R160 (New York City Subway car)

R160 (New York City Subway car)
An R160A train on the Template:NYCS-bull-small approaches Avenue P.
Interior of an R160B car on the Template:NYCS-bull-small.
In service	2006-present
Manufacturer	Alstom, Kawasaki Heavy Industries
Family name	NTT (new technology train)
Replaced	most R32s all R38s all R40s all R40As many R42s all New York City Subway-operated R44s
Constructed	2005-2010
Entered service	2006-2010
Number in service	1,662 (1,448 in revenue service during rush hours)
Formation	93 four-car sets (two B cars) 258 five-car sets (three B cars)
Fleet numbers	R160A-1 four-car sets: 8313–8652; 9943–9974 R160A-2 five-car sets: 8653–8712; 9233–9802 R160B: 8713–9232; 9803–9942
Capacity	42 seating 198 standing (A car) 44 seating 202 standing (B car)
Operators	New York City Subway
Depots	East New York Yard (372 cars) Jamaica Yard (1290 cars)
Service(s) assigned	R160A (four-car sets): As of June 30, 2024 R160A (five-car sets): (1 train is also used in Q service during morning rush, but is shown in the R assignment) As of June 30, 2024 R160B: (1 train is also used in Q service during morning rush, but is shown in the R assignment) As of June 30, 2024
Specifications
Car body construction	Stainless steel with fiberglass ends and rear bonnets
Train length	4-car train: 240.84 feet (73.41 m) 5-car train: 301.05 feet (91.76 m) 8-car train (two 4-car sets): 481.68 feet (146.82 m) 10-car train (two 5-car sets): 602.1 feet (183.5 m)
Car length	60.21 feet (18.35 m)
Width	9.77 feet (2,978 mm)
Height	12.13 feet (3,697 mm)
Floor height	3.76 ft (1.15 m)
Platform height	3.76 ft (1.15 m)
Entry	3.76 ft (1.15 m)
Doors	8 pairs per car
Articulated sections	2 to 4 in every car.
Maximum speed	55 mph (89 km/h)
Weight	85,200 lb (38,600 kg)
Traction system	Alstom Onix AC traction model: 4LCA1640A (8313-8842, 9103-9974) Siemens SITRAC AC traction motor (cars 8843-9102)
Prime mover(s)	electric motor
Power output	147.5 hp (110 kW) to 150 hp (112 kW) per axle All axles motorized
Acceleration	2.5 mph/s (4.0 km/(h⋅s))
Deceleration	2.5 mph/s (4.0 km/(h⋅s)) (full service), 3.2 mph/s (5.1 km/(h⋅s)) (emergency)
Auxiliaries	SAFT 250AH battery (B car)
Electric system(s)	600 V DC Third rail
Current collector(s)	Contact shoe
Braking system(s)	Dynamic braking propulsion system; WABCO RT-5 tread brake system
Safety system(s)	Dead Man's Handle, Signal-based Tripcock System, emergency brakes, passenger to conductor emergency talk system
Headlight type	LED
Track gauge	1,435 mm (4 ft 8+1⁄2 in) standard gauge

The R160 is a class of 1,662 new technology (NTT) New York City Subway cars built by two different companies: Alstom Transportation and Kawasaki. The class was built by two manufacturers, so they are designated as "R160A" (Alstom) and "R160B" (Kawasaki). The two car types are nearly identical to each other.

Description

The R160A base order was part of a $961,687,121 contract funded in part by a grant from the Federal Transit Administration. The R160s are designed to operate on the New York City Transit Authority's lettered services (B Division), and were intended to replace older subway cars. The primary base order of the R160 class consisted of 660 cars, 400 R160As to be built by Alstom, and the remaining 260 R160Bs to be built by Kawasaki. The contract included options for further orders, which, if exercised, would have brought total business with NYCT to about US$2.4 billion, for 1,700 subway cars, and Kawasaki would have manufactured 40% (680 cars) of the 1,700 cars. The R160 fleet was purchased at an average cost of $1.28 million USD per car.

The first train of R160 cars (8713-8722) were delivered on July 22, 2005, and entered revenue service on the N for its 30-day acceptance test on August 17, 2006, after slightly over a year of testing. However, this train was transferred to the A on August 20, 2006 to continue with its 30-day performance test, which it passed on September 30, 2006, and all testing and acceptance was concluded.

On November 10, 2008, the MTA exercised options for 140 R160B cars (9803-9942), and 242 R160A cars, broken down into 32 cars arranged as 4-car sets (9943-9974) and 210 cars arranged in 5-car sets (9593-9802). These cars all feature Alstom traction. As of June 2010, all of the R160 cars are in active revenue service.

R160 cars are configured in either 4- or 5-car sets. 372 R160A cars (8313-8652 and 9943-9974) are configured as 4-car sets, maintained at East New York Yard, operating on the BMT Eastern Division (J/Z), L, and M, as well as at 207th Street Yard for the C. The remaining 630 R160A cars and all R160Bs are configured as five-car sets for use on IND and BMT main line services. They are maintained at Jamaica Yard, operating on the E and F, or the Coney Island Yard, operating on the N and Q.

Kawasaki and Alstom organized a joint venture called Alskaw Inc. for project management, engineering and equipment purchasing to pursue the contract. The two companies built and delivered the rolling stock through the joint venture. Kawasaki not only manufactured 260 cars for the base contract, but was also the engineering leader for the whole project and provided the trucks for all cars.

Alstom assembled 1,002 R160A cars at its manufacturing plant in Hornell, New York, while Kawasaki assembled 660 R160B cars at its plant in Yonkers, New York. Shells for the Alstom-built cars were built in their Lapa plant, in São Paulo, Brazil, and shells for the Kawasaki-built cars were assembled at their Lincoln, Nebraska, plant.

The R160s have replaced all R38s, R40s, R40As, and New York City Subway-operated R44s, as well as the majority of R32s and R42s. The remaining R32 and R42 cars were projected to be replaced by an order of R179s by the late 2010s.

Features

Front route display on an R160 in service on the former Template:NYCS-bull-small.

The R160 FIND system on a Coney Island-bound Template:NYCS-bull-small.

The R160 cars are equipped with the latest control system, HVAC and public address system to guarantee the utmost safety and passenger comfort.

One of the major changes and highlights of the new cars is the addition of an electronic "FIND" (Flexible Information and Notice Display) system, which includes an LCD screen displaying the route, route information and advertisements, and a tri-color (red, yellow, green) LED strip map which displays the next ten stations, plus five consecutive "further stops" to riders. There are three of these in every car. The display updates the stations at every stop, also giving the number of stops to each station listed, and replaces a plastic card which had a set route and stations printed on, which was used on the R142, R142A/S, R143, and R188 cars, each of which has 63 (001 thru 063) amber LED dots type station indicators. This allows for instant route or line changes with the correct information, which includes, but is not limited to, omitting of certain stops.

Both the R160As and R160Bs come with provisions for the future installation for CBTC. However, only 64 R160As (#8313-8376) have been retrofitted with CBTC equipment for operation on the L alongside trains of CBTC equipped R143 cars.

Problems

Early on in the order, Alstom encountered significant start-up production problems since being awarded the base contract. In July 2005, Alstom missed its contractual deadline to deliver a 10-car test train, which arrived five months late with Alstom requesting three additional months to deliver the test train. Finally on November 29, 2005 the first five cars (8653-8657) of this test train were delivered, and the next remaining five cars (8658-8662) were delivered on December 6, 2005, to the New York City Transit Authority for a complete 10-car train for acceptance testing and evaluation. It entered revenue service on the A for its 30-day acceptance test on October 17, 2006, after several months of exhaustive testing, which it passed on November 16, 2006, and all testing and acceptance was concluded. In addition, the Transit Authority rejected several car shells made earlier at their plant in Lapa, Brazil, near São Paulo, after discovering welding defects.

Early on in the order, Alstom was also behind on its delivery schedule. Alstom was to have delivered 200 out of the 400 car base order by September 2007. However, by that month, Alstom had only delivered 80 cars. Under the base contract, Alstom agreed to pay damages of $800 a day for late deliveries of four-car trains, and $1,000 a day for five-car trains. However, the Transit Authority had not yet fined Alstom for its late deliveries and was negotiating with Alstom to accelerate their delivery schedule. The 200 cars were delivered 7 months late in early April.

Differences

Between the R160A and R160B cars

While the two subtypes are almost identical to each other, there are some slight differences between the two car subtypes:

• R160As were built by Alstom, while R160Bs were built by Kawasaki.
• R160As can be in either four-car or five-car sets, but R160Bs can only be five-car sets.
• The R160Bs' door window rims are glossier than those on the R160A.
• With the exception of the first cars delivered (8653-8662 and 8713-8722), all R160As and later R160Bs feature a thin stainless steel metal plates riveted around all interior side window masks, and on the interior walls of the ends of cars as well. Cars 8653-8662 and 8713-8722 have interiors very similar to the R143 cars.
• The R160A doors emit a noticeable whirring sound when they open and close while the R160B doors are silent. This is because the R160As use Vapor door motors while R160Bs use Fuji door motors.
• All R160A traction motors were constructed by Alstom while the R160Bs are split between Alstom traction motors and Siemens traction motors (400 Alstom cars and 260 Siemens cars). These two brands of traction motors have noticeably different sounds. Alstom propulsion (cars 8313-8842, 9103-9974) has stepped sounds while Siemens propulsion (cars 8843-9102) has a smoother, rolling sound. All three sets of cars (R160A, R160B Alstom, and R160B Siemens) are interoperable.

Between the R143 and R160 cars

The R160s are almost identical to the R143s, and both were built by Kawasaki (except the R160As). However, there are differences between the two car models:

• The R143s have standard plastic card route "strip maps", with 63 LEDs in the map, as well as LED advertisements, while R160s have the FIND system, with 15 "next stop" slots, and Arts for Transit cards.
• The American flag on the ends of the A-unit cars is placed above the MTA New York City Subway logo on the R160s, but below it on the R143s.
• The R143s have Adtranz or Bombardier traction motors while most R160s have Alstom traction motors. Some R160Bs have Siemens traction motors.
• The R143s have single storm doors at the blind ends, while the R160s have double storm doors at the blind ends.
• The taillights on the R143s use incandescent bulbs with reflectors while the R160 taillights use LEDs with their characteristic dot-matrix look.
• The rim around the interior LED lights are black on the R160s and white on the R143s.
• The LED side signs are smaller on R143s than they are on R160s.
• The interior paneling of the R143s is a light-teal colored textured material, whereas the R160s feature smooth, glossy white interiors.
• The curved celling molding is thicker and closer together on the R143s than on the R160s.
• The propulsion sound of the R143 can be described as a rolling sound similar to the R142As and R188s, while the R160A cars have a stepped propulsion sound similar to R142s.

See also

• R143 (New York City Subway car) - a similar car also built by Kawasaki Railcar Corp. of Kobe, Japan
• R179 (New York City Subway car) - a similar car to be built by Bombardier Transportation.

External links

• nycsubway.org: R160 cars
• Korman, Joe (January 12, 2018). "BMT-IND Car Assignments". JoeKorNer.
• Korman, Joe (November 6, 2016). "New York City Subway Car Fleet June 2010 through November 2016". JoeKorNer.
• National Geographic video about Alstom's manufacturing of the R160A car on YouTube
• Kawasaki Rail Car, Inc.: R160B