Emir BardakçıThe SU7 is turning the concept of speed and performance on its head in the electric vehicle world. Many people are curious about how the SU7 compares to the enormous power of a 737 Boeing plane during its take-off roll. It is one thing for an aircraft to have that kind of power for flying, but quite another for its startup performance. The SU7 electric vehicle features cutting-edge Xiaomi HyperOS and electric motors for its instant torque. This comparison will examine how the science establishes which one reaches 100 km/h first.
Comparison of Speed: Xiaomi SU7 vs Boeing 737
The Xiaomi SU7 Max accelerates to 100 km/h in only 2.78 seconds. The track special SU7 Ultra accelerates to this speed in only 1.98 seconds, making it even faster than before. This is quite impressive for a luxury car. A Boeing 737-800 requires around 12 to 15 seconds to achieve this speed when fully laden with passengers. Not to mention an empty aircraft, which requires 7 to 9 seconds to achieve this speed.
The physical principles of motion account for the big difference. By the formula above, the amount of force that is necessary to propel a 79-ton aircraft is much greater than that of a car. Although jet engines can be powerful, they are designed to go at a high speed and at a high elevation. The SU7 is designed to be the winner of such short-range sprints.
Why The Xiaomi SU7 Wins The Competition
There are quite basic answers to why the electric car outshines the rest. The Xiaomi SU7 sports a dual motor all-wheel drive. This means that when it accelerates, it does it instantly. Jet engines have to spend time building up their pressure in order to make the massive fans spin. This takes time, referred to as “spool-up” time. Even before it reaches top speed, the SU7 would have left it behind.
- Instant Torque: An electric motor supplies its full power even at 0 RPM.
- Weight: The weight of the SU7 is comparatively very low. It is much lighter compared to
- Traction: The advanced technology of Xiaomi HyperConnect ensures optimal tire grip
The motor in the Xiaomi SU7 Max is the HyperEngine V6s. It rotates at a high speed. Therefore, the vehicle accelerates quickly even after crossing 100 km/h. The vehicle has a 800V architecture that ensures the battery is cooled and the power is maintained at a high level. Therefore, the vehicle is reliable since it can start many times in a row.
A good example of software-hardware convergence is the Xiaomi SU7. Xiaomi has been able to build a car that is faster than a jet aircraft on the ground with the help of the same logic that is applied in aerospace engineering. The future of transportation is indeed electric, intelligent, and fast.
As a big fan of Xiaomi as well as an aviation enthusiast, I’d really love to see the SU7 (or even better, the SU7 Ultra) to compete with the Boeing 737 or Airbus A320 plane here, if that even occurred one day lol 👀🔥