Skip to main content

Hyundai Ioniq-based HyperEconiq is a hyper-miler's dream come true

Hyundai Ioniq
Image used with permission by copyright holder
Every year, Las Vegas turns into the epicenter of the tuning world when it welcomes the Specialty Equipment Market Association (SEMA) show. It’s hot rods, muscle cars, and tricked-out trucks galore. Hyundai is joining the excitement this year by bringing several one-off models and concept cars, including a super-efficient super-hybrid named HyperEconiq Ioniq.

The design study is based on — you guessed it — the Hyundai Ioniq, a relatively new model offered as a hybrid, a plug-in hybrid, and, if you live in California, an electric car. Hyundai teamed up with Bisimoto Engineering to turn its eco-friendly compact model into a futuristic design study that “integrates the best hyper-miling, economy, and friction technology” to amplify the Ioniq platform. It promises to introduce SEMA attendees to the unfamiliar concept of fuel efficiency.

Recommended Videos

All it takes is a quick peek at the HyperEconiq Ioniq to tell it has received a long list of modifications. Riding on low-rolling resistance tires, it receives a full body kit that adds a front splitter, side skirts, a spoiler on the trunk lid, and covers over the rear wheels to reduce drag. Hyundai also lowered the Ioniq’s suspension to minimize ground clearance, which helps make the car even more aerodynamic. The HyperEconiq wouldn’t look out of place on the Bonneville Salt Flats during Speed Week.

Please enable Javascript to view this content

Weight is another important factor affecting fuel efficiency, so many of the aforementioned add-ons are made out of carbon fiber. The HyperEconiq also boasts carbon fiber wheels (like the Ford Mustang GT350R), aluminum brake calipers provided by Buddy Club, and lightweight Recaro bucket seats. Hyundai hasn’t revealed how many pounds the Ioniq lost during the transformation.

Similarly, technical specifications are exceptionally vague for the time being. All we know is the powertrain uses enhanced e-generators to return well over 80 mpg, an impressive figure which makes the concept considerably more efficient than its regular-production counterpart.

“The HyperEconiq Ioniq takes the Ioniq where we always knew it could go, without sacrificing drivability,” summed up Bisi Ezerioha, president of Bisimoto Engineering, in a statement. “Leveraging the outstanding Ioniq electrified platform and powertrain, we’ve focused on a variety of technical elements to bring efficiency, aero, and design to the highest level.”

We doubt the HyperEconiq Ioniq is anything more than a concept built to turn heads in Sin City, so a production model is highly unlikely.

Ronan Glon
Former Digital Trends Contributor
Ronan Glon is an American automotive and tech journalist based in southern France. As a long-time contributor to Digital…
Hyundai’s new extended-range tech will bridge the gap to EVs
Hyundai Seven Concept

Hyundai plans to release several electric cars in the coming years, including an American-made three-row SUV, but it's also investing in other technologies for buyers who aren't ready to go electric. One is an extended-range system that promises over 550 miles of driving range.

Announced as part of the brand's mid- to long-term strategy, the Extended-Range Electric Vehicle (EREV) will use an innovative drivetrain that relies on a gasoline-burning engine to quell range anxiety. The engine won't directly drive the wheels; it will act as a generator that makes electricity and sends it to the motors that zap the wheels into motion, likely via a small battery pack. This technology isn't new, as the Chevrolet Volt used a similar layout. Hyundai hasn't released full technical details yet, but it notes that its EREVs will be all-wheel-drive. Compared to an EV, the EREVs will benefit from quicker recharging times, a lower price, and more than 550 miles of driving range.

Read more
Want to lease an EV? The Hyundai Ioniq 5 is incredibly cheap right now
2022 Hyundai Ioniq 5 Limited AWD rear end side profile from driver's side with trees and a metal fence in the back.

The Hyundai Ioniq 5 has long been one of the most-loved electric vehicles, thanks to its unique and sleek design, solid range and charging speed, and reasonable price. But, it turns out, that price is even more reasonable than you might think -- if you're willing to lease it.
Current offers
Hyundai has been very aggressive in trying to get Ioniq 5 units into the hands of customers, and at the time of this writing, you could lease the vehicle for as little as $219 per month for 36 months, with $3,486.45 due at signing. Over the 36 months, that equates to around $315.85 per month. Not bad at all. That's for the Ioniq 5 SE, which is the entry-level model.

To be fair, this particular lease deal expires on July 1, which is the day of writing this piece. However, it's not alone -- and as mentioned, Hyundai has been pretty consistent in offering the Ioniq 5 at incredibly low prices. As Electrek points out, this lease price is a lower price than the lease price for the Nissan Versa, which is the cheapest car in America to buy.

Read more
AMD’s multi-chiplet GPU design might finally come true
RX 7900 XTX installed in a test bench.

An interesting AMD patent has just surfaced, and although it was filed a while back, finding it now is all the more exciting because this tech might be closer to appearing in future graphics cards. The patent describes a multi-chiplet GPU with three separate dies, which is something that could both improve performance and cut back on production costs.

In the patent, AMD refers to a GPU that's partitioned into multiple dies, which it refers to as GPU chiplets. These chiplets, or dies, can either function together as a single GPU or work as multiple GPUs in what AMD refers to as "second mode." The GPU has three modes in total, the first of which makes all the chiplets work together as a single, unified GPU. This enables it to share resources and, as Tom's Hardware says, allows the front-end die to deal with command scheduling for all the shader engine dies. This is similar to what a regular, non-chiplet GPU would do.

Read more