Almax Auto Almax Auto

Leapmotor T03 2025 - Stylish and Efficient Electric Car Model

Usage: Touring Car, Commercial Vehicle, Family Car, Experience Car, Novice Car
Type: Sedan
Service Life: New

Product Description

📋 Basic Specifications
Model:
T03
Mileage:
0km
Gearbox:
Automatic
Fuel Type:
Electric
Colors:
Glacier Blue, Spring Bud Green, Clear Sea Blue
Conditions:
Road
Origin:
China
📸 Product Gallery
⚙️ Technical Data
Motor & Performance
Total Motor Power (kw)80
Total Motor Torque (N·m)158
Energy Consumption (kwh/100km)11
Battery Capacity (kWh)41.3
Slow Charging Time (hours)3.5
Body Structure
Dimensions (L×W×H) mm3620 × 1652 × 1592
Wheelbase (mm)2400
Number of Doors / Seats5 / 4
Curb Weight (kg)1190
Safety & Assistance
Driver/Passenger AirbagYes / Yes
Tire Pressure MonitoringYes
Brake Assist (EBA/BAS)Yes
Stability Control (ESC/ESP)Yes
Rear Radar / Auto HoldYes / Yes
Hill Start AssistYes
💡 Key Features
Frequently Asked Questions (FAQ)
Q1: What is the battery capacity and charging time for the T03?
The T03 is equipped with a 41.3 kWh battery. It supports slow charging which takes approximately 3.5 hours for a full charge.
Q2: What are the motor performance specifications?
The vehicle features a motor with a total power of 80 kw and a maximum torque of 158 N·m, providing efficient electric performance.
Q3: What are the dimensions and seating capacity?
The T03 measures 3620mm in length, 1652mm in width, and 1592mm in height, with a 2400mm wheelbase. It is a 5-door vehicle that comfortably seats 4 passengers.
Q4: Does the T03 come with safety features?
Yes, it includes essential safety configurations such as Driver and Passenger Airbags, Tire Pressure Monitoring System, Brake Assist (EBA/BAS), and Vehicle Stability Control (ESC/ESP).
Q5: What driving assistance technologies are included?
The model is equipped with Rear Radar, Auto Hold, and Hill Start Assist to enhance the driving experience and safety during parking or incline starts.
Q6: What is the energy efficiency of this electric car?
The T03 is highly efficient with an energy consumption of approximately 11 kwh per 100km.

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