Hyundai Boulder: future rival to Ford Bronco and Jeep Wrangler

Hyundai Boulder Concept is an officially unveiled concept, not a production model and not a pre-production prototype. The world premiere took place on April 1, 2026 at the New York International Auto Show, where Hyundai showed a body-on-frame off-road project with a very strong focus on trail capability.

The key nuance is that the manufacturer has already confirmed the direction, but has revealed almost none of the technical details. So talking about a future rival to the Ford Bronco, Jeep Wrangler, or Toyota 4Runner is only market logic: the look and the architecture are officially confirmed, while everything else is either still to come or, in the author’s view, will be defined closer to production.

What’s already been shown (status: concept / prototype / pre-production / official reveal)

Officially confirmed by the manufacturer: Boulder has concept status and is not intended for sale. This is not just a teaser or a sketch, but a fully presented show car with photos, video, and clear positioning as an off-road design preview of Hyundai’s future body-on-frame project for the US.

Already announced are a body-on-frame construction, 37-inch mud tires on 18-inch wheels, a full-size spare on the tailgate, safari-style upper windows, rear-hinged (suicide) doors, a dual drop-down tailgate, a lowering rear window, and a real-time off-road guidance software system. In other words, Hyundai showed not only the shape, but also the usage scenario for trips and challenging terrain.

Platform and construction

Officially, the manufacturer speaks about a fully-boxed body-on-frame architecture, meaning a true ladder-frame structure. For a future production vehicle, this matters: such a base is better suited to large wheels, serious loads, heavy-duty armor, driving over rocks and ruts, and can potentially offer more strength reserve than a typical crossover unibody.

But after that, we enter the zone of assumptions. For now, it’s unknown what the suspension will be, whether there will be low-range gearing, and what differentials or electronic lockers will be used. In the author’s view, Hyundai won’t be able to enter this class without a genuine off-road toolkit—otherwise Boulder turns into a rough-styled crossover rather than a true segment product.

Powertrain (ICE / hybrid / EV) — confirmed and expected

The powertrain has not been officially announced. There is no confirmation of a gasoline engine, a hybrid, or an EV layout; power, torque, transmission, range, and fuel consumption have not been named either.

Because this is a body-on-frame American project, the most realistic options look like a turbo gasoline engine or a hybrid with a conventional automatic transmission. A fully electric version is theoretically possible, but for this format you’d have to solve mass, traction-battery protection, and range loss off-road very aggressively—so at launch, I’d sooner expect ICE or a hybrid.

DD Tuning expert comment: The most common mistake in projects like this is to look only at big wheel size and not think about load on mounting points, space for the spare, and brake compatibility. If a production Boulder keeps off-road geometry, accessory selection should start with protection, mounts, and real compatibility—not decorative pieces. The second typical mistake is treating a concept as a ready catalog of future options, even though a portion of the solutions almost always changes by production.

Design and interior

On the outside, Boulder is executed with a very tough American logic: short overhangs, big arches, vertical surfaces, a high visual ride height, and maximum emphasis on the wheels. The 37-inch mud tires here don’t look like a decoration; they’re an element that immediately defines the vehicle’s whole character—higher seating position, different suspension behavior, and different requirements for body clearances.

The interior has only been partially revealed so far, but even the stated elements show Hyundai isn’t thinking only about show effect. The upper windows, lowering rear glass, and off-road guidance system hint at real interaction with terrain, visibility, and loading. The rear-hinged doors, however, will most likely remain a concept detail and reach production in a simpler form.

Stated and expected specifications

Officially, only part of the off-road data is stated: 37x12.50R18 LT tires, 18-inch wheels, a full-size spare, high ground clearance without an exact number, and aggressive approach, departure, and breakover angles without specific values. For real-world use, this already says a lot about the intent: the vehicle should look confident on rocks, in deep ruts, and on long off-road distances where a same-size spare is genuinely needed.

Length, wheelbase, weight, fording depth, towing capability, and payload have not been officially announced. So exact numbers right now would be fiction. I assume that by production the concept will lose some of its extremeness: the wheels will likely get smaller, and the geometry and exterior plastics will be adapted for noise, fuel consumption, drivetrain durability, and certification.

Competitors and positioning

Hyundai has not officially named direct production rivals. But by the formula of a body-on-frame vehicle with a pronounced off-road character, Boulder logically sits alongside the Ford Bronco, Jeep Wrangler, and Toyota 4Runner. At the same time, it’s important to understand: this is a market interpretation, not a direct statement from the manufacturer—especially since Hyundai is also steering the concept toward a future mid-size pickup.

If Hyundai brings solid engineering to production, it has a chance to win customers who don’t want just another crossover, but a true body-on-frame vehicle with a modern feel. In the real market, this is visible even in demand for things like fender flares for Ford Bronco: in this class, people value not decoration, but durable, functional solutions.

Release date, markets, and estimated price

According to official materials, the production vehicle is expected by the end of the decade, but there’s a discrepancy even within the brand: one official page points to 2029, another to 2030. So the correct way to put it is: the launch is officially expected in the 2029–2030 window.

The first market will almost certainly be the US, since the project is presented as designed, developed, and built in America. Pricing has not been officially announced. In the author’s view, if the production version arrives as a mid-size body-on-frame SUV or a related pickup with a pronounced off-road package, the start could be somewhere around $45–55k in the US, with well-equipped versions going higher.

What is still unknown

For now, it’s unknown which exact powertrain will go into production, whether the model will have low-range gearing, what lockers it will use, what suspension type will be applied, and whether the Boulder name will remain. It’s also not officially announced whether the final vehicle will be a Bronco-style body-on-frame SUV or closer to a mid-size pickup, which Hyundai is directly hinting at.

There are also no reliable rumors that would allow us to cautiously name exact specs. In this situation, it’s better to honestly say “still unknown” than to draw attractive figures the manufacturer hasn’t confirmed yet.

From a customer’s experience: In a similar segment, a body-on-frame SUV owner first wanted to immediately install big wheels and an exterior kit, but after choosing parts he started with underbody protection, mud flaps, and cargo organization. In the end, the vehicle became more convenient for daily use, and he added the aggressive exterior set only after validating practicality. This order almost always turns out to be smarter than building a vehicle just for the look.

Expectations (conclusion)

Hyundai Boulder currently looks like an officially confirmed concept with a very clear message: the brand is preparing for the US not a stylized crossover, but a body-on-frame project with real off-road substance. But the main part is still ahead, because the engine, drivetrain, suspension, and towing numbers will show whether this is truly a future rival to Bronco, Wrangler, and 4Runner—or only a strong design manifesto.

In the author’s view, the production vehicle will be calmer on the outside, more practical inside, and technically more conservative than the concept—but it will keep the body-on-frame philosophy, high ground clearance, and American positioning. This material is based on real selection experience, practical know-how, and real usage scenarios in the body-on-frame SUV segment, so the conclusion is simple: Boulder has potential, but it’s only worth judging it for real once production specs appear.