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Lotus suing former CEO Bahar over spending on homes, helicopters and watches

More details have come out about the legal suit and countersuit being contested between Lotus cars owner DRB-Hicom and former CEO of Lotus Dany Bahar. Bahar was brought in by Malaysian car company Proton in 2009 to turn Lotus around, and events during his tenure have made just about everyone wonder "What's going on?" That's not unusual - it can take a minute to figure things out when a new leader takes everything in a new direction - but in this case the clouds didn't clear quickly enough.
When the Malaysian government sold Proton to Malaysian auto supplier DRB-Hicom earlier this year, a forensic accounting team from Ernst & Young and The Rothschild Group started going over the books. Not long after, Bahar was suspended in June from his position and then fired. In his countersuit against DRB-Hicom, claims of lavish spending began to surface. Then the stories and leaks and rumors really began, the UK's Financial Mail reporting on more than one million pounds spent on private flights and home renovations, the New Zealand Herald talking about other executives sacked so that DRB could rearrange a 270-million-pound bank loan to Lotus, and rumors on forums about Bahar flying from his home in Norfolk to Hethel HQ and spending 30,000 pounds on motorsports books for his office.
In the latest Bloomberg report it is said that DRB-Hicom seeks 2.5 million pounds ($4 million US) from Bahar "for unauthorized expenses and overpaid salary and bonuses," including the purported expense of 3,000 pounds on watches for company managers. DRB-Hicom also says Bahar made damaging statements to the media, on top of breaching his contractual duties. Bahar's countersuit seeks $10.6 million from DRB-Hicom.

Lotus pumps Exige up to 430 horsepower

It seems that every few months or so Lotus has yet another lighter, faster version of one of its cars, usually with an emphasis on the lighter part. This time, the latest, fastest Lotus gets a big bump in power. It's the Lotus Exige Cup 430, and it shares its supercharged V6 with the recently launched Evora GT430. That means it makes 430 horsepower, an impressive 55 more than the 375-horsepower Exige Cup 380. It also produces 325 pound-feet of torque. That engine is impressive enough in the Evora GT430, but it becomes pretty breathtaking in the Exige, which weighs about 2,410 pounds. Though that's slightly heavier than the Cup 380, the overall power-to-weight ratio has improved, and Lotus says the 430 can fly to 60 mph in just 3.2 seconds from a standstill. It also boasts a higher top speed than the 380, at 180 mph, which is 5 mph more than the 380. Perhaps more impressive is the fact the Exige Cup 430 is the fastest road car Lotus has tested at its Hethel race track, beating the track-oriented 3-Eleven road car by 1.2 seconds. Among the other interesting features of the Exige Cup 430 are the three-way adjustable shocks as well as adjustable front and rear anti-roll bars. More of the car's total downforce, 45 percent to be precise, acts on the front now, compared with 36 percent on the Cup 380. Four-piston brake calipers are used at each corner. It also comes with a number of weight-saving features as standard, including the lithium-ion battery and titanium exhaust. It can also be optioned to be a legitimate race car with an FIA-legal roll bar and airbag delete. But just the stock car isn't cheap. It has three different price tags depending on whether you purchase it in the U.K., Germany, or France. But the cheapest price in dollars comes from the U.K. where it retails for GBP99,800, or just shy of $131,000 at current exchange rates. Related Video: Featured Gallery Lotus Exige Cup 430 View 9 Photos Image Credit: Lotus Lotus Coupe Lightweight Vehicles Performance

The Lotus Evija is the company’s first all-electric hypercar

Internally known as the Type 130, the new Lotus Evija combines several firsts for the British company into one wild shape. First of all, it’s the companyÂ’s first in-house all-electric car – the Lotus chassis provided to the likes of Tesla for the first Roadster doesnÂ’t count. ItÂ’s also the companyÂ’s first hypercar, claiming an astonishing (and provisional) 1,973 horsepower. Perhaps more importantly, itÂ’s the first all-new car from the company since the Evora, and the first to be conceived entirely under the ownership of ChinaÂ’s Geely. Yup, thatÂ’s a lot of firsts. ItÂ’s not the first EV hypercar – itÂ’ll have competition from the likes of Rimac and the upcoming Pininfarina Battista, plus the next-gen Tesla Roadster assuming that does eventually hit the market – but itÂ’s definitely early on the scene. And just look at it – the styling is wild, incorporating some continuing Lotus themes – particularly around the greenhouse – but with an overall direction thatÂ’s much brasher than the companyÂ’s other products. The deep side sculpting resembles is complex and stylized, as are the rounded, narrow quadrangle taillights supported by a massive rear diffuser. The front is arguably the least distinctive and biggest departure for the company. The verticality of the headlamps seems like a blend of the Ferrari F8 Tributo and the old Lamborghini Gallardo, without really aping either. Look closely and it appears to be an evolution of the shape of the EvoraÂ’s lamps, but without that context fresh in your mind itÂ’ll appear more generic supercar than something uniquely Lotus. The bodywork has some neat party tricks. Active aerodynamics allow for an F1-style Drag Reduction System, and thereÂ’s a deployable rear spoiler. There are no fixed side-mirrors; little cameras deploy from the front fenders and another camera embedded in the rear of the roof provides a rear view. ItÂ’s also different. The extruded, bonded aluminum architecture weÂ’re familiar with from the Elise/Exige line and the similar but unique Evora are gone, replaced by a company-first one-piece carbon fiber monocoque tub. Lotus is targeting a curb weight of approximately 3,700 lbs, and the lightweight tub (just 284 lbs) contributes to that.  The battery is housed behind the seats, and feeds power to four individual motors, providing all-wheel drive and infinitely variable torque vectoring.