Porsche 911 Turbo S Cabriolet on 2040-cars

Auto blog

Porsche inspecting 2,500 Euro-spec Macans for damaged brake boosters

Porsche is investigating a potential brake issue with 2,500 of its new Macan CUVs. The inspection focuses on the state of the brake systems following tests that discovered the brake boosters may have been damaged during assembly.
Porsche has pointed out that, despite the concern, the affected Macans still meet safety regulations. The issue is predominantly found in European-spec Macans, which according to Porsche, have been delivered to consumers. Owners of affected vehicles in Europe will be notified and asked to come in for a brief, no-cost inspection.
American consumers, though, have no reason to worry. We reached out to Porsche Cars North America, who confirmed that the vehicles in question were assembled before US-spec cars were screwed together.

1973 Porsche 911 Carrera RS takes center stage with Petrolicious

Today, one of the most exciting track toys available is the Porsche 911 GT3. Its forbearer, though, was an altogether different beast that was every bit as exciting. Yes, we're talking about the old 911 Carrera RS that blessed the early 1970s. With a mere 1,580 cars built, meant specifically to satisfy the FIA's homologation requirements, the RS is one rare pre-Malaise era cars.
Complete with a 2.7-liter flat-six engine, this RS of Mark Haddawy is one of the earlier examples of the breed (later cars received a larger, 3.0-liter engine). Still, it can scamper to 60 miles per hour in a very respectable 5.6 seconds and will happily hit 150 mph in a straight line. Sporting Porsche's iconic duckbill rear spoiler, the equally iconic Fuchs wheels, as well as slew of options, as Haddawy points out, each of the nearly 1,600 RS models is its own unique iteration on the Porsche performance formula.
Take a look below for the latest video from the crew at Petrolicious.

First all-electric Porsche will use Le Mans 919 Hybrid tech

Porsche has been testing and teasing all-electric vehicles for years, like the trio of experimental Boxsters in 2010 and a Pajun EV in 2015. Then came the Mission E, a gorgeous electric concept unveiled at the Frankfurt Motor Show late last year. Unlike previous test programs, this one was intended for the real world. Porsche is getting ready to ramp up its EV development, and has stated that its first all-electric vehicle, based on the Mission E, will arrive by 2020. For now, the future production version of the Mission E looks a lot like the Le Mans Prototype Porsche 919 Hybrid. Well, under the hood, anyway. Parts of the 800-volt powertrain in the Mission E are being used in the Le Mans prototype because, "The 919 served as the trial vehicle for the voltage level of future hybrid systems," Porsche says. During testing with the race car, Porsche says it is learning a lot about EV tech, including keeping the battery and electric motor cool and "extreme high-voltage" connectors. This news is not as exciting as a flashy new concept, but this is just the sort of thing that automakers need to do in the big transition from fossil fuels to electric drive. Related Video: Hybrid technology in the LMP1 Porsche 919 Hybrid Atlanta, Georgia. This weekend, the Le Mans Prototype Porsche 919 Hybrid has its only 2016 appearance in Germany. At the six-hour race to be held on the Grand Prix circuit of the Nurburgring, the fourth round of the FIA World Endurance Championship (WEC), the series' leader fights to defend its title. At the same time its mission is to revolutionize the technology of future sports cars. With the 919 Hybrid, Porsche has developed a new field of technology at racing speed. For the "Mission E", a fully electric road-going concept sports car unveiled in 2015, the designers adopted the 800-Volt technology from the prototype racer. Porsche has exhausted all possibilities in designing the two-time 24 Hours of Le Mans winner – especially in terms of the drive concept. It consists of a two-liter, V4 turbocharged gasoline engine – the most efficient combustion motor that Porsche has built up to now– and two different energy recovery systems. During braking, a generator at the front-axle converts the car's kinetic energy into electrical energy. In the split exhaust system, one turbine drives the turbocharger while another converts surplus energy into electrical energy.