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Jaguar-based Eagle E-Type Low Drag GT makes its bid for most beautiful car ever with EVO

The Jaguar E-Type is one of the icons of automotive design, and British company Eagle has made a business out of restoring, upgrading and building their bespoke versions for the last 30 years. It does for the E-Type what Singer does for the Porsche 911 - takes an already great classic car and updates its mechanicals for the modern age.
The firm's latest creation, the Low Drag GT, might be its greatest ever, at least according to editor Henry Catchpole in Evo magazine's latest video. The car takes its inspiration from a trio of low-drag E-Type coupes built in the 1960s, but thoroughly modernizes the concept. The engine is based on Jag's inline-six, but made from aluminum and bored out to 4.7 liters to produce 346 horsepower and 360 pound-feet of torque. Catchpole says it's enough to propel it to 60 miles per hour in about 4.5 seconds. The body, transmission and differential are all also made from aluminum to cut the weight to 2,288 pounds, and modern upgrades include Ohlins dampers, AP Racing brakes and even extras like concealed GPS navigation and an Alcantara headliner. There's more head- and legroom than the originals, too.
Each car is built bespoke for each buyer, so prices vary, but Catchpole says the one he is in would run about half the cost of a LaFerrari - around $700,000.

Jaguar Land Rover building new R&D center for hybrids, EVs, autonomous cars

The success of Jaguar Land Rover in recent years has largely been down to a resurgent product lineup, but a recent move into the research and development will see the British-based, Indian-owned brands take the fight to its German rivals more aggressively than ever before.
JLR is investing 50 million pounds ($80,345,000, as of this writing) in a joint R&D center in central England. The move will more than triple its staff dedicated to research, from 150 to 500, with Wolfgang Epple, JLR's Director of Research and Technology telling Automotive News Europe, "In order to play among the big animals in automotive and to be anchored in the mind of customers you have to have offered something unique, to be first in market. We want to be one of the key premier automotive manufacturers."
Jaguar Land Rover's 50-million-pound contribution represents more than half of the 94-million-pound tab, on the so-called National Automotive Innovation Campus. Based at Warwick University, Tata's European Technical Center, Warwick Manufacturing Group and the Higher Education Funding Council, an agency of the British government, are all chipping in for the facility.

Jaguar opens new engine plant in the UK

The heads of Jaguar Land Rover are having a busy couple of weeks opening factories. Just days after inaugurating the company's first overseas plant in China, the automaker's new Engine Manufacturing Center in the UK is being inaugurated, as well. The plant near Wolverhampton, England, marks the first time in decades that JLR is building its own powerplants in-house. Further signaling the importance of this launch for the business, Queen Elizabeth II and Prince Philip were on hand and even tweeted about it.
The factory's first major project is to build JLR's latest Ingenium four-cylinders, starting with the 2.0-liter diesel version. "Our new Engine Manufacturing Centre is an important step in advancing the competitiveness and capability of the UK automotive sector. The production of in-house engines will support the expansion of the UK supply chain providing critical mass for inward investment," said Trevor Leeks, plant operations director in the automaker's announcement.
Opening the doors to the Engine Manufacturing Center has been years in the making for JLR. The plant was first announced in September 2011 and broke ground in June 2012. Building it cost the company 500 million pounds ($800 million) and created 1,400 new jobs. Of course, being a state-of-the-art factory, considerations were made to make the place as energy efficient as possible. That meant installing the UK's largest solar array with 21,000 panels to produce about 30 percent of the site's electricity needs.