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Lotus Emira V6 First Edition Road Test: The most fun for $100,000

You really couldn’t script it more perfectly. The Lotus Emira is a dream sports car. ItÂ’s good that we all recognize that here and now, as far too often in the super- and sports car world, the market doesnÂ’t realize what an astounding thing it has until sales have gone cold, and the manufacturer kills it off. Cough, Acura NSX. In a way, the Emira is a love letter to everything enthusiasts desire about driving. Lotus is in a state of transition – the EVs are coming! The whole automotive industry is changing, and cars like the Emira are the ones weÂ’ll point to as high-water marks for this era. Not because it has a 0-60 mph time that can embarrass competitors. Not because it pioneers any particular technology in general. Truthfully, itÂ’s not remarkably pushing any boundaries on paper, but IÂ’d argue, who cares? It has an aged 3.5-liter supercharged V6 borrowed from Toyota that makes a fine – but not eyebrow-raising – 400 horsepower and 320 pound-feet of torque. ThatÂ’s actually less horsepower than Evora variants like the GT and Sport 410 made, which is the opposite direction sports cars typically go in for a new generation. It has hydraulic steering, and there isnÂ’t a single driver assistance nag in sight (donÂ’t worry, it still has cruise control). You pick your suspension setting from the factory: Tour or Sport. It does have a few drive modes, but they donÂ’t adjust the suspension or steering. An automatic transmission is available, but please skip that to enjoy one of the best-shifting gearboxes in the world. And oh yes, you can watch the exposed linkage work its mechanical joy. Same goes for the visible throttle actuator that can be seen in the rearview mirror through the glass separating driver from engine. Yeah, Lotus gets us. If youÂ’re salivating and frothing at the mouth by now, then youÂ’re just the sort of person Lotus has in mind for the Emira. Of course, the catch with anything wearing a Lotus badge in the past was the uncertainty around buying a car from a low-production British outfit and the accompanying lack of modern amenities. Even though the Evora was a step toward Porsche in so many ways, it still felt and acted like a classy kit car with its Alpine head unit, borrowed parts and general lack of polish. The last Evora GT test car we had leaked from both A-pillars with the windows up while driving in a rainstorm. Would a factory-fresh 718 Cayman ever do such a thing? I would think not.

Lotus electric sedan due in 2023 to take on Porsche Taycan

Lotus took a massive step towards the mainstream when it released the Eletre (pictured above), an electric crossover developed with volume in mind. It will continue walking in this direction by launching its first sedan, and a recent report suggests the model will be aimed at the Porsche Taycan. Known as the Type 133 internally, and referred to as a four-door coupe, the sedan will join the firm's portfolio of so-called "lifestyle" EVs. It will borrow some styling cues from the Eletre (pictured above) but it won't be merely a scaled-down crossover. "There has to be some continuity and family identity," explained Peter Horbury, Lotus' senior vice president of design, in an interview with British magazine Autocar. "Families aren't made up entirely of triplets or quadruplets. Every member of a family can have their own character," he added. While the Type 133 — a name that won't make the leap to production; the Eletre was called Type 132 — won't be as basic as, say, an Elise, it will be positioned as a driver's car. Gavan Kershaw, Lotus' director of attributes and product integrity, told Autocar that the engineering team benchmarked the Porsche Taycan during the Eletre's development process and the lessons learned will be applied to the Type 133. Like its taller sibling, the sedan should feature a long list of technology features, including an air suspension system and rear-wheel steering. Powertrain specifications haven't been released yet, but the fact that the Eletre and the Type 133 will be closely related underneath the sheet metal gives us some idea of what to expect. Power for the first Lotus crossover comes from a pair of electric motors that zap the four wheels with around 600 horsepower. The battery pack's capacity checks in at over 100 kilowatt-hours, and an 800-volt electrical architecture enables fast-charging technology. Lotus pegs the Eletre's maximum driving range at 373 miles on the testing cycle used in Europe. It's reasonable to assume that the sedan, which should be lighter and more aerodynamic, should be capable of going further on a charge. Lotus is expected to unveil the Type 133 in 2023. The model will be built alongside the Eletre in Wuhan, China. Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

In hindsight, Musk wouldn't use Lotus for Tesla Roadster

The world will be a different place after Elon Musk builds a time traveling device (don't ask us how we know that will happen). For one thing, the Tesla Roadster of the rewritten future will not have been built using the chassis of the Lotus Elise. Also, verb tenses will be becoming even more confusing and, possibly, awkward. "We ended up changing most of the damn car" – Elon Musk We know about the not-using-the-Lotus thing because the Tesla Motors CEO said as much yesterday at the World Energy Innovation Forum at the Tesla Factory in Fremont. The two-day event, which also offers Model S test rides and a factory tour for attendees, featured a fireside chat with the electric automaker's CEO and Ira Ehrenpreis. During the discussion, Musk revealed that if he had to do it over again, he would have built the Roadster from the ground up instead of using the Lotus Elise chassis. "We ended up changing most of the damn car, so we thought later, why did we do that," he said. Another problem with the original idea for the car was the drivetrain. At first, Tesla had meant to use the motor and other propulsive bits from AC Propulsion, only to find that powertrain didn't work well in a commercial application. Instead Tesla only licensed the reductive charging patent, which allowed some integration of the inverter and charger. Besides knocking Tesla's own early efforts, the outspoken entrepreneur took a couple swings at other technologies with quotable quotes such as: "The internal combustion engine is a ridiculous thing!" and "Current lithium ion technology is better than theoretical fuel cell limits. So, game over. Why bother with fuel cells?" Looks like there are some things Musk is not interested in going back in time and changing.