New Flyer to deliver nearly 200 diesel-electric buses to Massachusetts
New Flyer of America is to deliver 194 heavy-duty Xcelsior diesel-electric transit buses to Massachusetts to replace buses which are at the end of their life.
The Massachusetts Bay Transportation Authority (MBTA) placed the order in 2010 and now has more than 200 forty-foot and 70 sixty-foot diesel-electric buses in operation.
The hybrid buses, supported by Federal Transit Administration (FTA) grants, will replace end-of-life vehicles. MBTA ordered its first New Flyer hybrid bus in 2010, and now has
January 10, 2019
Read time: 2 mins
New Flyer of America is to deliver 194 heavy-duty Xcelsior diesel-electric transit buses to Massachusetts to replace buses which are at the end of their life.
The 5200 Massachusetts Bay Transportation Authority (MBTA) placed the order in 2010 and now has more than 200 forty-foot and 70 sixty-foot diesel-electric buses in operation.
The hybrid buses, supported by 2023 Federal Transit Administration (FTA) grants, will replace end-of-life vehicles. MBTA ordered its first New Flyer hybrid bus in 2010, and now has more than 200 forty-foot and 70 sixty-foot diesel-hybrid buses currently in operation, as it continues to focus on clean transportation initiatives for the greater Boston area.
Chris Stoddart, president, New Flyer of America, says: “New Flyer's extended-range hybrid buses – complete with start/stop technology running on emission-free battery power inside the Silver Line tunnel – will help fulfil its environmental needs while increasing transit service.”
Since 2002, New Flyer has delivered more than 750 buses to MBTA, including diesel-electric and low-emission compressed Natural gas buses.
In September 2018, New Flyer announced its plans to deploy five battery-electric %$Linker: 2External<?xml version="1.0" encoding="utf-16"?><dictionary />000link-external busesfalsehttp://www.itsinternational.com/sections/general/news/new-flyer-deploys-five-battery-electric-buses-in-utah/falsefalse%> to help improve air quality around Salt Lake City and the University of Utah campus.
The EU funded Innovative Transport SME Support Action (INTRASME) SME Opportunity Workshop in Berlin on 3 April 2014 will provide small and medium enterprises (SMEs) with an opportunity to understand the electric vehicle supply chain and how it can differ from the more traditional internal combustion engine vehicle supply chain process.
The workshop, co-located with Supercapacitors Europe, will focus on the marketing opportunities for SMEs in the light carbon vehicle, light aircraft and smart mobility sec
The 14th Technology Days (Teknologidagene) organised by the Norwegian Public Roads Administration take place in Trondheim on 23-27 October, with two full days devoted to a major Norwegian project - Coastal Highway Route E39.
The project aims to improve the roads and remove the seven ferry connections on the E39 between Kristiansand and Trondheim, making it possible to drive the entire distance without interruptions. In order to achieve this, work to replace all ferry connections with bridges and tunnels
Denso has acquired Ease Simulation, a US company which develops automotive diagnostics technology.
Richard Shiozaki, senior vice president of Denso Products and Services Americas, says the deal is part of a long-term strategy to offer new value for mobility.
Ease will now merge with Denso Products and Services America, an automotive components subsidiary based in California.
Ease also offers automotive inspection software, automotive emissions equipment and automotive telematics systems.
The Las Vegas Convention and Visitors Authority (LVCVA) has approved a contract with Elon Musk’s The Boring Company (TBC) to construct an underground people mover.
LVCVA says the $48.675,000 contract will allow TBC to build a people mover that could safely carry passengers in autonomous electric vehicles via a loop of underground express-route tunnels.
The underground loop system is expected to offer reduced total costs and less disruption to pedestrian and vehicle traffic. Once complete, the loop is