Hagerstown Site Dig 60c3575379bca 60c4ba358294c

Volvo Group breaks ground on vehicle propulsion lab

June 15, 2021
In two chambers, the $33M expansion will house a chassis dyno capable of emissions measurements and simulating extreme-weather and altitude conditions as well as a testing site of fully operative vehicles, including highway and vocational trucks.

Volvo Group has broken ground on a $33 million expansion of its powertrain research and development site in Hagerstown, Maryland for the construction of a new vehicle propulsion lab (VPL). Volvo’s VPL will allow comprehensive testing of current and future products for Volvo Trucks, Mack Trucks, Prevost, and Volvo Bus to meet the evolving government regulations and ensure high performance on the diverse North American roadways.

Housed under one roof, the lab will consist of two environmental chambers: One chamber will have a chassis dyno capable of emissions measurements and simulating extreme-weather and altitude conditions. The second will offer testing of fully operative vehicles, including highway and vocational trucks, as well as coach buses, for starting in a variety of weather conditions.

“The Hagerstown powertrain technology site plays a significant role in the Volvo Group’s efforts to offer advanced transportation solutions that meet customers’ needs today and down the road,” Lars Stenqvist, chief technology officer of Volvo Group, said. “The all-new VPL, slated to open in the second quarter of 2023, will enable us the ability to more quickly develop and test battery-electric and hydrogen-based fuel cell solutions, as well as internal combustion engines, which will be powered by fossil-free fuels in the future, for our Class 8 trucks and coach buses.” 

Additional testing features in the VPL will include:

  • Operating from -22 degrees F to 104 degrees F (-30 C to +40 C) for development and verification activities
  • Wind speed simulation up to 85 mph (137 kmph)
  • Vehicle absorbing and motoring capability up to 1600 horsepower (1200 kW)
  • Altitude simulation up to 14,000 feet (4270 meters)
  • Various types of performance and emissions testing for battery electric, fuel cell, hybrid, natural gas, and diesel technologies
  • Capability to test highway and vocational Class 8 trucks and coach buses for North American, South American and European applications

“Our engineers currently rely on long-distance travel for extreme-weather testing or tap various third-party labs that specialize in specific types of testing,” Audley Brown, vice president of powertrain engineering for Volvo Group North America, said. “The VPL will be one of the few places in operation that offers vehicle emissions and on-board diagnostics requirements at all expected operating conditions for trucks, buses and powertrains.”

The company also expects the new lab to help drive ongoing product-quality improvements and speed-to-market capabilities due to the strategic migration from on-road testing to controlled, lab-environment testing.

At final construction, the VPL will be more than 35,000 sq ft, two-stories high and connected to the existing engine development lab on the Hagerstown campus. It’s been 15 years since the current lab went into operation, which involved a $40 million investment at the time. Since then, the company has spent an additional $12 million upgrading the test cells, a portion of which was used to enable the creation of electricity regeneration when operating the dyno tests. 

The Volvo Group employs more than 250 people at the current site from engineering, procurement, environmental, health and safety functions, and the new VPL will add around 10 new jobs, including both non-bargaining and United Auto Workers union-represented team members. The company’s Hagerstown campus is also home to the Volvo Group’s powertrain manufacturing facility, producing engines, transmissions and axles for Mack Trucks, Volvo Trucks, Prevost coaches, and Volvo Buses sold in North America. Employing more than 1,700 team members, the company has invested more than $294 million since 2011 at the 1.5 million sq ft manufacturing facility.    

About the Author

Commercial Vehicle Staff

Voice your opinion!

To join the conversation, and become an exclusive member of FleetOwner, create an account today!

Sponsored Recommendations

Leveraging telematics to get the most from insurance

Fleet owners are quickly adopting telematics as part of their risk mitigation strategy. Here’s why.

Reliable EV Charging Solution for Last-Mile Delivery Fleets

Selecting the right EV charging infrastructure and the right partner to best solve your needs are critical. Learn which solution PepsiCo is choosing to power their fleet and help...

Overcoming Common Roadblocks Associated with Fleet Electrification at Scale

Fleets in the United States, are increasingly transitioning from internal combustion engine vehicles to electric vehicles. While this shift presents challenges, there are strategies...

Report: The 2024 State of Heavy-Duty Repair

From capitalizing on the latest revenue trends to implementing strategic financial planning—this report serves as a roadmap for navigating the challenges and opportunities of ...