Hyundai Motor Group has built a strong reputation in the electric vehicle market. Its EVs offer competitive range, fast charging, bold design, and solid performance, often at prices that undercut rivals. Yet one critical area still lags behind the industry’s leaders: advanced autonomous driving.

As competitors like Tesla, General Motors, and Waymo continue to refine hands-free and eyes-off driving systems, Hyundai is under growing pressure to elevate its own capabilities. Recent developments suggest the company recognizes this gap—and is preparing to address it more aggressively.

Hyundai’s Push Toward Advanced Self-Driving: What Comes Next for the Automaker


Where Hyundai Excels—and Where It Falls Short

Hyundai’s electric lineup, spanning brands like Hyundai, Kia, and Genesis, checks many boxes that matter to consumers. Vehicles such as the Ioniq 5, Ioniq 6, and EV6 deliver high efficiency, strong performance, and industry-leading charging speeds thanks to their 800-volt architectures.

What they do not yet offer is true hands-free highway driving or robust city-level autonomy. While Hyundai’s driver assistance systems are competent, they remain firmly in the Level 2 category, requiring constant driver supervision. For buyers accustomed to Tesla’s Full Self-Driving beta, GM’s Super Cruise, or Ford’s BlueCruise, this is becoming a noticeable limitation.

As autonomous features increasingly influence purchasing decisions and brand perception, Hyundai’s relative absence in this space is turning into a strategic challenge.

Hyundai’s Push Toward Advanced Self-Driving: What Comes Next for the Automaker


A Signal From the Top

According to recent reports from South Korea, Hyundai Motor Group Executive Chair Euisun Chung visited the company’s autonomous driving subsidiary, 42dot, and personally took a test ride in an autonomous Hyundai Ioniq 6 prototype.

The visit itself is notable, but the technology behind the demonstration matters more. The prototype reportedly uses an end-to-end autonomous driving system, a cutting-edge approach in which raw sensor data from cameras, radar, and lidar is processed by a single AI model. Rather than relying on traditional rule-based logic, the system learns driving behavior holistically.

While executive visits are common in the auto industry, Korean media interpreted this moment as a vote of confidence—and perhaps a signal that Hyundai’s leadership wants faster progress after a period of uncertainty.


Organizational Turbulence Inside Hyundai’s AV Efforts

Hyundai acquired 42dot in 2022 as a cornerstone of its autonomy ambitions. However, momentum has been uneven. The recent departure of Song Chang-hyeon, who led both 42dot and Hyundai’s Advanced Vehicle Platform division, raised questions about internal alignment and execution.

Reports in Korea suggest leadership changes may reflect frustration with the pace of development. This comes at a time when Hyundai faces growing competition not only from established AV players like Waymo, but also from Chinese technology firms, many of which are rapidly advancing autonomous systems alongside their global EV expansion.

In this context, Hyundai’s autonomy roadmap appears to be at a crossroads.

Hyundai’s Push Toward Advanced Self-Driving: What Comes Next for the Automaker


Existing Partnerships and What They Deliver

Despite challenges, Hyundai is far from absent in the autonomous space. Its joint venture with Aptiv, known as Motional, has been testing autonomous Hyundai Ioniq 5 vehicles in cities including Las Vegas, Pittsburgh, Los Angeles, and Singapore.

Hyundai also supplies Ioniq 5s to other autonomous developers, including startup Avride and, soon, Waymo. These partnerships provide valuable real-world data and validation of Hyundai’s EV platforms as reliable autonomous testbeds.

Additionally, Hyundai owns Boston Dynamics, one of the world’s most advanced robotics companies, and continues to invest heavily in automation across its manufacturing operations.

Yet partnerships alone may not be enough.


Why In-House Autonomy Matters More Than Ever

Across the industry, automakers are realizing that outsourcing autonomy limits long-term control. End-to-end self-driving platforms are becoming core intellectual property, shaping everything from vehicle architecture to customer-facing software services.

For investors and analysts, autonomy is increasingly viewed as a growth engine—perhaps even more compelling than EV sales themselves, especially as global EV demand is expected to soften around 2026.

In the near term, consumers have shown they are willing to pay recurring fees for advanced driver assistance features such as Super Cruise and BlueCruise. Over time, automakers envision a unified software platform capable of powering private vehicles, robotaxis, delivery fleets, and autonomous shuttles.

Hyundai appears to understand that remaining competitive means developing its own centralized, software-defined vehicle architecture, rather than relying primarily on external suppliers.

Hyundai’s Push Toward Advanced Self-Driving: What Comes Next for the Automaker


The Convergence of EVs, AI, and Robotics

Autonomous driving does not exist in isolation. It sits at the intersection of electric powertrains, artificial intelligence, advanced sensors, and robotics. EVs, with their electronic architectures and drive-by-wire systems, are naturally better suited for autonomy than combustion vehicles.

This convergence may ultimately accelerate EV adoption rather than slow it. As vehicles become smarter, more connected, and increasingly automated, the value proposition shifts from horsepower and styling to software capability and continuous improvement.

Hyundai’s broad technology portfolio positions it well for this future—if it can execute effectively.


What to Watch Next

Hyundai has announced that it will unveil its “AI Robotics Strategy” at the upcoming CES, including advancements in humanoid robots from Boston Dynamics, AI learning systems, and next-generation automated factories.

While autonomous driving has not been officially confirmed as part of that presentation, it would be surprising if Hyundai did not at least hint at its next steps. The timing suggests the company is preparing to reframe itself not just as an automaker, but as a mobility and robotics technology leader.

Whether Hyundai can translate ambition into a competitive, production-ready autonomous system remains to be seen. But recent signals suggest that the company recognizes what is at stake—and is preparing for a more decisive push.

Recommend Reading: Hyundai Prepares Its Largest Electric Van for European Debut

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FAQs

Wie viele Kilometer kann ein Hyundai IONIQ 5 mit einer vollen Ladung fahren?

Der Hyundai IONIQ 5 kann in seiner RWD Long Range -Konfiguration mit dem 77,4-kWh-Akkupack mit einer vollen Ladung bis zu 303 Meilen weit fahren.

Welche Ausstattungsvariante des IONIQ 5 bietet die beste Reichweite?

Die Long Range-Version des IONIQ 5 SE RWD bietet die höchste von der EPA geschätzte Reichweite von 303 Meilen , während die AWD-Ausstattungen etwa 266–270 Meilen bieten.

Reduziert der Allradantrieb die Reichweite des IONIQ 5?

Ja. Die AWD-Ausstattung hat aufgrund des zusätzlichen Gewichts und der Doppelmotorlast eine etwas geringere Reichweite. Das AWD Limited- Modell bietet eine Reichweite von ca. 428 km pro Ladung.

Wie hoch ist die tatsächliche Reichweite des IONIQ 5 auf der Autobahn?

Bei 70–75 mph beträgt die tatsächliche Reichweite des IONIQ 5 je nach Temperatur, Gelände und Geschwindigkeitskonstanz typischerweise zwischen 240 und 270 Meilen .

Wie wirkt sich kaltes Wetter auf die Reichweite des IONIQ 5 aus?

In kalten Klimazonen kann die Reichweite aufgrund von Leistungsverlust der Batterie und erhöhtem Heizenergieverbrauch um 20 bis 30 % sinken. Das optionale Wärmepumpensystem trägt dazu bei, den Reichweitenverlust im Winter zu reduzieren.

Wie lange dauert es, einen Hyundai IONIQ 5 vollständig aufzuladen?

Mit einem Heimladegerät der Stufe 2 (240 V) dauert eine vollständige Aufladung etwa 6–8 Stunden . Mit einem ultraschnellen 800-V-Gleichstromladegerät kann der IONIQ 5 in nur 18 Minuten von 10 % auf 80 % aufgeladen werden.

Ist der IONIQ 5 gut für lange Autofahrten geeignet?

Ja. Mit einer Reichweite von bis zu 486 Kilometern und Zugang zu einer ultraschnellen Ladeinfrastruktur ist der IONIQ 5 ideal für Langstreckenreisen in Nordamerika.

Wie ist die Reichweite des IONIQ 5 im Vergleich zum Kia EV6?

Der Kia EV6 RWD übertrifft den IONIQ 5 dank besserer Aerodynamik um 8–16 Kilometer . Beide nutzen die gleiche E-GMP-Plattform und die gleichen Batteriesysteme.

Was beeinflusst die Reichweite des IONIQ 5 bei voller Ladung am meisten?

Zu den wichtigsten Faktoren zählen Fahrgeschwindigkeit, Klimabedingungen, Batterietemperatur, Reifendruck und Ladevolumen . Eine sanfte Fahrweise kann dazu beitragen, die Reichweite pro Ladung zu maximieren.

Verringert die Batterieverschlechterung mit der Zeit die Reichweite des IONIQ 5?

Ja. Mit der Zeit verschleißen alle Batterien von Elektrofahrzeugen. Die meisten IONIQ 5-Besitzer berichten von einem Reichweitenverlust von 5 bis 10 % nach 100.000 Meilen . Hyundai bietet eine 8-jährige bzw. 100.000-Meilen-Garantie auf die Batterie .

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