2020 Mclaren Spider 720s Mso Performance Dme Stage 2 on 2040-cars

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McLaren Denver commissions 600LT Pikes Peak Edition from MSO

McLaren Denver placed an order with McLaren Special Operations that turns the limited-edition 600LT Spider into the limited-to-six, 600LT Spider Pikes Peak Edition. Each car wears one of MSO's Bespoke or Heritage exterior colors, matte black vinyl stripes, and interior embellishments. The shades come in Black Gold, White Gold, Nerello Red, Volcano Red, Aurora Blue and Midas Grey. The MSO Club Sport Pack upgrades the outside with carbon fiber cantrails, carbon fiber front fender louvers, and titanium wheel bolts to affix the Satin Speedline Gold wheels. Inside, a Satin Gold band identifies top dead center on the steering wheel, and extended paddle shifters in Satin Gold hang out behind the wheel. Lightweight carbon fiber racing seats taken from the McLaren Senna get contrast stitching Satin Gold, the headrests embroidered with the Pikes Peak logo in the same color. A plaque reading "Pikes Peak Collection 1 of 6" alerts the world to the exclusivity. The 600LT Spider Pikes Peak Edition remains untouched otherwise compared to the standard open-top, a 3.8-liter twin-turbo V8 providing 592 horsepower and 457 pound-feet of torque suitable for charging up 14,000-foot mountains on Pirelli P Zero Trofeo R tires. In an environment where road-holding and braking would be especially important, the 600LT Spider upgrades its game with suspension bits from the 720S, carbon ceramic brake discs, and lightweight calipers. Price remains a mystery, but expect a healthy premium over the $256,500 MSRP for the 'regular' 600LT Spider.

McLaren Special Ops cooks up a devilish P1

When you're paying a million bucks for a supercar, you earn the right to get it just the way you want. And this is how one British customer opted to have his (or hers) spec'd out. Outfitted by McLaren Special Operations, this particular McLaren P1 has been done up in a rather devilish black and red livery reminiscent of the scheme that the company's Formula One team is running on its single-seaters this season. The mostly black bodywork, as you can see, is accented by red nostrils, red fading into black along the fenders and doors, a red-framed roof, red aero, and red-accented black wheels. The theme continues on the inside, with glossy red inserts and contrasting red stitching adorning the black leather and bare carbon-fiber trim. It's certainly not for the faint of heart, but then a 900-horsepower hybrid hypercar seldom is.

McLaren EV supercar: Here's the math that says it's 5-10 years off

It emerged last December that McLaren had built an all-electric testbed for a future EV supercar, to go along with the English automaker's $1.4 billion investment in electrified powertrains. But as we told you a few weeks ago, McLaren CEO Mike Flewitt said that such a car was, as a practical matter, years away from production. Now COO Jens Ludmann has put some numbers to the carmaker's quest, saying, "[The] Senna has 800 PS [Pferdestarke] on 1,200 kg, that's about the power to weight that we're looking for." He's talking about 789 horsepower in a package lighter than a base Honda Civic Coupe. The issue isn't energy capacity, it's energy density. Said Ludmann, "[The] battery technology should achieve 500 watt-hours per kilogram. That is a level where it really makes sense. Today we are around 180 watt-hours per kilogram." McLaren Engineering provides batteries for Formula E rated at 216 Wh/kg, but those packs aren't suitable for a consumer road car. According to what the company's learned from the battery industry, we're 5 to 10 years away from 500 watt-hours per kilogram for a roadworthy vehicle. In 2015 Rimac unveiled a battery it made for the Koenigsegg Regera. Said to be the most energy-dense car battery at the time, it boasted a power-to-weigh ratio of 60 Wh/kg. Figure that the battery industry's adding 40 Wh/kg per year — which gets us from 2015 to Ludmann's 180 Wh/kg current state of affairs. Using that measure, we're 8-10 years away from 500 Wh. McLaren wants its theoretical EV owner to be able to do 30 minutes or 10 hard laps at the track, be "as exciting as a 675LT," and recharge in 30 minutes for another half-hour track session. That battery would need exceptionally high energy density, and the cells and electronics would need to stand up to constant high power output and extreme discharge cycles. To enable that with today's battery tech, you'd end up with a vehicle that could do 500 miles in everyday road use, be far too heavy for McLaren's aims, and take far too long to charge. Ludmann told Wheels magazine everything else about the EV supercar is "all resolved — easy." While we dig in for what could be a lengthy wait, we'll have to be satisfied with the McLaren hybrids that should start showing up in a couple of years. Related Video: