Ford, GM to Jointly Develop Multi-Speed Transmissions
Multi-speed transmissions were once reserved for heavy trucks, but 8-speed automatics are now available in automobiles and pickups, and soon there’ll be even more ratios.
by Staff
April 15, 2013
Ford and GM plan to jointly develop a new generation of advanced 9- and 10-speed automatics for cars, crossover and sport utility vehicles, and trucks.
3 min to read
Ford and GM plan to jointly develop a new generation of advanced 9- and 10-speed automatics for cars, crossover and sport utility vehicles, and trucks.
Multi-speed transmissions were once reserved for heavy trucks, but 8-speed automatics are now available in automobiles and pickups, and soon there’ll be even more ratios.
Ford Motor Co. and General Motors Corp. announced Monday that they’ll jointly develop a new generation of advanced 9- and 10-speed automatics for cars, crossover and sport utility vehicles, and trucks.
The new transmissions, to be built in both front- and rear-wheel-drive versions, will improve vehicle performance and increase fuel economy by keeping engines in their optimum rev ranges, the companies said.
Ad Loading...
The collaboration enables both Detroit-based automakers to design, develop, engineer, test, validate and deliver the new transmissions faster and at lower cost than if each company worked independently, they said.
Analysts say the two giant firms are reacting to pressure from Chrysler Group, which now offers an 8-speed automatic in Ram pickups and soon will put them in Jeep SUVs. That transmission is made by ZF of Germany, which also supplies gearboxes to Fiat of Italy, which now controls Chrysler.
“Engineering teams from GM and Ford have already started initial design work on these new transmissions,” said Jim Lanzon, GM vice president of global transmission engineering. “We expect these new transmissions to raise the standard of technology, performance and quality for our customers while helping drive fuel economy improvements into both companies’ future product portfolios.”
“The goal is to keep hardware identical in the Ford and GM transmissions,” said Craig Renneker, Ford’s chief engineer for transmission and driveline component and pre-program engineering. “This will maximize parts commonality and give both companies economy of scale.
“However, we will each use our own control software to ensure that each transmission is carefully matched to the individual brand-specific vehicle DNA for each company.”
This new agreement marks the third time in the past decade that GM and Ford have collaborated on transmissions. As a result, both companies together have built more than 8 million 6-speed front-wheel-drive transmissions for popular cars and CUVs around the globe.
Those collaborations served as models for the new one, the firms said. As before, each company will manufacture its own transmissions in its own plants with many common components.
“With the jointly developed 6-speed automatics we have in production today, we’ve already proven that Ford and GM transmission engineers work extremely well together,” said Joe Bakaj, Ford vice president of powertrain engineering.
“By jointly sharing the development of these two new families of transmissions, both GM and Ford will be able to more efficiently use our respective manpower resources to develop additional future advanced transmissions and bring them to market faster than if we worked alone,” said Lanzon.
Further technical details and vehicle applications for these transmissions will be released by each company at an appropriate time before launch.
Hydrogen combustion engine trucks will be especially suitable over longer distances and in regions where there is limited charging infrastructure or time for recharging of battery-electric trucks, according to the company.
Trucking operators are slowing speeds, cutting empty miles, and declining unprofitable freight as diesel costs continue to rise due to conflict in the Middle East.
New guidance allows engine makers to replace problematic DEF sensors with NOx-based systems, aiming to reduce unnecessary derates and downtime caused by failures in the sensors designed to monitor diesel exhaust fluid on trucks.
Artificial intelligence, the software-defined vehicle, telematics, autonomous trucks, electric trucks and alternative fuels, and more in this HDT Talks Trucking interview
The company’s expanded EPEQ ecosystem includes flexible solar panels, lithium batteries, hydraulic power systems, and a portable fast charger for electric trucks.
Listen as Mike Roeth of the North American Council for Freight Efficiency shares insights into battery-electric trucks, natural gas, biofuels, and clean diesel on this episode of HDT Talks Trucking.