Parsons secures $45m BART CBTC contract

25 September 2020 (Last Updated September 25th, 2020 15:46)

Digitally enabled solutions provider Parsons has secured a $45m engineering services contract to implement a communications-based train control (CBTC) system for the Bay Area Rapid Transit District (BART) in the US.

Parsons secures $45m BART CBTC contract
BART train approaching MacArthur station. Credit: Pi.1415926535.

Digitally enabled solutions provider Parsons has secured a $45m engineering services contract to implement a communications-based train control (CBTC) system for the Bay Area Rapid Transit District (BART) in the US.

CBTC is part of BART’s $3.5bn Transbay Corridor Core Capacity Program, which includes five new traction power substations, 306 new rail vehicles and the development of a maintenance complex.

Parsons has been delivering engineering services to BART’s CBTC programme for the past five years.

The new contract requires Parsons to offer design services during construction for the CBTC implementation, which will replace the existing automatic train control system on 125 miles of track.

Parsons executive vice-president, connected communities market Tom Topolski said: “Intermodal connections are essential to increasing mobility around and between communities – BART’s connections between San Francisco, Berkeley, Oakland, Fremont, Walnut Creek, Dublin/Pleasanton are important for commuters, shoppers and visitors across the Bay Area.

“As a leader in CBTC in the United States, we will apply our unique systems integration approach to help improve the BART system that has served the Bay Area for more than 45 years.”

BART currently has the capacity to operate up to 23 trains an hour in every direction via the Transbay Tube between San Francisco and Oakland.

The Transbay Corridor Core Capacity Program will increase train frequencies between San Francisco and Oakland by over 30%, and overall capacity by more than 36%.

It will allow BART to operate up to 30 ten-car trains an hour in each direction through the existing tube.