Li Xinjian's green intelligent manufacturing factory with an annual output of 65,438+10,000 pure electric passenger cars has fully resumed work. It is expected that the factory will be qualified for production in April, and the first pure electric MPV (prototype) "Whale Series" code W0 1 Whale, Shark S0 1 Shark may be rolled off in September. Li new energy auto parts and supporting production base project has also been fully launched. At present, the overall image progress has been completed by 30%, and the main structure construction is being promoted.
Ideal W0 1 spy photos
As can be seen from the spy photos, a major feature of the ideal W0 1 is that the front windshield has a huge inclination angle and smoothly transitions upward to the roof. Downward, there is a little mystery. There is an angular protrusion on the front of the camouflage car, which is incompatible with the line of the whole car. It is likely to hide the features of the front itself by filling camouflage blocks. It is expected that the front of the real vehicle and the lower edge of the front windshield will also extend smoothly downward without too much unevenness.
In detail, we can see that the headlight position of the new car is low, and the outline is close to the ideal L9. It is expected that the front face style will continue the design of closed front face+split headlights+"star ring" light bar. In addition, the huge front triangular window brought by the large inclination windshield is expected to be of great help in reducing the front/side blind area.
In addition, in the prospectus published before the listing of Ideal Hong Kong stock in July, 20021,Ideal clearly stated that "from 2022, all our new models will be equipped with necessary hardware compatible with L4 autopilot". The ideal W0 1 is no exception, and the new car will continue to be equipped with sensing hardware such as lidar and high-definition ADAS camera.
Search for "Super Evaluation" on Easy Car App, and you can see professional, hard-core and comprehensive car evaluation content.