What is Unique About The Electric Car Design and Shape



Electric cars are gaining increasing popularity, and one reason for this is the unique design and shape they have compared to traditional gas-powered vehicles. In this blog post, we will explore what makes the electric car design and shape unique.

Battery Location

One of the most significant differences between electric cars and gas-powered vehicles is the location of the battery. In electric cars, the battery is usually located at the bottom of the car, in the form of a large, flat, and rectangular-shaped block. This placement helps distribute the weight of the car evenly, which improves stability and handling.

The low position of the battery also lowers the centre of gravity of the vehicle, making it less likely to tip over during turns. This design also creates more interior space in the vehicle, as the battery is not taking up valuable trunk or passenger space.

Streamlined Shape

Electric cars are designed to be aerodynamic, which means they are streamlined to minimize drag and resistance. This design feature reduces the energy needed to propel the vehicle and improves its overall efficiency. Electric car manufacturers have incorporated design elements like rounded front ends, underbody panels, and sleek body lines to make their cars as aerodynamic as possible.

The Tesla Model S, for example, has a drag coefficient of just 0.24, making it one of the most aerodynamic cars on the market. The Model S’s smooth, sloping design, and its retractable door handles, which lie flush with the body of the car when not in use, help it cut through the air with ease.

Regenerative Braking System

Another unique feature of electric cars is the regenerative braking system. When a driver applies the brakes in an electric car, the kinetic energy of the vehicle is converted into electrical energy, which is then stored in the battery. This energy can be used to power the car’s electrical systems or to provide extra power to the electric motor when accelerating.

To enable this feature, electric cars are designed with an electric motor that works both ways. In addition to propelling the vehicle forward, it also acts as a generator when braking, capturing the energy that would otherwise be lost as heat and converting it into electrical energy.

Charging Port Location

Electric cars have charging ports that allow them to be recharged at charging stations or at home. The location of the charging port on electric cars varies from model to model, but it is usually located somewhere on the front or back of the vehicle. The charging port is designed to be easily accessible, so drivers can plug in their cars quickly and easily.

Some electric cars, like the Tesla Model S, have a unique charging port location. The Model S has its charging port hidden behind the tail light, which opens when the driver presses a button on the charging cable. This design element gives the car a clean, uncluttered appearance while also providing easy access to the charging port.

Electric Motor Placement

Another unique aspect of electric car design is the placement of the electric motor. In most gas-powered vehicles, the engine is located in the front of the car. In electric cars, the electric motor can be placed in several different locations, depending on the model.

Some electric cars, like the Tesla Model S, have an electric motor located at the rear of the vehicle. This placement allows for more interior space, as there is no engine taking up room under the hood. Other electric cars, like the Nissan Leaf, have the motor located under the hood, but still offer more interior space than a gas-powered vehicle, thanks to the absence of a transmission.


One example of an electric car that embodies many of these unique design features is the BMW iX3. This vehicle has a battery pack located at the bottom of the car, which helps improve stability and handling, and it also boasts a sleek, aerodynamic design. The BMW iX3 also has a regenerative braking system that captures energy during braking and stores it in the battery for later use.

In terms of electric motor placement, the BMW iX3 has a rear-wheel-drive layout with an electric motor located at the back of the car. This design creates more interior space for passengers and cargo, and it also allows for a near-perfect 50:50 weight distribution, which enhances the vehicle’s handling and agility.

The BMW iX3 also has a unique charging port location, with the port located on the driver’s side of the car, just behind the front wheel arch. This placement allows for easy access to the charging port, and it also gives the car a clean and modern look.

Overall, the BMW iX3 is a prime example of the unique design and shape of electric cars, with features that prioritize efficiency, performance, and driver convenience.


In conclusion, electric cars have a unique design and shape that sets them apart from traditional gas-powered vehicles. They have a battery located at the bottom of the car for improved stability and handling, a streamlined shape for improved efficiency, a regenerative braking system for capturing energy that would otherwise be lost as heat, a charging port located for easy access, and an electric motor placement that varies by model but often provides more interior space. These design elements all contribute to making electric cars more efficient, eco-friendly, and innovative than their gas-powered counterparts.