All-terrain half-track off-road armored vehicle

I designed a car, this is the diagram I drew in two nights.:

The car needs to be about 6.5 meters long. I prefer symmetrical things, so the driving position is not on the left or right but in the center. From the picture above, you can see that the shape of the front windshield is specially designed for the central driving position. It combines the flexibility of traditional wheeled off-road vehicles with the high passability of tracked vehicles. It is designed to cope with diverse terrains such as mountains, deserts, snow, mud, etc., while ensuring the safety of internal occupants. There is a slot on the roof for installing a machine gun, and the rest of the space can be used as a skylight. The front wheels and rear tracks can be deformed according to road conditions. When the front wheels pass through a large left or right tilted section, they can be split into several thin tires and staggered to cooperate with the suspension to ensure that the body tilts as little as possible. The rear tracks can change the contact area to adjust the pressure.

It integrates multiple sets of cameras, laser rangefinders and infrared detectors outside the vehicle to provide 360° field of view monitoring, and the driver can understand the surrounding environment in real time through the in-car display screen. To prevent water mist outside the car, the rearview mirror is replaced with a rear-facing camera, which plays video inside the car. Application scenarios Military use: Suitable for border patrols, key defense, rapid maneuvering and fire support in complex terrain. Special missions: Can perform reconnaissance, troop transport, peacekeeping or rescue operations in complex terrain. Its half-track design also has advantages in non-combat missions such as humanitarian rescue, material transportation or medical rescue. Polar expeditions or scientific research: In glaciers, snowfields and high-altitude mountain environments, the half-track system can provide stable grip and obstacle crossing capabilities, providing a safer means of transportation for scientific research teams.