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Aston Martin will race the Valkyrie hypercar at Le Mans in 2021

Aston Martin will challenge for outright victory in the Le Mans 24 Hours race in 2021 with its Valkyrie hypercar, the British luxury sportscar maker announced on Friday after race organizers rewrote the rules. The governing FIA, who oversee the World Endurance Championship, and race organizers Automobile Club de L'Ouest, revealed earlier that hypercar derivatives would replace prototypes as the top category starting in the 2020-21 season. Aston Martin will field two works Valkyries, powered by V12 normally-aspirated engines, as part of a multi-year commitment to a championship currently dominated by Japanese manufacturer Toyota. The announcement comes 60 years after Aston Martin's sole overall triumph at Le Mans in 1959 with Britain's Roy Salvadori and American Carroll Shelby. Le Mans winner Toyota, meanwhile, has committed to staying in the WEC after 2020 subsequent to the hypercar rules. The Japanese manufacturer said in a statement before this weekend's race at Le Mans' Sarthe circuit that it would continue in 2021 with a hybrid-powered prototype based on the GR Super Sport road car. Track testing of the new car will begin next year. Defending champions Toyota will start on pole position on Saturday after sweeping the front row in qualifying for the third year in succession. "This new era of competition is a fantastic opportunity to demonstrate our credentials not only as a race team against some of the best in the business, but also as a sportscar manufacturer," said Toyota Gazoo president Shigeki Tomoyama. The 2021 Le Mans will also be the 100th anniversary of Aston's first entry at the Circuit de la Sarthe. "I think you'd say from the brand's point of view, there's a little bit of unfinished business to be done," Group Chief Executive Andy Palmer told Reuters. Top Formula One designer Adrian Newey, who has won championships with Williams, McLaren and Red Bull, helped create the Valkyrie. The limited edition road legal version costs in the region of 2.5 million pounds ($3.17 million). "We don't under-estimate the difficulty of an outright win at Le Mans and you never under-estimate the tenacity and resources of Toyota," said Palmer. "On the other hand, we're not coming just to make up the numbers. We're coming here to give it a bloody good shot." Palmer said the new regulations would significantly reduce the costs of competing, without giving details about the likely budget, and hoped commercial rivals McLaren and Ferrari would take up the challenge.

Next Lotus Elise to draw from its roots

Recently-appointed Lotus CEO Jean-Marc Gales told Autocar that work on the new Lotus Elise, which is coming in 2020, is already underway, and thanks to growing sales, the automaker is set to make a profit for the first time in 20 years. Gales also dropped some details about the new sports cars' design philosophy and underpinnings. According to the report, the new Elise will utilize the same aluminum chassis technology found in the original Elise and won't bear any resemblance to the 2010 Elise concept. Instead, the upcoming vehicle will uphold its roots with a lightweight design that emphasizes driver involvement at an affordable price. The new Elise is rumored to weigh in at roughly 1,984 pounds, almost 384 pounds more than the original Elise. In order to meet US crash ratings, the Elise will most likely be wider, but have the same length as the current model. Power will probably come from a Toyota unit producing between 134 horsepower and 245 horsepower. The Elise is expected to come to the US where it will be offered with a manual and automatic transmission, which will both come from Toyota as well. Gales claims Lotus has more orders now than in any year in the last 10 years, with the US being one of the automaker's most important markets. Related Video:

Old Toyota Camry Hybrid batteries find new life in Yellowstone

Beginning this fall, used hybrid batteries that would otherwise be recycled will get a second life in Yellowstone National Park. 208 nickel-metal hydride batteries are being retired from the Toyota Camry Hybrids they once helped power and will become part of an off-the-grid energy system at Yellowstone's remote Lamar Buffalo Ranch field campus. The Lamar campus provides field seminars and other education and research in the northeastern corner of the park. The energy stored in the battery packs will come from solar panels and micro-hydro turbines. The total storage capacity of the batteries is 85 kWh, which is sufficient to provide plenty of emissions-free power to the five buildings at the field campus. Toyota says this program essentially doubles the life of the batteries that are no longer suitable for driving. It's great to see the batteries get another life cycle before recycling, especially in a place where wild animals easily outnumbers the cars. The battery project is part of a larger partnership between Toyota and Yellowstone. Toyota has previously donated a RAV4 and $50,000 to support sustainability projects at the park. In addition to the energy system being implemented at the Lamar Buffalo Ranch, Toyota has taken part in similar energy projects. Beginning last year, Toyota dealers in Japan have been using hybrid batteries for power storage. Also, Toyota Motor Manufacturing Alabama is testing a system to use hybrid batteries to power operations and for emergency backup power. Learn more in the press release from Toyota below. Buffalo and Bears and Batteries – Oh My! Toyota Brings Power to Yellowstone National Park June 04, 2014 Yellowstone...Where the Deer and the Antelope and the Prius Play Torrance, Calif. (June 4, 2014) – The nation's oldest National Park is ready for some new power. Toyota Camry hybrid batteries will soon power the Lamar Buffalo Ranch field campus in Yellowstone National Park. It's a new lease on life for the batteries and new, zero emission, energy option for the Park. Now that's a "bear-able" solution! The stationary distributed energy system will feature 208 used Camry Hybrid nickel-metal hydride battery packs and a total storage capacity of 85 kWh, more than enough pluck to power the five buildings on the Ranch field campus.