A Tribute to the Jaguar e-type
The Xtreme Kinematix concept is a new generation electric roadster, aimed at pushing both performance and power efficiency to a new level. This concept tries to revive the glorious design lines of the brand, combining fresh solutions, a unique, new aerodynamics, tailored around the electrical elements of the power system as well as cutting-edge energy feedback.
One of the main challenges during the concept drafting was avoiding the heaviness associated withmany of today’s muscle cars. The first inspirations came from classic Jaguar models. Like with themodels of the golden era, we wanted to recreate a thin, elegant profile, but still showing off all theextra power and technological improvements. The solution was dividing the volume into two separateperceptive entities: one that “floated over” and transmitted the characteristic veil-like feeling, andanother, below this layer, that spoke of all the power and adrenaline this car was capable of, whichwas translated into ample front and rear openings at the sides. The morphology of the lower part wasthe most important and is obviously the most distinctive compared to current roadsters; the delicateequilibrium of the large curves of the air intakes had at the same time to transmit aggressiveness, butstill appearing light and ephemeral, giving the adequate perceptive lightness to the upper curves.
Another element added to the mix aside from the endless paths and delicate air movements was thefeline factor. The side view of the vehicle was a deliberate metaphor of the leaping predator, whilemany frontal elements, culminating with the headlights, were carefully shaped to induce a pleasantadrenaline discharge by resembling the angry expression of an attacking feline.
With its incomparable styling and elegant lines, the E-Type Jaguar is doubtlessly one of most attractivevehicles ever made. With a streamlined and elongated body, it’s widely considered as one of the mostbeautiful cars in the world, creating in the ‘60s and ‘70s, the distinctive jaguar roadster style.
After successfully following with the XK8 until early ‘90s, however, car design in general struggled to keep this evolutionary path and current sports models, with thick lines are today widely considered bythe critics to have deviated from that glorious path that was first shown more than 50 years ago.
Given the circumstances, is somehow a paradox to try to follow an evolutionary path that leads tosomething “better” than these masterpieces. However, a new, in depth study of some glorious Jaguarmodels, was in our view a chance to find that path again, looking for distinctive DNA traits of the modelthrough the years. And applying current styling trends and standards, especially in the view of newbody-forming techniques and new technologies, we started to envision the very inspirational successorof the E-Type and XK8 Jags, applying similar, stylish curves that run harmoniously from nose to tail, someof them uninterruptedly.
Another characteristic feature of the Jaguar XKX are the totally disappearing side mirrors. At about 1cm thickness, the mirrors perfectly fit the shallow hatch made in the door piece when the car is stopped and they unfold again in working position when it’s turned on. This adds to both the aesthetics, and protects the side mirrors from any damages when parked.
To achieve the performance and range needed at sustained high speeds, the concept may make use of inductive, on-the-go charging, where the road is provided with inductive charging stripes underneath the tarmac. The relatively small car battery is kept constantly charged this way, making the vehicle literally suck the power from the road as it goes, similar to electric trains.
Almost 60% of the energy used by a typical car at highway speeds is spent to counter air friction. Obviously, that is A LOT of energy spent for a function that is indispensable, but not the primary (to push the vehicle forward). The body of the XKX is covered by a layer housing microscopic ripples of piezoelectric cells, which, stimulated by the pressure of the air flowing over them (the actual air friction experienced by the car) produce electricity that is fed back to the vehicle’s battery, increasing both efficiency and performance.
Automotive Design / CGI / VFX
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