Skip to main content

Koenigsegg Regera

Koenigsegg has built fewer cars during its entire existence than Ferrari produces in a single week, and yet the Swedish hypercar manufacturer has become disproportionally adept at winning headlines. Take for example the Regera, the company’s all-new model and a car that makes the 1341-hp One:1 that we drove not long ago look slightly underpowered.

The figures are somewhere beyond being merely intimidating. The Regera follows the example set by the McLaren P1, the Ferrari LaFerrari, and the Porsche 918 by using a hybrid drivetrain, albeit one completely unlike anything we’ve seen before. It uses both a twin-turbocharged 5.0-liter V-8 engine and three electric motors for a total combined output of 1.11 megawatts, which converts to 1509 metric horsepower—or 1489 horsepower on America’s SAE measuring stick. Koenigsegg claims the 0-to-400-kph (249 mph) acceleration time of less than 20 seconds makes the Regera—Swedish for “to reign”—the fastest-accelerating car in the world.

A LOOK THAT IS . . . UNDERSTATED?

We’ll get to the powertrain in a second—trust us, it’s better to take a run-up—but first, a word about the design. Perhaps the most amazing thing about the styling is that Koenigsegg did it almost entirely in-house and with no professional designers. The Regera is intended to be a more luxurious alternative to the existing Agera model. From the front, it does look almost completely different—you could call it understated by Koenigsegg’s standards. The side and rear profiles are dominated by the aero channels and the huge deployable rear wing. The cabin is the biggest surprise; Koenigsegg’s previous models have all had cockpits like blinged-up Group C racers, but the Regera looks plush and spacious by comparison, the big central display screen even features Apple CarPlay.

OUT GO THE GEARS

And now on to the drivetrain. The gasoline side features the novel Koenigsegg Direct Drive transmission: In effect, a single-speed gear reduction for the mighty V-8 engine. Between the engine and the 2.85:1 rear final drive there’s no conventional gearbox, just a hydraulic coupling that, when closed, links the two directly. Below 30 mph, this can slip slightly, but it isn’t a proper clutch and won’t provide propulsion at very low speeds where the Regera relies instead on its electric motors. Above 30 mph, the Regera’s engine speed and wheel speed rise in direct proportion, with the engine’s 8250-rpm redline corresponding to the top speed of 249 mph. (Honda’s Accord hybrid and Accord plug-in hybrid use single-speed transmissions that are similar in concept, although we wouldn’t be surprised if Christian von Koenigsegg wasn’t even aware of the existence of those 114-mph family sedans.)

Koenigsegg Direct Drive might sound like the solution to a nonexistent problem, but the company claims that the lack of a conventional gearbox both saves weight and reduces the power lost to the driveline by over 50 percent compared to a traditional transmission. And the electric motors provide the ability to fill in where the V-8 is producing less power and also to add extra performance on top of it, all the way to the Regera’s top speed. There are three YASA axial flux motors, which are lighter than the more common radial flux motors. Two 241-hp versions drive the rear wheels—and provide torque vectoring—and a 215-hp motor on the crankshaft supplies torque fill and also acts as both a generator and a starter motor.

The 620-volt battery pack sits in the chassis backbone where it takes up 2.4 cubic feet of space and weighs 254 pounds. Koenigsegg says it’s the most power-dense battery pack created for a road car, with a 9.27-kWh capacity. Prodigious flow rates—up to 671 horsepower can be supplied during full acceleration and 201 horsepower can be absorbed during regenerative braking. And, yes, the provision of a 3-kW onboard charger means that the Regera is a plug-in, with a claimed electric-only range of 22 miles.

Popular posts from this blog

McLaren 650S Sprint

McLaren’s new 650S model now comes in three flavors, the standard road going 650S, the competition-spec 650S GT3 for serious racers, and now there’s the 650S Sprint which is aimed at track enthusiasts who still want a little bit of comfort. The 650S Sprint also replaces the MP4-12C-based 12C Sprint as McLaren’s track toy for the super-rich. Compared to the road model, the 650S Sprint features increased downforce and better cooling airflow to the 3.8 litre twin-turbocharged V8. It also features a competition-spec fuel tank and quick-fill cap, a larger radiator borrowed from the GT3 car, a new hood with additional cooling ducts for the radiator, front wing louvres for improved airflow, reduced ride height and recalibrated damping and spring rates, 19-inch center-locking race wheels with either Pirelli slicks or wet tires, onboard air jack system, and an upgraded braking system. On the inside the McLaren 650S Sprint features a stripped-out design with a FIA-approved rol...

Maserati Ghibli vs BMW 6 Series : Which Will You Buy?

When considering vehicles like Maserati Ghibli and the BWM 6 Series Gran Coupe, both reflect an effort toward blending dignified luxury with exhilarating performance. Though beholding vehicles of this caliber is always an exercise most fruitfully left to the natural eye, the image above serves as a simple example of each sedan’s inherent dignity. In lieu of experiencing each vehicle’s performance profile from behind the wheel, the table provided similarly works to demonstrate what both Ghibli and BMW’s 6 series have been engineered to accomplish. Comparing the Maserati Ghibli vs. BMW 6 Series in this regard yields a number of important emphases. Local clients will notice that both vehicles develop their identity around six-cylinder engines with a pair of strategic turbochargers. Yet regardless of identical displacement and analogous induction technology, Maserati serves its Ghibli clients with significantly greater quantities of horsepower and torque. In addition to t...

Peugeot RC

The RC concept was designed at the Peugeot Style Centre. Intended as a true enthusiasts car, the real innovation lay in the fact that the car was designed as an "affordable" sports car. The Peugeot RC was the concept car that paved the way for the 2008 Peugeot RC HYmotion4 concept. Peugeot used the 2002 RC concept to compare performance and economy differences between comparable petrol and diesel engines. As an affordable sports car the RC had to deliver not only in terms of price, but there was the engine, the size and running costs, as well as driver comforts to consider. A wide panoramic windscreen and the cab forward seating helps the driver see all around the car and compensates for the effect caused by the length of the car. In the Petrol vs. Diesel experiment, Peugeot aimed to prove that an HDi engine could match the performance levels achieved from a petrol engine. And to demonstrate that it was not unreasonable to put an HDi engine in a sports car. The 2 resulti...