Goodyear Automatic Tire Inflation System in Fleet Testing
Goodyear will test its Air Maintenance Technology for commercial vehicles -- which keeps tires inflated without any external pumps or electronics -- on trucking fleets over the next year and a half.
by Staff
October 22, 2014
A Goodyear Tire & Rubber Company tire test engineer checks the pressure on a tire equipped with the company's Air Maintenance Technology. Photo: Goodyear.
2 min to read
A Goodyear Tire & Rubber Company tire test engineer checks the pressure on a tire equipped with the company's Air Maintenance Technology. Photo: Goodyear.
Goodyear says it will be testing its Air Maintenance Technology for commercial vehicles -- which keeps tires inflated without any external pumps or electronics -- on trucking fleets over the next year and a half.
Goodyear has been developing and testing the technology since 2011. It automatically keeps tires inflated to a specified cold inflation pressure with internal pumps and sensors. The AMT system is designed to work under many operating conditions and through multiple retreads.
Ad Loading...
“This is an important milestone in the development of AMT for the commercial trucking marketplace,” said Joseph Zekoski, chief technical officer. “The tires equipped with AMT have performed well in testing and we are pleased that so many of our fleet customers were eager to collaborate with us.”
The system uses a peristaltic pump technology to automatically maintain tire pressures specified by the fleet. All components of the AMT system are contained within the tire.
Properly inflated tires result in lower emissions, longer tire life, improved safety and better performance.
Ad Loading...
The Department of Energy’s Office of Vehicle Technology gave a $1.5 million grant to assist in the research and development of AMT. Representatives from the DOE met with Goodyear’s AMT teams in September to review the progress on the project.
“This phase of testing will go a long way in helping us determine when we can make this technology available in the commercial tire marketplace,” said Zekoski.
A startup called Sigma Powertrain believes purpose-built multi-speed gearboxes can boost efficiency, reduce battery size and improve gradeability for heavy-duty battery-electric trucks.
Developed with Driventic, Hendrickson's new integrated e-axle is designed to improve efficiency, reduce weight, and extend range in Class 6-7 EV applications.
Fuel savings don’t come from one big change. They come from dozens of small ones. Here’s how leading fleets are stacking gains across drivers, routing, maintenance, and more.
What works in sustainable trucking today? Heavy Duty Trucking's Top Green Fleets are finding practical ways to cut fuel use, reduce emissions, and keep freight moving.
CARB says the California Clean Fuel Reward program will begin offering point-of-sale rebates of up to $120,000 for electric commercial trucks starting June 26.
Along with unveiling its EPA 2027-compliant MP13 engine, Mack outlined powertrain changes across its Class 6-8 lineup, including new Cummins-based X10 engines.
Volvo says advances in combustion and aftertreatment helped its new EPA 2027 D13 engine avoid the fuel-economy penalties many once expected from tighter NOx emissions limits.
Tesla’s Semi chief at ACT Expo outlined production growth, lower-cost models, charging expansion, and why the company believes fleets are leaving money on the table by waiting on electric trucks.
A new report from the Electrification Coalition outlines key barriers slowing electric truck charging deployment and offers policy solutions to accelerate infrastructure growth.