried the Nixons) on the “Presidential Special” train #902 on September 27, 1972. The three car train (120-505-119) was inspected by the Secret Service and ran nonstop from San Leandro to Lake Merritt station with the Nixons and B.R. Stokes, BART General Manager. Afterwards, Nixon toured Central Control. He did not pay the fare for his ride, but did bring some financial support to help pay for more BART cars. Afterwards, the 120 gained a brass plaque about the Nixon ride, but was supposedly stolen in 1975 or 1976. The #120 was among the first group of A cars converted to B cars in the late 1970s and early 1980s, by Hayward Shop. This was likely in part from a bad fire inside the car in late 1976. The fireworthiness of the cars was concerning and after the 1979 Tube Fire, BART’s fleet underwent a significant vehicle hardening program to reduce and mitigate the hazard. Such changes included new seats, new car interior liners, and emergency evacuation posters – alongside operational changes.  Now converted into B car 834, it entered service in 1981 and ran until 2002. By then, the entire legacy fleet underwent a rehabilitation replacing most car components and rebuilding the car into “like new condition”. Few noticed that it was historic, let alone once fit for the President. Renamed and renumbered, the new B2 car 1834 ran for 22 more years. By the late 2010s and early 2020s it was assigned to Concord Shop, but then moved to Daly City, and finally Hayward Shop. It was in service on the Final Run event on 4/20/2024, in the second to depart MacArthur.  The car was delivered to the Western Railway Museum on September 11, 2024, with a tremendous amount of assistance from BART and Salazar Trucking. The car was delivered in much of the same way as the A car 1164 a few weeks ago, but also coupled to the A car. I had the distinct pleasure of being the first person to cross between cars once it was coupled up.  Transition dollies used to move the car from the delivery spot to the carbarn. Although not as exciting as the A car 1164, the B car 1834 is the only B car making it out of official BART hands. By the end of next year, it will be the only B car in existence. Throughout the years, almost every BART train had at least one B car. The B car fleet once numbered 380 cars – over half the fleet – and these middle “cattle” cars rolled for over 50 years. With the addition of the C car 329 in the coming weeks, it will once again become just a middle car. But in the meantime, it’s the end of a short “two bagger” at the Western Railway Museum.  Note: This is a section of the book Legacy Fleet: The Story of BART's Old Cars. You can reserve a copy of this upcoming book here.  BART was designed to bring a new generation of rapid transit for the people of the Bay Area, utilizing cutting edge technology and a deep attention to passenger comfort, which in turn was to solve traffic congestion. The great effort placed into these aspects, alongside the related struggles, inspired an entirely new generation of public transit throughout the US, and to an extent, throughout the world. Even in the most unexpected of places, deep behind the Iron Curtain, engineers in the country of Romania found inspiration from BART’s Legacy Fleet and used it to design their subway cars for the Bucharest Metro. These cars inaugurated service on Day 1 in 1979 and are still in service 45 years later. Romania is a country in Eastern Europe, roughly double the size of Pennsylvania, bordering the countries of Ukraine, Moldova, Hungary, Serbia, and Bulgaria, alongside the Black Sea. After WWII, the country was occupied by the Soviets and became a socialist republic and part of the Eastern Bloc. Under the Ceaușescu regime, Romania pursued a foreign policy independent of the USSR and included a few instances of Romanian technology imported into the US. Times would change in 1989 and into the 1990s, including the fall of the communist regime, but the subway cars built during that time would continue to move the masses decades onwards.
Development, including mass demolitions and reconstruction of existing and even historic parts of Bucharest (under the “systemization program”) necessitated the construction of a subway system the capital city. Indeed, time would tell that the subway system would be in many cases built to connect giant planned apartment blocks to giant factories and used to shuttle workers to and from their jobs – and the system as a whole had considerable distances between stations even in the Old Town. The local public transit company of Bucharest, Întreprinderea de Transport București (ITB) sent delegations to the Metros of Moscow, Leningrad, and Kiev in 1974, but decided against USSR support or “friendly aid” in designing their rapid transit cars and even construction of the system. Needless to say, the system as a whole is a bit more spartan than some notable Soviet metros, but there are a few reminders of those eastern systems, such as giant mirrors and time and headway clocks. The project for the rapid transit system was spun off into the newly formed Bucharest Metro Company (Intreprinderii Metroul Bucuresti - IMB) in 1975, and tasked with designing and building the line and revenue cars.   Early design work for the cars, including general dimensions and shape was refined in 1973 and 1974. Engineers said they were inspired by the BART A cars and designed their subway cars initially with a similar front and a carbody taper towards the roof. This design evolved from early renderings into what became full width cab windshield with side cab doors. Even with newer generations of rapid transit cars, designers used the same approach. As such, even the newest of the Bucharest metro cars have become a sort of a visual evolution from BART.  The side doors were based of Vienna metro cars, of which Vienna sent over the drawings of the pneumatic installation used for the doors in 1979 – basically when the system opened. Some electrical equipment was also imported from Siemens and “assimilated” into use. Outside of these aspects, the cars were by and large home-designed and home-built. For example engineers designed the cars’ trucks and gearbox using lessons learned from the V3A tram car also used in Bucharest.  By and large, the cars were home-designed and home-built. Engineer Stelian Canjeatra recalled the end of the Austrian exchange trip, Florin Tansescu (director at ICPE, and member of Central Committee of the Romanian Communist Party) said “Brothers: that’s about it, now we have to manage absolutely alone.” The project continued with Romanian technology and budget, ever mindful of the economical limitations under the Communist Bloc. The cars used DC motors with resistor (rheostatic) control, but even then they were fraught with problems impacting the start of service and pushing it back from May 1st to August 23rd and even further. A commission formed of specialists across academia and industries identified the causes of the problems and possible solutions. One major problem was short circuiting generating small fires during propulsion mode, while changing propulsion steps. The device used to contour the force automatically, called the „oromax” was nicknamed by the shops as the „petromax” due to its tendency to catch fire. Interim solutions were to lower the max speed from 80 to 65 km/h alongside various improvements, including bringing in replacement parts from AEG without official “management approval” but even the the security agencies also quietly understood the importance of getting the parts into the country quietly. The Metro history notes that ICPE Director, Dr. Florin Tanasescu; Head of the rolling stock service, Engineer Octavian Udriste; and Minister of the automotive industry at the time, Ion Avram, reported to the management (the party) that the metro was ready to be put into service “experimentally with the public”.  Whole lot of pressure for that operator in that cab The Bucharest Metro opened to passengers on November 19th, 1979 on what is now the M1 line on 8.1 km from Semănătoarea (an agricultural machinery factory, the station since renamed after the Romanian inventor „Petrache Poenaru”) to Timpuri Noi (New Times, also named after a nearby factory), and carried 175,000 passengers on Day One. This was considered the “burn-in period” and as such, the system claims to be the only rapid transit system in the world to have carried passengers during such a phase until the grand opening on December 19th, 1979 – in which the dictator was convinced that the subway was safe enough for him to ride.  Regarding terminology, there are a few terms specific to these cars which are useful to know:
 Series 2 on left, series 1 on right The cars were built in two distinct series alongside 2 pairs of prototype cars:
Every rapid transit system reflects the city in which it runs, of which Bucharest Metro reflects the pace of the city and the country. There are several stories about “leadership” of the Ceaușescu regime making routing changes based on personal preferences and pressure to “build quickly and work harder” rather than focus on quality. For example, engineers recall “indications” from “the management” (aka the opinion of First Lady Elena Ceaușescu) saying to not build Piața Romană station since the workers and students of the area needed to get more exercise. Needless to say the station was built with the expectation of existing at a later date, and following public demand, opened a couple years after the M2 opened. Other examples include strange curves resulting in detours around personally important buildings and redesigns of stations while under construction. During the 1990s, construction stagnated due to major political and socioeconomic changes in the country following the end of the Ceaușescu regime. The last Astra IVA cars were built in 1992. Starting in the mid 1990s, there were several attempts at modernizing the cars, including the Albastre, AC Motor, Middle Cars, and REM 183 projects. The Albastre (Blue Cars”) was a project to modernize 21 pairs of cars by FAUR, Electroputere Craiova, and REC for the M3 between 1994 and 1996. The modernization of these cars was completed but abandoned during trials due to the incompatibility of the cars across rebuilders alongside the original cars and overall unreliability of the cars. These cars were instead replaced by the new Bombardier cars. The requirements of the loan used to finance the project required the cars to stay on the property for at least 25 years, of which they remain parked inside the IMGB depot. The cars were as follows: 016, 019, 025, 026, 027, 029, 036, 038, 041, 044, 047, 050, 052, 064, 074, 082, 085, 088, 090, 141. Three cars, REM 018, 023, and 163 were modernized by Electroputere Craiova S.A. with thyristor control and AC motors, and painted in a new red livery. This modernization was also not a success in the long run and the cars are stored in the Militari Depot. Five cars were converted by Astra Arad into mid-train cars without driving cabs in 1995. This project was similarly abandoned in 1997, and the cars were simply dumped at the Arad yard. REM 183, car A, was modernized by Alstom in 2008 as a prototype for a modernization project for a 45 further pairs. Due to financial and technological limitations, the project was similarly abandoned. The changes with the 183 included a new front and livery inside and outside, LED displays, new windows, and new interior. Outside of these major changes, there were a handful of small scope modernization projects including one in 2000 adding carborne computers and paint scheme changes for cars for the M4. Additionally, 45 REM were upgraded between 2011 and 2014 with new electrical and pneumatic components, of which these cars remain in service.  The 45 REMs (15 TEMs) currently operational are:
*For some reason, nobody seems to share what the missing 2 TEM are – if they are indeed still in service. As of August 2024 I am happy to report that I have ridden about half of the operational fleet. In regards to route construction, progress resumed with the opening of the M4 in 2000 and the addition of ADtranz/Bombardier Movia 346 (BM2 and BM21) cars from 2002 to 2006 . Romania joined the EY in 2007 and used EU funds for further expansion of the system including the opening of the M5 in 2020.  The BM2 cars were designed in Sweden and represent a new generation of technology including IGBT propulsion, ATP and ATO capability, lower energy consumption, carborne intercommunication corridors, door sensors, etc. There are 18 trainsets of 6 cars of the BM2 order, built between 2001 and 2003 and numbered 10xx-20xx (the 1s and 2s represent opposite ends of the same trainset). Of the 6 cars, the end cars are trailers and all 4 middle cars are powered, with the furthest most middle cars having pantographs for yard moves (in which there is no third rail, for safety). The consists are numbered as followed: R1-MP1-M1-M2- MP2-R2. These cars were designed for use on the M2 and named after various flowers. Two further orders of Bombardier cars were titled the BM21, for use on the M1 and M3. They were built from 2006 to 2008 as 26 6 car trainsets, divided into an order for 20 trainsets and 6 trainsets. These cars differ slightly from the BM2 cars as-built, including LED information signs located inside the end of the cars providing next stop and transfer information, and an additional bar added in the middle of each row of seats. These cars were named after European cities. The onboarding of the Bombardier cars resulted in the scrapping of 100 Astra IVA cars.  The third generation of rolling stock for the Bucharest Metro were the CAF “Inneo” BM3 cars, designed for use on the M2 line. The first 16 trainsets were ordered in 2011 for a price of 97 million Euros, followed by an option for an additional 8 exercised in 2014. Early problems with the cars including a lack of platform clearance due to “platforms being built too wide.” The cars, numbered 1301-2301 to 1324-2324 are named after Romanian rivers. The CAF cars resulted in the retirement of 48 Astra IVA cars, reducing the fleet of 45 active cars. The contract for 13 BM4 cars, with an option for a further 17, was awarded to Alstom in 2020 for use on the M5 line. The cars are delayed and due to enter service in 2024 or 2025, and feature better noise insulation, LED lighting, passenger information systems, and space for bikes and persons with reduced mobility. The cars are part of the Alstom Metropolis brand and named after Romanian counties.  In the meantime, the old Astra IVA cars have soldered on, now (Summer 2024) assigned to the M4. Like the BART cars, they’ve grown with the system and if they were persons, have seen just about everything. They are heavily tagged, perhaps the most graffitied rapid transit cars in the world. Vandals come from throughout Europe to tag the cars, and even Metrorex’s Director General admitted that the cost of cleaning them off was too high to justify. Cars newer than these do not have any comparative levels of graffiti.  Even with their tattered appearance, the cars have lasted 45 years in revenue service which a handful of time remaining. They have gained the respectable nickname „Bătrâna doamnă” (“old lady”) through their „marea aventuă” (“great adventure”). It was only through a trip to visit a lifelong friend in Romania, combined with my personal interest in rapid transit, alongside the interest of a few Romanians sharing bits and pieces on their own internal national railroad forum, that this wonderful story of BART serving as inspiration has been told. Sources:
The 1164, the oldest A2 car (by original build date) and a car used for engineering tests since the 1970s, has found a new home at the Western Railway Museum. This is one of 6 A cars that found a second use and the only A car to be preserved. WRM will get two more cars - B car 1834 and C car 329 in the coming weeks or months. 
The Western Railway Museum is selling BART Legacy Fleet Train Operator Consoles sourced from retired cars. For $1000 each, you can own a core piece of BART history and support the preservation of three complete legacy cars at the Museum.
This video presents a history of the different train operator consoles of the Legacy Fleet, the functions of the console, and how to purchase one from the Museum if so inclined.  In celebration of the 200th anniversary of founding of the United States, the American Revolution Bicentennial Administration included BART as one of 200 examples of outstanding community achievement.
In line with numerous railroads across the country, a few cars also “celebrated” the Bicentennial. Around 11 A cars temporarily gained the official Bicentennial Logo in lieu of the cab logo alongside smaller versions of the same logo below the cab exterior numbers. The cars that received the logo were recorded as follows: 115 127 139 140 153 169 177 202 219 236 264 Other BART material, such as “The All About BART” guides also featured a small version of logo. The Western Railway Museum, the future home of the BART legacy fleet, is well underway with preparations for preserving the legacy fleet. One of the largest tasks thus far is to large the broad gauge rail that the cars will park on. WRM volunteers used an already existing standard gauge track and laid a third rail matching the BART gauge (5 feet 6 inches plus a little bit extra) for the BART cars. Now, WRM volunteers are using spikes to secure the rail to the ties. WRM plans on getting the cars in late July and into August, further details are TBD and will be shared when available.  Today, June 19th (Juneteenth) is the 60th anniversary of the groundbreaking ceremony of the BART system. Groundbreaking ceremony was at the site of the Diablo Test Track, now part of Concord Yard and the mainline between Concord and Walnut Creek. The test track was used to evaluate new technologies for use on the BART system.
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"The Two Bagger" is meant to be a place to store more "blog" style posts on various cars, pictures, and random tidbits/trivia. At BART, a "two bagger" is a rather informal name for a two car train. Two car trains rolled in revenue service back in 1972. Archives
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