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Banned Lotus 88 F1 car explained by Colin Chapman's son

Racing teams are always looking for ways to gain speed through creative interpretations of the rule book, but speed-obsessed engineers were a little too clever with the twin-chassis design for the Lotus 88 Formula One car. Colin Chapman's son, Clive, gave Goodwood the racer's fascinating story and why the organizers banned it. Lotus' innovation with the 88 was a novel twin-chassis layout. The outer chassis supported the aerodynamic elements and the body, and the inner one held the driver, engine, and transmission. The separate pieces allowed the car to meet the rules in the pits, but the outer chassis would create a seal with the track at speed to preserve the ground effect downforce. The organizers decided this ingenious solution went contrary to the rules against side skirts, and they banned the 88. However, this Lotus was important for a second reason. The inner chassis was F1's first carbon fiber monocoque. The lightweight material is common in racing and performance cars today, but it was a cutting-edge innovation for 1981. Get the full story from Clive Chapman in this clip. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Lotus Evija to go for Nurburgring EV record

No matter how many times Nurburgring records are made or broken, they still stand as an important automotive measuring stick – at least in a marketing sense. Granted, there are different Nurburgring lengths even on the Nordschleife, and then it all comes down to whether the vehicle is a production car, or completely experimental, or electric, or. Â… Anyway, numbers are numbers, and some numbers are smaller than others, and the Nurburgring is a legendary place to go fast. One of the future plans for Lotus is to bring its upcoming Evija electric hypercar to the ‘Schleife and see if it can go faster than the NIO EP9. PistonHeadsÂ’ article on the Evija featured some interesting tidbits from Louis Kerr, principal platform engineer at Lotus. Kerr said the Evija should be “comfortably quicker” than the NIO EP9 at the Nordschleife, meaning they are gunning for a production EV lap time of way under 6:45. The EvijaÂ’s 70kWh battery pack has reportedly been optimized to provide 2MW peak flow for a sustained seven-minute period, which is practically tailored for a record Ring lap. After that, the batteries would heat up too much to provide peak power. The swappable battery pack can also take “ultra-fast” charging of up to 80kW thanks to active cooling of its li-ion cells manufactured by Samsung. The relatively handy swap-ability of the battery pack is done for the sake of future-proofing, as it means the 70kWh capacity can be upgraded by owners when technology progresses further. Kerr also said that the Evija should be able to hit 62mph from zero in less than the 3 seconds advertised so far, and the targeted 3-second figure should be treated as a “worst case scenario”. The Evija could thus also be able to reach 300 km/h (186 mph) even faster than 9 seconds, as stated. Lotus CEO Phil Popham also said Lotus would be able to build up to 130 units of the Evija, and that several contracts have already been signed with future buyers. News Source: PistonHeads Green Lotus Electric Supercars

Lotus Type 66 is the Can-Am race car that never was

Most car reveals for Pebble Beach are all-new luxury and supercars, faithful recreations of classics, or some unique restomods. What Lotus has revealed isn't really any of those. The Type 66, while looking like a reproduction of a classic race car, is actually completely new, since it was never built in the first place. Apparently Lotus was considering entering the Can-Am racing series back in 1970, a time when the company was seriously competitive in Formula 1. A designer by the name of Geoff Ferris was put in charge, and drawings and models were made, but the project, called Type 66, never went any further. Those Type 66 designs survived, and to help celebrate the company's 75th anniversary, Lotus decided to bring the car to life. And the result is not exactly what it would've been built for 1970. The design is very similar, and the red, white and gold paint is what Lotus would've used. However, the body has been formed from carbon fiber (something that was definitely not used) and makes much more downforce thanks to more than 1,000 hours of aero development. Specifically, it can produce 1,764 pounds of downforce at 150 mph, more than the weight of the vehicle. The frame is more traditional, though, being made of extruded and bonded aluminum and aluminum honeycomb panels. The powertrain is a similar blend of vintage and modern. It uses a pushrod V8 of unknown manufacture, but with forged internals as well as modern fuel and engine management. It makes a huge 819 horsepower at 8,800 rpm and 550 pound-feet of torque at 7,400 rpm. It also has functional and classic-looking gleaming intake trumpets sticking out the back. Safety and features that are thoroughly modern are also included in the Type 66. It has electric power steering, ABS, a modern fuel sell, sequential manual transmission and an anti-stall multiplate clutch. Only 10 Type 66s will be built, one for every race in the 1970 Can-Am season. Each one will cost more than GBP1 million, or $1.27 million. And, unsurprisingly, it's for the track only. Related Video: