| Production | |
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| Model Year: | 2018 |
The SsangYong e-SUV Concept introduced in 2018 represents a forward-looking vision from the South Korean automaker, focusing on electric vehicle technology and modern SUV design cues. As a prototype, the e-SUV concept was designed to explore the integration of eco-friendly electric propulsion within the practical, versatile form factor of an SUV. This concept reflects SsangYong's commitment to electrification amid rising demands for sustainable mobility solutions.
Although exact production specifications such as length, width, height, and weight were not publicly detailed for the e-SUV concept, it is typified by the proportions expected of a mid-size SUV with spacious interior accommodations and a commanding road presence. Typically, mid-sized electric SUVs range between 4.3 to 4.7 meters (14.1 to 15.4 feet) in length, with widths around 1.8 to 2 meters (5.9 to 6.6 feet). The e-SUV concept likely fits within these dimensions, combining aerodynamic styling with modern electric vehicle packaging requirements.
Designed primarily as a concept vehicle, the SsangYong e-SUV showcases stylistic future direction cues like a streamlined body, advanced lighting elements, and a clean, sophisticated silhouette emphasizing efficiency and sustainability. Inside, the concept would likely feature a tech-savvy cabin to complement its electric drivetrain, targeting comfort and smart connectivity for future consumers.
The 2018 SsangYong e-SUV concept serves as an important milestone in the brand's evolution, positioning SsangYong within the electric SUV market and providing insights into potential future production models. For car enthusiasts and prospective buyers comparing SUV sizes and electric capabilities, the e-SUV concept offers a glimpse at how SsangYong envisions merging traditional SUV utility with next-generation electric vehicle innovation.
Discover the standout features that make the 2018 SsangYong e-SUV a leader in its class
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As the SsangYong e-SUV is a concept car introduced in 2018, detailed official dimension data is limited. Concept vehicles like this often showcase future design directions and technologies rather than finalized production specs. Typically, an SUV concept of this size is designed to fit within the midsize SUV category, with estimated dimensions around 4.5 meters (177 inches) in length, 1.9 meters (75 inches) in width, and approximately 1.6 meters (63 inches) in height. These values are approximations since the e-SUV was primarily created to highlight electric vehicle technology and design rather than focus on practical production dimensions. For exact measurements, further official releases from SsangYong would be necessary.
While specific width data for the SsangYong e-SUV Concept is not formally disclosed, concept SUVs generally tend to hover around 1.9 to 2.0 meters (75 to 79 inches) in width, aligning with mid-to-large size SUVs to convey a stable and spacious stance. This width is consistent with many contemporary SUVs like the Hyundai Tucson or Kia Sportage, which measure roughly 1.85 to 1.90 meters wide. This broad width supports a roomy interior and improved road presence—key elements in SUV design. Given that the e-SUV is an electric concept, the width may also accommodate innovative battery packaging and interior layout.
Although exact height dimensions for the SsangYong e-SUV Concept aren’t available, concept SUVs usually stand approximately 1.6 meters (63 inches) tall. This is slightly lower than traditional SUVs to enhance aerodynamics, which is crucial for electric vehicles aiming to maximize driving range. A reduced height lowers the center of gravity, improving stability and handling, while maintaining enough ground clearance for light off-road capability. The sleek height also contributes to a sporty design ethos, balancing utility and modern aesthetics typical of electric SUV concepts.
Detailed curb weight information for the SsangYong e-SUV Concept has not been published since it is a prototype designed mainly to showcase electric drivetrain technology. However, mid-size electric SUVs typically weigh between 1,800 to 2,200 kilograms (approximately 4,000 to 4,850 pounds), largely due to heavy battery packs. Given this, the e-SUV Concept likely falls within this weight range. The use of lightweight materials and a streamlined design might contribute to a more competitive weight profile, which is crucial for enhancing performance, efficiency, and driving dynamics in electric SUVs.
Though exact dimensions for the SsangYong e-SUV Concept are unavailable, mid-size SUVs generally measure roughly 4.5 meters (15 feet) in length and 1.9 meters (6.3 feet) in width, dimensions compatible with standard single-car garages which are typically around 2.5 to 3 meters (8 to 10 feet) wide and about 5 to 6 meters (16 to 20 feet) deep. Therefore, the e-SUV Concept is likely designed to fit comfortably into a standard garage, accommodating easy parking without requiring a specialized or oversized space, while offering the practicality expected from an SUV concept aimed at everyday urban and suburban use.
The SsangYong e-SUV Concept marks a significant design departure from previous SsangYong SUV models, many of which have been traditional internal combustion engine vehicles like the Tivoli or Korando. While the concept’s exact dimensions aren’t published, it is expected to be similar in size or slightly larger than the Tivoli, which is about 4.2 meters (166 inches) long. The e-SUV Concept focuses more heavily on electric vehicle architecture and futuristic styling, possibly offering more interior space due to electric drivetrain packaging. This generation symbolizes an evolution toward sustainability and modern technology rather than a straightforward size increase.
The SsangYong e-SUV Concept, as a prototype electric SUV, is likely designed to maximize interior space using the inherent layout advantages of electric vehicles. The absence of a traditional combustion engine and transmission tunnel often allows for a flat floor and more spacious cabin configurations. This can provide legroom comparable to, or greater than, equivalent gasoline-powered SUVs in the midsize segment. Although no specific interior measurements are available, concept EVs frequently emphasize modular interiors with flexible seating and cargo arrangements that enhance versatility beyond current market standards.
Compared to similar electric SUVs such as the Hyundai Kona Electric and Kia Niro EV, the SsangYong e-SUV Concept likely falls within the midsize category with comparable external dimensions. Where the Kona Electric measures roughly 4.2 meters (165 inches) in length and 1.8 meters (71 inches) in width, the e-SUV is probably close in footprint but may offer a slightly larger cabin due to concept design optimizations. This size positioning enables it to compete directly in the growing electric SUV market segment, blending compact practicality and utility with futuristic styling advantages.
The SsangYong e-SUV Concept features a futuristic design with sleek, aerodynamic lines optimized for an electric powertrain. Its proportions combine a relatively compact footprint with a slightly elevated ride height, typical of SUVs, to provide a commanding driving position and practical interior space. The absence of traditional grille elements and streamlined bodywork reduce drag, potentially allowing for better range efficiency. Its dimensions and proportions prioritize an urban-friendly yet spacious package, with wider track widths and short overhangs, enhancing stability and maneuverability without sacrificing SUV versatility.
The SsangYong e-SUV Concept represents the brand's vision for an electrified future, showcasing advancements in electric vehicle technology, sustainable materials, and next-generation design language. As a prototype, it is not intended for direct production but serves to gauge public reaction and technological feasibility. This concept lays the groundwork for future SsangYong electric SUVs that will combine eco-friendly powertrains with practical dimensions and modern styling. It signals the brand’s commitment to electrification and innovation, influencing upcoming models by incorporating learnings from this concept’s design and architecture.
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