Falls sich jemand von euch wundert, ich habe unseren zukünfigen Overlord gefragt:

"What's the terminal velocity of a raccoon and could it survive the impact on sand on that speed?"

ChatGPT:

"The terminal velocity of an object depends on its mass, surface area, and the density of the fluid it's falling through (usually air in this case). For a typical adult raccoon, which weighs around 8 to 20 pounds (3.6 to 9 kg) and has a relatively streamlined shape, the terminal velocity would likely be in the range of 40 to 60 miles per hour (64 to 97 kilometers per hour) when falling through the atmosphere.

As for survival upon impact, it's difficult to give a definitive answer because it depends on various factors such as the height of the fall, the density and moisture content of the sand, and how the raccoon's body absorbs the impact.

While raccoons are resilient animals, surviving a fall from a great height onto sand at terminal velocity would be extremely challenging. The force of impact could cause severe injuries or even death. Raccoons are known for their ability to survive falls from significant heights due to their relatively low terminal velocity and their ability to spread their limbs to increase air resistance, but survival would be far from guaranteed in such extreme circumstances."

phind.com:

"The terminal velocity of a raccoon is estimated to be close to that of a cat, which has been recorded at 100 km/hr 2. This speed is the maximum velocity a raccoon can reach as it falls through the air, due to the balance between the gravitational force pulling it down and the drag force opposing its motion.

Raccoons have evolved to survive falls from significant heights. They change their shape while falling to minimize the impact, using their bodies to absorb the shock. Raccoons relax their muscles during a fall, allowing their bodies to splay out and absorb the impact without breaking any bones 2. This behavior, combined with their ability to flip and extend their limbs for a landing, helps them to land on their feet even after falling from considerable heights.

Given these adaptations, it's plausible that a raccoon could survive an impact at its terminal velocity on sand. The raccoon's ability to change shape and relax its muscles would likely help to distribute the impact over a larger area, reducing the risk of injury. However, the exact outcome would depend on various factors, including the specific conditions of the fall (e.g., the angle of impact, the softness of the sand, and the raccoon's exact position and orientation at the moment of impact)."

Nichts zu danken.