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Toyota, Honda, Nissan and more collaborating to increase fuel efficiency

Toyota, Honda, Mazda, Nissan, Subaru, Mitsubishi, Suzuki and Daihatsu have announced an alliance that will see a push to improve fuel economy from both gas-powered and diesel-powered engines by as much as 30 percent before the end of the decade.
The newly assembled Research Association of Automotive Internal Combustion Engines put the roughly $20-million project together, with the Japanese government committing to half the cost while the eight manufacturers will chip in the rest.
According to Automotive News, the automakers will team up and share basic research on internal-combustion engines in a bid to cut costs. Eventually, the results of the research will find its way into a production vehicle, although it's unclear just when we'll see the fruits of this partnership on the road.

Watch Nissan's autonomous Leaf in action

Getting its semi-autonomous Leaf legalized in Japan was just the first step. Now, Nissan is giving demonstrations of what its fully autonomous car is capable of at this year's Combined Exhibition of Advanced Technologies (CEATEC) show - Japan's equivalent to America's Consumer Electronics Show. To show off the possibilities of its technologies, Nissan had an oval track set up at the show giving rides in an autonomous Leaf to the media. Even Nissan CEO Carlos Ghosn and Toyota CEO Akio Toyodo caught a ride.
Nissan has since released a couple videos of its CEATEC demos, with one designed to look like a news report. In this video, you can watch the car go around the track and navigate intersections and road hazards. The second video shows Ghosn riding in the car, and he hints that Nissan's goal of having an autonomous vehicle in production by 2020 might be more of a worst-case scenario. Watch both videos and read through Nissan's official press release below.

Nissan recalls 2015 Murano over ABS actuators

A problem discovered with its anti-lock brakes has prompted Nissan North America and the National Highway Traffic Safety Administration to issue a recall for the 2015 Murano crossover. The problem revolves around the actuators for the ABS, whose solenoid valves may be contaminated. That could, according to the recall notice below, cause the hydraulic brake pressure to either build up or drop completely, potentially destabilizing the vehicle and increasing the risk of a crash. The issue affects an estimated 9,614 units in the United States - plus another 116 in Puerto Rico and 839 in Canada - specifically those built between December 4, 2014, and March 17, 2015. The owners of those vehicles will need to take their Muranos in to their local dealers to have the ABS actuators inspected, and if necessary, replaced. The recall is slated to commence in early August, but in the meantime, dealers have been ordered to stop selling those vehicles affected until they can be attended to. Nissan spokesman Dan Passe confirmed to Autoblog that no accidents or injuries were reported to have resulted from the issue being addressed. At the same time, Nissan has also announced a second, much smaller recall for another of its crossover models. This one affects the 2015 Rogue Select – specifically those manufactured between November 17, 2014, and December 12, 2014, and fitted with 17-inch wheels. That, according to NHTSA, amounts to just 110 units, whose tires may be incorrectly labeled. To fix it, Nissan will be sending owners new labels with the correct payload information in compliance with federal regulations. Related Video: RECALL Subject : ABS Actuator may Malfunction Report Receipt Date: JUN 10, 2015 NHTSA Campaign Number: 15V364000 Component(s): SERVICE BRAKES, HYDRAULIC Potential Number of Units Affected: 9,614 Manufacturer: Nissan North America, Inc. SUMMARY: Nissan North America, Inc. (Nissan) is recalling certain model year 2015 Murano vehicles manufactured December 4, 2014, to March 17, 2015. These vehicles are equipped with Anti-Lock Braking System (ABS) actuators which may have contamination in the solenoid valves, potentially affecting the valves' ability to completely close and allow a build up of hydraulic brake pressure, or fully open and allow the hydraulic brake pressure to completely drop.