2020 Leapmotor T03 Dimensions, Size & Specs

The Leapmotor T03 offers a luggage capacity of 210 liters, which is relatively modest for a hatchback. This capacity is ideal for small grocery runs, daily essentials, or a couple of travel bags but may be limiting for larger cargo needs. Compared to other small city cars and hatchbacks, the T03’s luggage space falls within the typical range. Larger hatchbacks might offer 300 liters or more, but the T03 prioritizes compactness and urban practicality.

Yes, the Leapmotor T03 is compact enough to fit comfortably in a standard garage. With an overall length of 3620 mm (142.5 inches) and a width of 1652 mm (65 inches), it is smaller than many conventional compact cars. Standard single garages typically have dimensions around 3000 mm to 3600 mm in width and 5400 mm in length, so the T03’s modest size ensures it can be parked indoors with ease, offering convenient storage and protection from the elements.

The Leapmotor T03’s width of 1652 mm (65 inches) strikes a balance between maneuverability and interior comfort. The relatively narrow width enhances its ability to navigate tight urban streets and fit into narrow parking spaces, which is a key advantage for city dwellers. While the interior cabin might be cozier compared to wider vehicles, this width is typical for small hatchbacks and provides adequate space for four passengers without feeling cramped.

The Leapmotor T03 comes with rim sizes of 14 or 15 inches, fitted with tire sizes 165/70 R14 or 165/65 R15, respectively. Smaller rims with higher profile tires (like 14-inch rims with 165/70 tires) generally offer a softer ride and better absorption of road imperfections, improving comfort on urban roads. The 15-inch rim option with slightly lower profile tires offers a more sporty feel and potentially better handling due to reduced tire sidewall flex, but the trade-off may be a firmer ride.

The Leapmotor T03's height ranges from 1592 mm to 1605 mm (62.6 to 63.2 inches), depending on configuration. This height provides a good balance for interior headroom, allowing passengers ample space without the car appearing bulky. From an aerodynamic perspective, a moderate height helps reduce drag, enhancing energy efficiency for the electric motor by minimizing wind resistance, which is crucial for urban and efficient driving performance.

As the Leapmotor T03 is the initial generation launched in 2020 and is still in production, there is no predecessor generation to compare it against. This model sets the benchmark for Leapmotor's entry into compact urban electric hatchbacks, focusing on a blend of compact dimensions, efficient electric powertrain, and practical features designed for city driving.

Compared to other electric city hatchbacks, such as the Wuling Hongguang Mini EV or the Renault Zoe, the Leapmotor T03 presents a slightly larger footprint but remains compact. Its length of 3620 mm and width of 1652 mm position it as a practical urban car with enough interior and cargo space without compromising maneuverability. The 210-liter luggage capacity is competitive within this segment, making it suitable for everyday use while maintaining a small, user-friendly overall size compared to many competitors.

The compact dimensions of the Leapmotor T03, specifically its length of 3620 mm (142.5 inches) and width of 1652 mm (65 inches), make it exceptionally easy to park in densely populated urban environments. Its narrow width allows it to fit into tighter parking spots that larger vehicles cannot access, and its short overall length reduces the turning radius needed for parallel parking or maneuvering in confined spaces. These attributes are major benefits for city drivers who frequently face tight parking challenges.

While the exact curb weight of the Leapmotor T03 isn't specified here, small electric hatchbacks like the T03 generally weigh between 1,000 to 1,200 kg (2,205 to 2,645 lbs). This moderate weight helps maintain nimble handling and responsive acceleration while allowing efficient use of battery energy. A lighter weight positively impacts energy consumption by reducing the power needed to move the vehicle, thereby extending electric driving range and improving overall efficiency in stop-and-go urban traffic.