The ETi Supra: Building the Next Chapter of an Icon

August 2026 — Design development

Some cars do not need to be redesigned. They need to be understood.

The A80 Supra is one of those cars. Its shape has survived three decades of tuning trends, movie fame, drag builds, time-attack cars, show cars, and every possible interpretation of what a Japanese performance car can be. You can change almost everything around it and, somehow, the fundamental silhouette still reads instantly as Supra.

That was the starting point for this project. Not: How do we make the Supra look different? The question was: How do we make it feel like the Supra never stopped evolving?

Our goal is not to replace the A80’s identity. It is to accentuate it — wider where it should feel planted, sharper where the original car can accept more tension, and more modern without erasing the shape people already love.

There is an easy way to design a dramatic body kit: make every opening larger, every edge harder, every fender wider, and keep adding until the original car disappears underneath it. That was never the brief here.

The A80 already has the hard part: proportion. The long nose, compact greenhouse, muscular rear haunches, and low cabin are why the car still looks right today. So the design work became an exercise in restraint. The roofline and glasshouse remain the visual anchor. The added width is carried low. The rocker treatment stretches the car without making it visually heavy. The front and rear gain much more modern aero language, but they still have to belong to the same body Toyota drew in the 1990s.

From twenty feet away, we want someone to say, “That is a Supra.” From five feet away, we want the second reaction: “Wait — what kit is that?”

From our point of view, it has been well over a decade since a new A80 aero package truly reset the conversation. That does not mean the Supra scene went away. The opposite happened: the platform matured.

The best Supras being built now are more considered than ever. Paint quality is better. Wheel fitment is more exact. Engine bays are cleaner. Carbon work is more sophisticated. Interiors are being restored or rebuilt at a level that would have been unusual fifteen or twenty years ago. The cars themselves are more valuable, and owners are more selective about what they bolt onto them.

That creates room for something new. Not a replica of a famous early-2000s design. Not a generic overfender package that could have been drawn for any chassis. Something intended to become its own reference point.

The project was designed to work in motion as much as it does in a studio render. This concept film is the first expression of that world — low light, hard surfaces, carbon detail, and the car treated as the object rather than as background decoration.

A body kit can look impressive from one hero angle and completely fall apart from the side. We did not want that. The side profile had to work before the details mattered.

The visual center of the car moves lower. The fenders carry more presence without turning the Supra into a slab-sided widebody. The side vent and skirt treatment create a continuous line from the front wheel through the rear quarter. The wing is intentionally substantial because the rest of the car now has enough visual mass to support it.

Most importantly, the original roof, glass and cabin proportions are allowed to breathe. Those are the parts of the Supra that do not need help.

The front of an A80 is where a lot of aftermarket designs lose the plot. Make the bumper too angular and it stops feeling like a Supra. Make it too nostalgic and there is no reason to build a new kit at all.

Our direction is to keep the car visually low and broad, with a large central opening, defined corner volumes and a splitter that visually ties the whole front together. The hood treatment adds tension without turning the upper body into a collection of vents. The front fender extensions are meant to feel integrated into the body rather than attached afterward.

The final production material mix is still being validated. The intent is to use carbon and advanced composite construction where stiffness, weight and finish earn their place, while keeping the parts practical enough to be fitted, repaired and actually driven. Final surfaces, hardware and manufacturing details will be locked after the first physical prototype goes through fitment and validation.

This is not being designed as a catalog piece that quietly appears online and disappears into a list of SKUs. The ambition is larger than that.

We are developing the Supra with stages like Tokyo Auto Salon and SEMA in mind — places where a car has to communicate instantly from across a hall, but still reward someone who walks up and studies the details. Our goal is to take the finished physical car into that environment: proper fitment, proper paint, real composite parts, the right wheels, the right stance, and a complete build rather than a loose collection of panels.

Those shows are targets, not claims of a booked appearance. The point is the standard they set. If the car is going to carry ETi into that room, it has to feel intentional from every angle.

We do not want this to become a kit that is everywhere six months after release.

The first production run is planned to stay intentionally small. Part of that is practical: early cars give us the feedback that matters — installation time, panel alignment, wheel and tire relationships, road clearance, shipping, and what actually survives use outside a render. But part of it is philosophical. A statement build loses some of its meaning when it becomes generic.

We have not set a final production cap yet, and we will not invent one for marketing. That number will be decided after tooling, prototype fitment and production capacity are real. What we can say now is that this is being developed as a limited program, not mass-market plastic aero.

These images are the design direction, not the finish line. The next phase is the one that matters most: taking the digital surfaces into a physical prototype and seeing what survives contact with a real JZA80.

That means checking how the bumper meets the factory body, how the arches sit over real wheel and tire combinations, how the skirts terminate at the chassis, how the rear diffuser lives around the exhaust, how the wing mounts, and whether the car still has the visual balance we wanted when it is sitting on actual suspension under real light.

Some details will change. Good development should change them. We would rather show the evolution than pretend the first render is sacred.

The Supra is also the beginning of something broader for ETi. We want to build complete cars that show what our design, composite manufacturing and motorsport thinking look like when they are allowed to live together. Not just a carbon hood here or an interior panel there, but cars with a point of view.

The A80 is the right place to start because it carries enough history to make restraint difficult. Anyone can make an old shape louder. The harder job is to move it forward without losing why people cared about it in the first place.

This is not our attempt to replace the Supra people already love. It is our attempt to give that shape a next chapter.

We will document the prototype, fitment, materials, first complete build and event plans as the project develops. Follow @ETi_carbon for the build in real time, and watch this page as the concept becomes a physical car.

Development note: the images shown here are current design renderings. Final production surfaces, material specifications, hardware, availability and event schedule may evolve through prototype testing and manufacturing validation.