Peugeot has revived one of its most memorable modern names for a glimpse at an electric future that remains well beyond today’s showroom technology. Revealed on October 11, the RCZ Vision is a four-seat electric grand tourer concept with a claimed 500 horsepower, up to 600 kilometres of range and the ability to charge its solid-state battery from 10% to 80% in under 10 minutes. The numbers are attention-grabbing, but they require an important qualification: this is a technology and design study, not a production model with certified specifications. Peugeot is using the RCZ Vision to demonstrate several technologies it expects to influence future vehicles, including a 1,000-volt electrical system, steer-by-wire, transparent displays and the company’s unusual Hypersquare steering control.
The RCZ Name Returns After More Than a Decade
The choice of name gives Peugeot’s futuristic concept a surprisingly familiar foundation. The original RCZ grew out of the 308 RC Z concept shown at the 2007 Frankfurt Motor Show and reached production near the end of that decade. Peugeot sold the distinctive coupé until 2015. Its signature double-bubble roof, broad rear shoulders and relatively compact dimensions helped make it one of the company’s most recognisable enthusiast models during a period dominated by conventional hatchbacks, sedans and crossovers.
The RCZ Vision deliberately carries some of those cues forward rather than simply borrowing the badge. Its glass-bubble roof and cockpit arches reinterpret the old car’s double-bubble shape, while an active rear spoiler echoes the movable aerodynamic hardware of the original. Peugeot describes the new vehicle as the successor to the 2009–2015 RCZ, although that wording should not be mistaken for confirmation of a showroom replacement. For now, the returning name gives the company a recognizable canvas on which to demonstrate technology that could spread to much more ordinary Peugeots.
500 HP and 600 KM Are the Headline Numbers
Peugeot claims the RCZ Vision’s electric powertrain develops 500 horsepower, paired with a driving range of as much as 600 kilometres, or roughly 373 miles. Those figures put the concept firmly in high-performance grand-touring territory rather than positioning it merely as an efficiency experiment. The company has not presented a production acceleration time, top speed or final homologated range, so comparisons with customer-ready electric sports cars need to be made carefully.
Efficiency may actually be the more interesting number. Peugeot is targeting consumption of only 11.5 kWh per 100 kilometres on the WLTP combined cycle, helped by aerodynamics, low weight and the vehicle’s electrical architecture. The manufacturer explicitly says that figure remains to be confirmed. Consequently, neither the 600-kilometre range nor the efficiency target should be treated like a certified result from a production vehicle. They describe what Peugeot wants this technical package to achieve. If anything close to those numbers survives industrialisation, however, the concept would demonstrate that substantial performance does not necessarily require an enormous, heavy battery.
Solid-State Cells Are Central to the Concept
The most forward-looking component sits underneath the cabin. Peugeot says the RCZ Vision uses solid-state battery cells developed with Factorial Energy, a U.S.-based battery company already working with Stellantis. Solid-state technology is attractive to automakers because higher energy density could allow more energy to be stored without making battery packs proportionally larger and heavier. That is particularly valuable in a low sports car, where a thick floor can compromise seating position, aerodynamics and overall proportions.
This is more than a purely theoretical Stellantis research project. In 2025, Stellantis and Factorial reported validating automotive-sized FEST solid-state cells with an energy density of 375 Wh/kg. Those cells had surpassed 600 cycles while progressing toward automotive qualification and demonstrated 15%-to-90% charging in 18 minutes at room temperature. In June 2026, the companies announced that Factorial cells had been installed in a Dodge Charger Daytona development vehicle for road testing. The Peugeot therefore arrives against a background of real vehicle development, although its particular solid-state system remains concept technology rather than a battery currently offered to customers.
Ten-Minute Charging Depends on More Than the Battery
The most dramatic everyday claim is charging. Peugeot says the RCZ Vision can increase its battery state of charge from 10% to 80% in under 10 minutes. Its 1,000-volt electrical architecture is a key part of that proposal. Higher-voltage systems can transmit high levels of charging power without requiring a proportional increase in current, one reason the industry has been moving beyond the 400-volt architectures that were once common in electric vehicles.
The RCZ Vision is not alone in moving toward four-digit voltage. The International Energy Agency reported that the first 1,000-volt production models appeared in 2025 and that manufacturers continued announcing sub-10-minute charging technology during 2026. Infrastructure remains part of the equation, however. The IEA notes that only a small portion of the existing global electric-car fleet can take full advantage of chargers above 250 kW. Peugeot has not disclosed a production charging curve or final battery capacity for the RCZ Vision. A 10-minute laboratory or concept target therefore does not guarantee that every future charger, temperature and battery condition would reproduce it.
A 110-Millimetre Battery Changes the Shape of the Car
One of the least flashy specifications may have some of the biggest implications for design. Peugeot says the RCZ Vision’s battery is only 110 millimetres thick—about 4.3 inches. Battery packaging matters enormously in an electric sports car because placing a large pack below the passenger compartment can raise the floor, forcing the roof upward if occupants are to retain usable headroom. The RCZ Vision instead has the low, flowing proportions expected of a traditional grand tourer.
Peugeot combines that thin battery with weight-conscious details including forged-aluminium wheels measuring 21 inches at the front and 22 inches at the rear. An active spoiler remains hidden when the car is stationary and deploys while driving, contributing to aerodynamic management without disrupting the rear styling. The manufacturer credits aerodynamics, weight optimisation and the electrical architecture collectively for its 11.5-kWh/100-km efficiency target. What Peugeot has not published is equally important: there is no final curb weight or production battery capacity. The concept establishes packaging ambitions, but more engineering data would be required to judge how those ambitions translate into a road car.
STLA One Is Bigger Than This One Sports Car
Underneath the dramatic body is an architecture based on Stellantis’ new STLA One platform. Introduced in May 2026, STLA One is designed to replace five existing architectures with a scalable platform covering B-, C- and D-segment vehicles. Stellantis says it is being engineered for multiple powertrain types rather than for electric vehicles alone, with the first vehicles planned from 2027. By 2035, the group wants the architecture to support more than 30 models and more than two million vehicles.
That scale makes the RCZ Vision significant even if Peugeot never builds the coupé itself. Technologies proven on the concept could eventually appear across vehicles selling in far greater numbers. Stellantis says STLA One is intended to incorporate steer-by-wire, STLA Brain and STLA SmartCockpit technologies while reducing complexity and improving parts commonality. The normal platform is described as 800-volt capable; Peugeot’s concept pushes its electric system to 1,000 volts. In that sense, the RCZ Vision functions as an engineering showcase sitting on top of a much broader industrial strategy, rather than as an isolated supercar experiment.
The Steering Wheel Has Effectively Been Replaced
Inside, the most controversial feature may be the Hypersquare. Rather than a conventional circular steering wheel, the driver holds a rectangular control containing four large openings for the hands and thumbs. It works with steer-by-wire, eliminating the traditional mechanical steering connection between the driver’s control and the road wheels. Electronic systems interpret the driver’s input and command the steering mechanism instead.
Peugeot says the system changes its steering ratio according to speed. At low speeds, less than one complete turn of the Hypersquare can cover the range that would require roughly three turns with a traditional wheel, reducing the amount of hand movement needed for parking and tight manoeuvres. At higher speeds, the system changes its response for smoother vehicle control. This is one area where the concept points unusually directly toward production: Peugeot says the RCZ Vision uses the same production version of Hypersquare destined for the next-generation E-208. The technology has also appeared in earlier Peugeot concepts, making the RCZ Vision another step in a development path rather than its first appearance.
Even the Brakes Move Toward Electronic Control
Steer-by-wire is joined by another major change: brake-by-wire. Peugeot says the RCZ Vision is its first vehicle to demonstrate the technology, replacing the conventional hydraulic connection between the brake pedal and braking system with electronic control. The company argues that this approach allows more precise modulation while making it easier to blend regenerative braking from the electric powertrain with the vehicle’s friction brakes. For an EV, that transition can affect both efficiency and how natural the brake pedal feels.
The concept also previews what Peugeot calls “Level 2++” hands-free driver assistance for city and open-road operation. That wording needs context. SAE’s official automation taxonomy defines Levels 0 through 5; “Level 2++” is not a separate formal SAE automation level. At Level 2, steering and acceleration or braking can be assisted simultaneously, but the human driver still has to supervise the system and intervene when necessary. Consequently, Peugeot’s description should be understood as an indication of more capable driver assistance rather than true autonomous driving. The distinction is particularly important whenever a manufacturer uses the phrase “hands-free.”
Peugeot Is Not Filling the Cabin With Screens
For all its electronic technology, the RCZ Vision does not attempt to turn every surface into a touchscreen. Its redesigned i-Cockpit uses transparent Micro LED displays, including instrumentation positioned above the Hypersquare. A vertical central screen handles infotainment and navigation, but Peugeot says that display can be switched off completely. When inactive, its transparent construction is intended to make it visually disappear rather than leave a large black rectangle in the centre of the cabin.
More conventional controls survive as well. The floating centre console contains physical controls for functions including climate settings and driving modes, machined from aluminium and positioned on a frosted-glass surface. The concept also accommodates four people rather than adopting a strict two-seat sports-car layout, and the rear seatbacks fold to create additional luggage space. Peugeot even includes a physical dashboard clock created with French watchmaker Serica. Alcantara and PELINOVA material made using recycled leather-industry offcuts complete the cabin. The combination suggests Peugeot is exploring advanced interfaces without assuming that every physical switch should disappear.
The Important Word Is Still “Concept”
The RCZ Vision looks unusually coherent for an experimental vehicle, but Peugeot has not announced a production version, a launch date or a price. Independent coverage from Quattroruote and Top Gear similarly notes the absence of production confirmation. That means its 500-hp output, 600-kilometre range and sub-10-minute charging capability should be read as technology targets for this concept rather than promises attached to a vehicle customers will soon be able to order.
What appears more likely to survive is the thinking behind it. Peugeot calls the RCZ Vision the fullest expression yet of its new “Feline Future” design language, built around ideas including elegance, strength and instinct. Hypersquare is already moving toward production, STLA One begins launching in 2027, and Stellantis is road-testing Factorial solid-state battery technology. Individual elements therefore have considerably stronger production paths than the RCZ badge itself. The real significance of the concept may not be whether another RCZ reaches dealerships. It may be how much of this seemingly futuristic coupé quietly turns up in mainstream Peugeots over the next several years.
