Skip to main content
  1. Home
  2. Cars
  3. Photo Galleries
  4. News

Even after a successful 2015, Porsche found ways to improve its 919 Hybrid

Add as a preferred source on Google

Last year was a pretty good one for Porsche. It won the 24 Hours of Le Mans, taking down fellow Volkswagen Group brand Audi, which has dominated the legendary race for the past decade and a half. And Porsche won the FIA World Endurance Championship. Not a bad year.

Now, the 2016 racing season is about to begin, and the Porsche 919 Hybrid is back for more action. Unveiled at a pre-season event at the Paul Ricard Circuit in France, the 2016 919 Hybrid is a tweaked version of a car that debuted in 2014. They say don’t mess with success, but not messing with things is rarely an option in the hyper-competitive world of motorsports.

The chassis remains unchanged, and so do the major components of the powertrain. The 919 Hybrid still uses a 2.0-liter turbocharged V4 engine that makes 500 horsepower by itself and powers the rear wheels. The driver can also activate a temporary boost of 400 hp from an electric motor mounted to the front axle. Electricity is harvested from both brake heat and the exhaust, and is stored in a lithium-ion battery pack.

For 2016, engineers changed both axles, and tweaked the aerodynamic bits for greater adjustability. Changes to regulations also limit the rate of fuel flow, meaning cars like the 919 Hybrid that compete in the top LMP1-H class will end up using less fuel per lap. All cars in this class are hybrids, and their total output is governed by subclasses based on the amount of electricity their powertrains can recover. The 919 Hybrid is in the highest, 8-megajoule, subclass.

That means Porsche is leaning more on electric power than are the teams that choose lower-energy subclasses. The hybrid format forces teams to make a couple of strategic decisions. Better fuel economy means fewer pit stops, and thus less wasted time, but the internal-combustion engine is what produces power consistently; short bursts of electric power can’t be relied upon to increase a car’s overall performance over a long race.

Porsche’s strategy worked pretty well last year, and the Germans are almost certainly expecting a repeat for 2016. The car maker with more Le Mans titles than any other will once again do battle with hybrids from Audi and Toyota. Nissan pulled out at the end of 2015 after a single underwhelming season.

Stephen Edelstein
Stephen is a freelance automotive journalist covering all things cars. He likes anything with four wheels, from classic cars…
iOS 26.4 adds ChatGPT to you car’s infotainment screen
Apple's iOS 26.4 brings ChatGPT, Gemini, and Claude to your car's screen, adds calming ambient music widgets, and previews the in-car video future that drivers have been waiting for.
CarPlay shown in March 2025.

Apple rolled out iOS 26.4 recently, and while your iPhone got several upgrades, CarPlay quietly had one of its best days in years. The latest iPhone updates bring two meaningful features that can change the way you use CarPlay on your car’s infotainment screen. 

Would you use ChatGPT while driving?

Read more
Sony and Honda’s electric car dream with Afeela series is officially dead 
Sony Honda Mobility has shelved the Afeela 1 and its follow-up, and the EV market has another high-profile casualty.
Machine, Wheel, Adult

Sony and Honda’s shared dream of launching an electric car has just come to an end. The joint venture between the two brands — Sony Honda Mobility — has just announced that plans for the upcoming Afeela 1 electric car have been shelved. Additionally, the follow-up model has been nixed from the roadmap. 

But why did the Afeela go?

Read more
This AI checks if your driving habits signal crash risk
Researchers say eye tracking, heart rate, and personality data can flag risk early.
Person, Wristwatch, Car

A new AI model is taking aim at a question most drivers don’t ask soon enough. How likely are you to crash before you even start the engine?

The system looks at how you behave behind the wheel, pulling in signals like eye movement, heart rate, and personality traits to flag warning patterns early. Instead of waiting for real-world mistakes, it relies on simulated driving tests to surface behaviors linked to dangerous outcomes.

Read more