Jaguar Unveils Controversial Type 01 Electric GT with Unique Design and Engineering
The new £120,000 electric vehicle features a polarizing design, innovative manufacturing processes, and unique engineering solutions aimed at redefining Jaguar's market position.
Jaguar has officially unveiled its new electric GT car, the Type 01, a £120,000 vehicle that signals the brand's electric reboot. Debuted in New York, the Type 01 has already generated significant discussion due to its distinctive design and substantial proportions.
The Type 01 boasts 1,015 horsepower and an anticipated 400 miles of real-world range, positioning Jaguar in a segment focused on selling fewer, higher-priced vehicles. Beyond these headline figures, the development of the 5.2-meter-long EV involved several unique engineering and design challenges.
Design Origins and Manufacturing Innovation
The dramatic silhouette of the Type 01 emerged from a design competition within Jaguar Land Rover (JLR) in 2021, under the banner of 'Project Renaissance'. The brief, inspired by founder William Lyons' famous saying 'a copy of nothing,' aimed for a design that was both striking and true to Jaguar's heritage. Three teams developed 18 different concepts, with the chosen design aiming to create 'jaw-dropping moments' and a 'sense of wow.'
A particularly notable design element is the 'Impossible Panel,' a three-meter-long section of bodywork with an arrowhead-like indentation. To create this without cracking the aluminum, Jaguar developed a bespoke, four-story-high body press at its Halewood factory. This press exerts 2,500 tons of pressure in a six-stage process, a feat that reportedly cost over £1 million.
Performance and Range Enhancements
The Type 01 is equipped with enormous 23-inch wheels as standard, which appear even larger given the car's overall height of 1,403mm. Stacking two of these wheels would be taller than the vehicle itself.
Powering the vehicle are three electric motors – two rear and one front – delivering 1,015bhp and all-wheel drive. However, advanced 'Inverter Deactivation Technology' allows the system to disable the rear motors during steady highway cruising, effectively making the car rear-wheel drive. This feature, which Jaguar says adds approximately 18 miles to the vehicle's range, utilizes fast-switching silicon-carbide inverters.
Jaguar also developed its own Jaguar Electric Architecture (JAE) for the Type 01, after exploring and rejecting existing platforms from other manufacturers due to potential compromises in proportion and design. The development involved approximately 360 patents, 150 prototypes, and 7,000 aero tests.
Driving Dynamics and Divisive Design
Vehicle engineering director Matt Becker identified the 1975 V12 XJC as the benchmark for the Type 01's driving character, aiming to replicate its 'comfort, lightness, and deftness.'
Market research involving 2,500 individuals across six continents confirmed the Type 01's polarizing design. Jaguar reported receiving both very low and very high scores, a division the company considers positive, believing that truly great design should not be universally appealing but rather evoke strong reactions.
Interior Packaging and Aerodynamics
An innovative aspect of the Type 01 is its split 118kWh battery pack. A gap in the pack beneath the rear passenger footwell enhances rear occupant legroom and allows the front seats to be mounted lower in the chassis, creating a more immersive driving position than typically found in EVs. A patented crash structure enabled engineers to relocate some battery cells to the front of the chassis, contributing an additional 148hp and approximately 70 miles of range.
The battery also features a split charging system. While the 850-volt architecture supports up to 350kW charging, the battery can charge in two sections at up to 250kW from a 400-volt charger. Additionally, charging ports are located on both front wings, supporting up to 22kW AC charging, with the right-side port also handling DC charging.
The Type 01's sculpted bodywork and flat floor are designed to generate 4kg of positive aerodynamic thrust at the rear of the car, helping to propel it forward, a departure from the drag-inducing low-pressure zones typically found on vehicle rears.
