The R143 was the first "B" Division order of the NTT series, and the first 60-foot (18.29 m) B Division car built for the New York City Subway system since the R42s delivered in 1969. A total of 212 cars were built, all arranged as four-car sets. First delivered in late 2001, they entered a 30-day period of revenue service testing on December 4, 2001, and officially entered service on the Canarsie Line on February 12, 2002. By March 2003, all cars had been delivered.
Description and features
The original electronic strip map on an R143The LED side destination sign of an R143An LED information screen on a R143
The R143s are numbered 8101–8312. The 212 cars were expected to provide enough service for years, but the fast growth of the Williamsburg neighborhood overloaded the L by mid-2006.[6]
The R143s are the first 60-foot (18.29 m) B Division cars built for the New York City Subway system since the R42 from 1969, the first NTT model for the B Division, and the first automated fleet in the subway system. They are currently based at East New York Yard and assigned to the L. The R143s are very similar to the R160s and R179s, but the three car types are not interoperable with each other due to electrical incompatibilities between them.[7][8][9]
Like the R142s, R142As, and R188s, the R143s feature electronic strip maps. Originally, they only depicted stops on the L, but since 2020, they were retrofitted to include the J/Z. These newer installations depict the L and J/Z routes using two separate maps side-by-side, using the same 63-light console.
Unlike the rest of the NTT fleet at the time, the R143s are equipped with interior LED screens, which take the place of the MTA Arts for Transit cards that are usually located there. These screens can display advertisements, public safety announcements, and other information.[10] Several cars of the NTT fleet were similarly retrofitted with LCD screens after they were delivered, and all subsequent orders are built with these screens. However, the LCD screens have the capability to display multiple colors instead of only red, orange, and green.
Communications-based train control
The Transit Authority had projected that 212 Kawasaki-made R143 subway cars would be enough to accommodate ridership demands for years to come, but ridership has risen higher than expected. Therefore, sixty-four new R160A cars manufactured by Alstom were equipped with CBTC so they could run on the L along with the R143s.
History
Timeline of contract
The contract for the R143 was put out to tender in January 1998. The initial contract called for 100 60-foot (18.29 m) cars that would come in five-car sets. The new cars would be expected to have automatic PA announcements, high efficiency lighting, emergency intercom and customer alarms, AC propulsion motors, speedometers and event recorders, electronic information display signs, artwork, a central diagnostics monitoring system, microprocessor-controlled air compressor, brake and communication systems, roof-mounted microprocessor-controlled HVAC, and to be compliant with ADA requirements.[11]
Kawasaki Rail Car Company was awarded a $190 million contract for 100 new B Division cars in late December 1998, with an option for 112 more cars.[12][13] The new design was based on the A Division'sR142A, which Kawasaki also built,[5] and incorporated many features from the R110A and R110B prototypes. The cars were built with an average cost of about $1.5 million per car.
Delivery
Delivery of the cars began in late 2001. A 30-day revenue acceptance testing with one train of eight cars (8101–8108) began on December 4, 2001.[14][15] According to Kawasaki, the test was "extremely successful".[5] The cars began running on the Canarsie Line (L train) on February 12, 2002, where they have been assigned to.[16] All 212 cars were delivered by March 2003.[17]
Along with displacing older equipment from the Canarsie Line, the R143s also displaced the R42s on the now-extended weekend M shuttle service on the BMT Myrtle Avenue Line, when that line became the first BMT Eastern Division line to be placed in a weekend One Person Train Operation (OPTO) service. The R143s on the M were later displaced by the R160As in February 2008. OPTO service was also tested on the L during mid-2005, but it ended due to safety issues.[18][19]
Post-delivery
A retrofitted electronic strip map, with both the L and J/Z routes shown.
Cars 8205–8212 were originally delivered with experimental Siemens SITRAC traction systems, that would be later found in R160B cars 8843–9102. These cars were eventually refitted with the Bombardier MITRAC traction systems found on all other R143s.[20]
On April 18, 2004, an eight-car R143 train overshot the bumper at Eighth Avenue after the operator suffered a possible seizure. The lead car, 8196, presumably suffered damage while the rest of the consist did not.[21] By 2007, it had been repaired and returned to service.
On June 21, 2006, another eight-car R143 train overshot the bumper, this time at the end of the tracks in the Canarsie Yard after the operator suffered a seizure. The first car, 8277, suffered significant damage and was stripped of damaged parts before being sent to the Kawasaki plant in Yonkers to receive repairs. The other cars in the set (8278–8280) suffered minor body damage and were moved to the 207th Street Yard and repaired. Eventually, 8277 was sent back to New York City Transit property and repaired. By 2016, car 8277 was finally recoupled with 8278–8280, but the consist needed component upgrades to become operational.[22] The set returned to service in December 2017.[23]
In 2017, a set of R143s was equipped with measuring gauges to test out the curve radius and gangway flex in the existing 60-foot (18.29 m)-long cars in order to collect data for evaluating the future R211T order, which was delivered beginning in October 2022.[24]
In September 2020, the interior strip maps for these cars, which originally only depicted stops on the L route, were replaced with combined strip maps that includes stops on both the J/Z and L services.
^"New York City Subway Car Update"(PDF). The Bulletin. Electric Railroaders' Association. April 2016. p. 19. Archived(PDF) from the original on June 15, 2022. Retrieved March 30, 2016.
^"New York City Subway Car Update"(PDF). The Bulletin. Electric Railroaders' Association. February 2018. p. 7. Archived(PDF) from the original on June 14, 2022. Retrieved January 28, 2022.
^"New York City Subway Car Update"(PDF). The Bulletin. Electric Railroaders' Association. May 2017. p. 20. Archived(PDF) from the original on June 15, 2022. Retrieved January 28, 2022.
– 176 cars (22 trains)[3][4]
