2021 Porsche Taycan RWD Review

We get behind the wheel of the new entry-level all-electric rear-wheel drive Porsche Taycan.

We’ve already been mightily impressed by Porsche’s first pure-electric car, the Taycan, in its higher-end, four-wheel-drive forms. But now the model is available as a rear-wheel-drive variant, with a far more appealing price tag that means this car starts at roughly the same point as Porsche’s more conventional super-saloon, the Panamera.

The base Taycan has a single electric motor producing 240kW, but the system can ‘overboost’ to deliver 300kW for a short period of time. The standard battery size is 79.2kWh – good, Porsche claims, for a range of 431km between charges.

Our left-hand-drive test car, though, had the optional Performance Battery Plus, which takes that capacity up to 92.4kWh (83.7kWh usable, delivering 489km of range) and boosts the electric motor’s two outputs to 280kW and 350kW. Regardless of whether this option is fitted or not, the Taycan’s starting point has the same 0-100km/h time of 5.4 seconds.

Other compromises you’ll be required to make to get your electric Porsche down to this price include mere 19-inch alloys, smaller brakes and steel springs instead of air suspension. A little frustratingly, however, our test car had the more sophisticated set-up fitted as an option.

The enthusiasts among you will be hoping that the rear-drive Taycan offers an even purer driving experience than the four-wheel-drive versions. The difference isn’t perhaps quite so pronounced as you’d expect, but it’s there nevertheless; this Taycan has a glorious directness to its steering, allowing you to revel in what are still colossal levels of front-end grip.

Factor in the astonishing compromise of ride quality and body control, and you have a car that revels in changes of direction, demolishing fast, sweeping corners with wallops of instant EV torque. Again, we must point out that our test vehicle had rear-axle steering and Porsche Active Suspension Management (PASM) fitted as options.

Even so, our drive took place on sodden, greasy roads, the sort of conditions where a switch to rear-drive and instant electric-motor torque might not sound ideal. But the throttle modulation is a technical tour de force, never feeling anything but instant in its response, and yet superbly linear with it. As a result of this and the car’s core chassis strengths, it takes extreme provocation – properly mashing the right-hand pedal at low speeds and with lots of steering lock applied – to get the rear end unstuck.

The car’s refined when it needs to be, too, with a distant whine from the electric motor under hard acceleration probably the worst offender. The 19-inch alloys make less road noise than the larger items fitted higher up the range, and the Taycan’s ability to mop up road imperfections is undimmed here.

Inside, the entry-level Taycan still feels brilliantly well executed, with fine materials throughout and lots of space for five people. The same basic configuration remains, with a crystal-clear digital instrument panel and a fast, responsive infotainment system.

The rear-drive Taycan’s lower price makes it even more appealing than the more expensive editions, since it never feels anything but plenty quick enough for the road. The only real issue is if it will come to Australia, but given it is being produced in right-hand drive and the Taycan is hugely popular here, we think it’s a good chance for 2022.

John McIlroy

Model:Porsche Taycan
Engine:Single electric motor, 83.7kWh net battery
Transmission:Two-speed automatic, rear-wheel drive
0-100km/h:5.4 seconds
Top speed:230km/h
Max charging:270kW

Final Verdict:
" "

Lamborghini’s CEO on the marque’s future plans

Stephan Winkelmann has taken over Lamborghini in a state of fine fettle. We hear how he'll push on

New Mercedes-AMG S 63 spied in minimal camouflage

AMG will soon launch a tuned version of Mercedes’s flagship limousine

Audi to launch final combustion car in 2026, report says

Audi CEO Markus Duessmann has reportedly decided on a date for the switchover to pure-EV powertrains

Related articles