Connect with us

Auto

Huawei-backed New AITO M5 SUV delivery surpassed 20000 units

Published

on

Huawei New AITO M5 20000 units

Huawei-powered AITO cars are performing well in the Chinese automobile market and one of them is the New AITO M5 which has exceeded 20000 units since its launch. The figure isn’t big, it shows that the car is quite in demand among consumers.

AITO Automobiles has officially announced that the cumulative delivery of the New Huawei AITO M5 has surpassed 20000 units. The company also announced a limited-time benefit for consumers who are looking forward to purchasing a dynamic car.

Users can deposit a small amount and can get a 32000 yuan discount on the car purchase benefits. Although this offer is valid till August 31st. Hence, hurry up!

Two months back, the company reported that it sold 10000 units of the new AITO M5 models within 30 days of its launch. Now the automaker has achieved another score in this subject. The newly launched model continues to attract consumers in the mid-range market with its amazing features and significant capabilities.

Huawei New AITO M5 20000 units

Huawei-backed New AITO M5 SUV delivery surpassed 20000 units (Image Credits: MyDrivers)

The credit also goes to Huawei smart car solutions in the new AITO M5. Some of these are the ADS solutions and an aluminum chassis for efficient driving. It also has a standard laser radar that easily detects obstacles and pedestrians from a distance.

These features together make the car a high-looking urban-performance SUV. It is available in three different models (based on performance) which are as follows:

  • New AITO M5 Extended Range Max = 249800 yuan
  • New AITO M5 Pure Electric Max = 269800 yuan
  • New AITO M5 Extended Range Max RS = 279800 yuan

I like to listen to music, sing, dance, and play outdoor games. I have a huge interest in reading novels and cooking. I'm good enough as a speaker. Besides, I have the willingness to learn new things and increase my knowledge in different aspects with full dedication and determination.