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Hyundai Motor Company has dropped one of the best news bombs we’ve heard in a long while and it has something to do with putting a mid-engine sports car into production. The RM19 Racing Midship Sports Car was officially unveiled at the 2019 AutoMobility LA and it looks simply breath-taking. (more…)

The 2019 SEMA Show showcased a lot of very cool cars and concepts. The Hyundai Motor Company Customization Teams decided to bring in the big guns with the show-stopping Hyundai Veloster N Performance Concept aka “The baddest Veloster on the planet”. (more…)

The world of driving technology is getting so advanced that manufacturers all over the world are practically racing to create the best features to take your driving experience to a whole new level. Hyundai is one of these corporate giants to develop the world’s first Machine Learning based Smart Cruise Control or SCC-ML. (more…)

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Hyundai Motors is currently pushing their technology prowess on autonomous driving capabilities with their Hyundai IONIQ model. Still in early stages, the hybrid sedan is currently being tested on European roads with Level 4 Autonomous Driving, which is only one level away from a car being completely autonomous in every situation. (more…)

Hyundai Motorsport is well on its way in the testing phase for their first electric race car project, the Hyundai Veloster N ETCR. The company spent two long days in Budapest last week testing out the all-electric race-spec Veloster at Hungaroring without any issues or hiccups. (more…)

In 1974, Hyundai Motor launched a model called the Pony which was South Korea’s first mass-produced model. Regarded as a ‘national car’ in its domestic market, the Pony also spearheaded exports of Korean vehicles to many countries.

As homage to its heritage and reimagined for the future, the carmaker’s designers have come up with a study called the ‘45 EV Concept’. The progressive 45 puts a twist on the 45-year old icon to introduce an entirely new in-car experience for self-driving vehicles of tomorrow. It foreshadows a new era of Hyundai’s automotive design focused on electrification, autonomous technologies and intelligent design.

2019 Hyundai 45 EV Concept

Inspired by a 1974 concept car
Taking a look to the past is essential for moving forward, and the dramatic exterior styling of the 45  draws inspiration from the car that first established Hyundai’s design DNA – the 1974 Pony Coupe Concept. The iconic character of 45 is defined by its monocoque-style body, aerodynamic and lightweight design inspired by aircraft from the 1920s.

Hyundai Pony
The styling of the Pony was done by ItalDesign.

The car’s name also comes, in part, from the 45-degree angles at the front and rear, forming a diamond-shaped silhouette that previews the design direction of future EV models. The new concept strips away complexity, celebrating the clean lines and minimalistic structure of the original coupe concept.

“As an icon of Hyundai, the 45 clearly reveals how Hyundai heads towards the future through heritage,” said SangYup Lee, Senior Vice President and the Head of Hyundai Design Centre. “Through the 45 that is built upon our design language ‘Sensuous Sportiness‘, Hyundai wants to present our vision on how we want to reshape people’s in-car lifestyle in the era of electrification and autonomous driving.”

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Style reimagined
The 45 reinterprets the concept’s distinctive lattice radiator grille with a ‘kinetic cube lamp’ design. The iconic front-end presence with the kinetic cube lamps evokes analogue emotions, while at the same time applying cutting-edge technologies. It also takes Hyundai’s lighting architecture to the next level, allowing people to instantly recognize the car at a distance.

2019 Hyundai 45 EV Concept

By exhibiting a modernized fastback profile, the 45 epitomizes stability and dynamism, characteristics accentuated by the vehicle’s significant width and forward-oriented posture. The precise, yet energetic factors of the exterior are delivered throughout the cabin, which is structured by a dynamic daylight opening (DLO). The DLO terminates in the fast angle of the C-pillar, which generates a feeling of dynamic forward motion, even when standing still.

As a progressive EV, new technology is visible in the 45’s design. At the bottom of the door, a special garnish highlights its long-distance capability and, through active LED lights, drivers can intuitively know how much longer they can drive even before they get in the car. These thoughtful elements are designed for a user who is experiencing an EV for the first time.

2019 Hyundai 45 EV Concept

Future tech previewed
The 45 also highlights future technological developments that may influence forthcoming Hyundai models, such as a hidden Camera Monitoring System, leaving room for self-driving system applications, and other upcoming technologies to emphasize Hyundai’s open architecture for the future. The system utilizes side cameras instead of traditional door mirrors to overcome visibility challenges caused by dirt gathering on the mirror offering progressively less visibility. The 45 overcomes this challenge by using an embedded turntable module, which rotates the lens past a brush to ensure perfect visibility at all times.

The 45 embodies Hyundai’s ‘STYLE SET FREE’ strategy for future mobility that emphasizes personalization of design and function. As the new era of future mobility opens, Hyundai reimagines the in-car experience in a self-driven vehicle. The interior becomes a unique living space capable of transforming to accommodate a range of passenger lifestyle demands.

2019 Hyundai 45 EV Concept

Inside, Hyundai’s design team takes the space beyond driving to focus on the car’s evolution into a living space. Inspired by furniture designs, the minimalist cabin is fitted with an inviting fusion of wood, fabric and leather, creating a warm atmosphere that is both relaxing and spacious. Daylight was also considered as a design element for the headlining to bring analogue emotions in a natural way.

For the occupants, the car delivers a comfortable and communal environment, with lounge chair-style rear seats and front seats that can rotate to face other passengers. Pushing design and technology further ahead, front-seat passengers can interact with the infotainment system via a projection-beam interface. This replaces a single central touchscreen with a series of displays and functions integrated into the dashboard itself.

2019 Hyundai 45 EV Concept

Clean lines, ergonomic placement of controls and a ‘high-end electronics’ feel for the interior fixtures further enhance the feeling of space while reinforcing the simplistic modernity of the 45’s design. The car reimagines storage space in a range of novel ways, including refining the concept of door-mounted device pockets by introducing a horizontally elongated shape that allows books or tablet PCs to be stored. Furthermore, the storage space uses a transparent material, so it is easy to see the contents.

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Hyundai Motor Group is known for innovating unique approaches when it comes to urban mobility. Their latest electric scooter represents that very fact with a riding range of 20km, perfect for those who have to park far away from the office. (more…)

Hyundai Motorsport is planning to enter a new era as they have begun work on a very exciting electric race car. This will be their first-ever electric vehicle and what better way to showcase it than jumping all the hurdles straight to a race car. Is it going to be a race-spec electric i30? We can only hope, for now. (more…)

With the 2019 Frankfurt Motorshow nearing, a number of carmakers are building up interest in their brands by releasing teaser images of new models that will debut at the event. The latest to do so is Hyundai Motor which will be unveiling the all-new i10 hatchback, besides a few other models.

The i10, a popular model in developing countries, joined the Hyundai range in 2007 and this new generation will be the third one, internally designated ‘LA’. The single sketch released shows a more dynamic design with a contrast between soft surfaces and sharp lines.

Gen 2 Hyundai i10
The second generation of the i10

Energetic, agile look for A-segment
The proportions for the all-new model have also been redefined, it appears, in width, height and wheel size, resulting in an energetic and agile look. This new design is expected to stand out in the A-segment.

The wide front grille expresses a sporty character and incorporates Daytime Running Lights, thus continuing this feature of the i10’s heritage. The triangular air curtains accentuate the width and stance of the car, as well as improving aerodynamics. The X-shaped C-pillar, visible from far away, clearly identifies the car and draws the eye to the pillar-mounted logo. Unique triangular volumes visually emphasise the width of the car and highlight the position of the wheels at the four corners.

Aiming to be recognised as a leader in its segment, the new i10 will feature a range of new Connected Car and safety features. Blue Link, Apple Car Play, Android Auto, wireless smartphone charging and a rearview camera are a few of them.

Extensive list of safety features
Depending on the market, the new i10 could have one of the most full-featured safety packages in its class. This will include Forward Collision-Avoidance Assist using a front radar sensor to detect not just cars but also pedestrians ahead. The car will also have Driver Attention Warning and Lane Keep Assist System as standard while High Beam Assist will be an optional feature.

Inokom i10
Inokom i10 assembled in Malaysia from 2008 till 2016.

The i10 was one of the first passenger car models to be assembled at the Inokom factory in Kedah. It was sold under the Inokom brand from 2008 and production continued until 2016.

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The beginning of the computer age in the 1980s saw the rapid development of electronic systems for management of many different functions in cars. This led to significant leaps in performance and efficiency as computers could calculate at thousands of times a second, making adjustments to match operating conditions precisely.

One area where such lightning-fast management was valuable was in the automatic transmission. The transmission control unit (TCU) worked with the Engine Control Unit (ECU) to coordinate gearshifts and as technology advanced, to eliminate the parasitic power losses.

Optimizing transmission efficiency
Now the Hyundai Motor Group has developed the world’s first Active Shift Control (ASC) transmission technology for future Kia and Hyundai hybrid models. The innovation optimizes transmission efficiency by monitoring the rotational speed of transmission with a sensor installed inside the electric motor at 500 times per second to quickly synchronize the rotational speed with that of engine.

ASC applies new control logic software to the Hybrid Control Unit (HCU), which then controls the electric motor to align the rotational speeds of the engine and transmission to reduce gearshift time by 30%. With the synchronization, shift time is reduced from 500 ms to 350 ms, increasing smoothness.

“The development of world’s first ASC technology is a remarkable innovation which incorporates precise motor control to automatic transmission,” said KyoungJoon Chang, Vice-President and Head of Powertrain Control System Group of Hyundai Motor Group, “It will not only save fuel but also provide a more fun driving experience for our customers.”

Development of the ASC technology is completed and is ready to be used in future Kia and Hyundai hybrid models.

Independently developed control logic software
Conventional hybrid vehicles do not have torque converters to further improve fuel economy as torque converters lose energy during the process of transmission. Although fuel efficient, such a system also requires longer shift times to ensure smoother gear changes.

ASC technology allows the hybrid’s electric motor to also take control of gearshifts by applying new software logic to the Hybrid Control Unit (HCU) to mitigate issues with slower shift time. This not only improves a hybrid vehicle’s acceleration performance and fuel economy, but also durability of the transmission by minimising friction during gearshift.

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