When carmakers began stripping internal combustion engines from their platforms, they faced a blank canvas. Without the functional requirements of a hot radiator, massive exhaust pipes, or multi-speed gearboxes, designers could have invented an entirely new visual language. Instead, many manufacturers panicked, relying on heavy plastic fake grilles, clumsy proportions, and awkward aero-sculpting. The ugliest electric cars of 2023 proved that giving engineers total aerodynamic freedom doesn't always result in beauty.
Search intent around this topic centers on critique and validation. Readers want to know which models failed aesthetically, why those styling choices missed the mark, and whether aerodynamic mandates forced these awkward shapes. While standard reviews focus on range and horsepower, buyers looking into exterior styling want honest opinions on why certain modern vehicles look disjointed, toy-like, or overly aggressive.
Why Modern Electric Vehicle Design Went Wrong
The core issue behind awkward EV styling comes down to a battle between physics and nostalgia. Aerodynamic efficiency dictates maximum range. Every single turbulent eddy of air rolling off a vehicle drains battery capacity at highway speeds. To maximize range, cars need teardrop silhouettes, smooth underbodies, and closed-off front ends.
Traditional styling cues die hard, though. Early EV buyers were used to large grilles signaling performance and status. To comfort these buyers, brands bolted fake plastic grilles onto smooth front panels, creating a dishonest and visually heavy aesthetic. Other brands leaned too hard into futuristic wedge shapes, turning sleek concepts into bloated production models with disproportionate wheel arches and pinched rears.
The Worst Exterior Design Choices of 2023
Several production vehicles and high-profile concepts released or heavily marketed in 2023 caught criticism from automotive critics and everyday drivers alike for visual missteps.
The BMW iX and Its Polarizing Proportions
BMW's flagship electric SUV prioritized interior spaciousness and low drag coefficients, but the exterior presentation left many enthusiasts cold. The oversized vertical kidney grille—retained despite lacking any functional cooling purpose—looked out of place on a smooth, slab-sided crossover. Paired with narrow, squinting headlamps and heavy body cladding, the vehicle presented an ungainly stance that felt heavy-handed rather than luxurious.
Mercedes-Benz EQS and EQE "Soap Bar" Silhouettes
In the pursuit of class-leading aerodynamic efficiency, Mercedes-Benz sculpted its EQ sedan lineup into ultra-sloping, bulbous arches. While the low drag coefficient helped range figures, the visual result resembled a giant aerodynamic drop or a smooth bar of soap. The lack of a defined hood line created an unbroken curve from the front bumper to the rear trunk, stripping away the traditional three-box proportions that give executive sedans their commanding presence.
Toyota bZ4X and Subaru Solterra Clunky Cladding
Jointly developed on a dedicated EV platform, these crossover siblings suffered from an excess of raw plastic body molding. Thick, unpainted wheel arch extensions jutted out aggressively from the body panels, creating a busy, disjointed side profile. Instead of looking rugged and ready for trails, the heavy black plastic appeared bolted on as an afterthought, breaking up clean lines and cheapening the overall road presence.
The Trap of Fake Grilles and Plastic Facias
One of the most persistent visual sins of this generation of cars is the faux grille. Internal combustion cars need massive openings to channel cooling air to radiators. Electric motors generate heat too, but their cooling needs are managed via low-mounted ductwork and specialized fluid loops.
Despite this, design teams frequently molded textured plastic panels onto the front nose to mimic traditional grilles. These panels often featured strange, wavy patterns or glossy black finishes that attracted dust and road grime, emphasizing their lack of function. When brands finally dropped these fake elements for clean, flush panels, vehicles instantly looked more honest and modern.
Common Mistakes Automakers Make When Styling EVs
Designing a battery-electric platform introduces unique packaging constraints that trip up even seasoned design studios. Understanding these pitfalls clarifies why some models turn out visually offensive.
- Ignoring Wheel-to-Body Ratio: Battery packs sit flat beneath the floor, lifting the cabin floor higher. To compensate, designers must stretch the body upward, often resulting in tall, chunky side profiles that require massive wheels just to look balanced.
- Over-Styling for Attention: Fearing that quiet electric motors would make cars forgettable, brands added faux vents, sharp jagged lines, and chaotic LED light strips that cluttered the fascia.
- Sacrificing Visibility for Aerodynamics: Sloping rooflines and thick rear pillars drastically shrink greenhouse glass areas, turning cabins into dark caves while creating clumsy rear ends.
Frequently Asked Questions
Why do so many electric vehicles look the same?
Manufacturers rely on shared skateboard platforms and strict wind-tunnel testing. Because aerodynamic drag heavily impacts battery range, most brands converge on similar teardrop silhouettes to extract every possible mile of range.
Are fake grilles completely gone from modern models?
Most mainstream manufacturers have phased out heavy plastic faux grilles in favor of flush shield panels housing safety sensors and cameras. However, legacy brands occasionally retain stylistic nods to historical grille shapes to maintain brand identity.
Does a good aerodynamic design always have to look ugly?
Not necessarily. While extreme teardrop shapes can look unconventional, models like the Porsche Taycan prove that athletic stances, proper proportions, and clean lines can coexist with low drag numbers.
What was the main driver behind awkward EV styling in 2023?
Automakers were caught between transitioning legacy customers who preferred traditional styling cues and engineering teams pushing for maximum efficiency, resulting in awkward hybrid design compromises.
