Hyundai Motor Company is set to target the market with its eighth-generation Elantra, which incorporates advanced technology. The new model, released after six years, aims to redefine the standards for global compact sedans. Hyundai is drawing attention with the introduction of several cutting-edge technologies.
On July 29, Hyundai held a "Tech Day" at the Arc Studio in Seocho-gu, Seoul, where it announced key technologies and the development background of the new Elantra.
The "All-New Elantra," which was unveiled for the first time at the Busan Mobility Show in June, is a complete redesign of the eighth generation. It is the first new model since the seventh generation was launched in 2020. Specific trim levels, official fuel efficiency ratings, and pricing will be announced in the third quarter, along with the start of full-scale sales.
Yang Yoo-chan, head of Hyundai's MSV Project 1, stated, "We aimed to enhance the strengths of the Elantra, which are recognized for design, practicality, and efficiency, while delivering premium value that exceeds the standards of the compact car segment. Please check why this car sets the benchmark for global compact sedans."
This model features Hyundai's first-ever technologies, significantly expanding its advanced driver assistance capabilities. These include an electronic shift lever with emergency braking, a pedal misapplication safety assist feature, Navigation Smart Cruise Control 2 (NSCC2), and a memory reverse assist.
The emergency braking feature allows drivers to slow down or stop the vehicle with intuitive button operation in unexpected situations. When the driver holds the P button, acceleration is limited, and the vehicle's speed decreases to below 1 km/h, engaging the electronic parking brake.
Hwang Se-young, a lead researcher, explained regarding the emergency braking, "We designed it to allow control in unintended situations." When asked if it was developed with sudden acceleration in mind, he responded, "We have not evaluated it under sudden acceleration conditions; rather, we developed the feature for situations like encountering a tunnel or needing to brake suddenly while driving."
The pedal misapplication safety assist feature is designed to limit power when a driver mistakenly accelerates instead of braking during takeoff after stopping, aiming to reduce accidents and damage.
Additionally, this model is available with both gasoline and hybrid (HEV) powertrains. The HEV's combined fuel efficiency (based on 17-inch wheels) has improved by approximately 10% compared to the previous Elantra HEV (19.2 km/L). The regenerative braking range has been expanded to include speeds below 10 km/h, allowing for more energy recovery during urban driving, thus enhancing fuel efficiency.
* This article has been translated by AI.
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