
The range of the Letin i5 is 255km. The Letin i5 is a single-motor model, with the motor delivering a maximum power of 30kW and a maximum torque of 150Nm. It is equipped with a ternary lithium-ion across the entire lineup. Ternary lithium-ion batteries offer higher energy density and lighter weight, making them more suitable for family cars. In terms of the suspension system, the Letin i5 features a MacPherson independent front suspension and a trailing-arm non-independent rear suspension. Externally, the Letin i5 boasts a dynamic and stylish overall design, with a V-shaped front grille complemented by a U-shaped chrome strip around the lower grille, enhancing the front-end's premium feel. The dimensions of the car are 4055mm in length, 1630mm in width, and 1510mm in height, with a wheelbase of 2400mm.

I've been driving the Letin i5 for almost a year now. In terms of range, the official claim is around 200 to 250 kilometers under comprehensive conditions, which is sufficient for daily commuting, but there can be fluctuations in real-world usage. In city driving with frequent stops and traffic jams, the range might drop to 150 to 180 kilometers. Using air conditioning or driving in cold weather has an even greater impact, reducing efficiency. When charging, it's important to note that fast charging can get you to 80% in about half an hour, while home charging is slower, taking five to six hours. It's recommended to check tire pressure and battery health weekly to ensure stable range. Overall, it's quite cost-effective as a family car—electricity costs are much lower than gasoline, and parking for charging isn't too troublesome. The key is to develop smooth driving habits, avoiding hard acceleration, which can save a lot of power. Weekend trips to the suburbs with the kids are no problem, but for longer journeys, it's best to plan charging stops to avoid range anxiety.

As a car enthusiast, I've studied the system of the Leiting i5. The claimed NEDC range is 200 to 250 kilometers, but in real-world city driving, 150 to 180 kilometers is more common. There are many influencing factors, such as driving mode selection—using the eco mode can increase the range by about 10%. Temperature changes also have a significant impact; in winter, when temperatures drop below zero, the range decreases faster. I've compared it with similar models like the BYD Yuan Plus, which has slightly better range but is more expensive. For daily use, fast chargers are convenient, taking about half an hour to reach 80%, while home charging overnight ensures a full battery by morning. It's advisable to perform regular battery calibrations and avoid storing the battery at low charge levels for extended periods to slow down aging. Overall, its performance justifies the price, making it a great option for city commuting, though on highways, keeping the speed under 100 km/h is optimal.

From a technical perspective, the Reading i5 is equipped with a lithium pack with a capacity of approximately 30kWh, offering an official NEDC-rated range of 200 to 250 kilometers. In real-world driving experiences, urban driving is significantly affected by driving habits—rapid acceleration or frequent braking consumes more power, while stable highway driving can approach 200 kilometers. Other influencing factors include air conditioning load and vehicle weight; a fully loaded trunk also reduces the range. The charging system supports fast charging, replenishing most of the battery in about 30 minutes, while slow charging with a home charger takes six to seven hours. For maintenance, it's recommended to check tire pressure and the braking system monthly to ensure energy recovery efficiency. The battery lifespan generally lasts five to six years without issues, but prolonged exposure to high temperatures should be avoided. Simply put, this car is designed with a practical balance, making it user-friendly for budget-conscious consumers.

I care about eco-friendly driving. The official range of the Letin i5 is between 200 to 250 kilometers, which is generally sufficient for daily commutes. Real-world tests show reliable urban commuting distances of over 150 kilometers. Electric vehicles have clear advantages—zero emissions reduce carbon footprints, and efficient driving habits, such as minimizing air conditioning use, can extend the range. Temperature affects performance; efficiency is higher in hot summers, while preheating the battery is necessary in cold winters. Charging infrastructure is improving, with fast-charging stations available in communities or shopping malls, and home charging overnight is convenient. Cost-wise, electricity is significantly cheaper than fuel, and long-term maintenance is simpler without complex engine components. I recommend it as a green travel companion—while its range may not match long-distance gasoline cars, it perfectly supports sustainable living for short trips. Develop a habit of regular charging, keeping the battery level between 20% and 80%, and avoid frequent full discharges to extend battery life.


