Awat Dhahir
Simulation is the process of creating a computer-based model or virtual environment that mimics the behaviour of a real-life system, process or event. The simulation aims to replicate the real-world situation as closely as possible so that the outcome of the simulation is an accurate representation of what would happen in reality.
There exist a multitude of dreadful methods of passing away in this world, including but not limited to drowning, shark attacks, falling from great heights, immolation, and experiencing a sinking vessel.
While most of us would rather peacefully drift off to sleep, circumstances may prevent it. Uncommon incidents, though infrequent, can occasionally dictate our choices.
Suppose you are skydiving, and you have leapt out of a plane, freefalling towards the ground. Now, consider the possibility of landing on a hovering helicopter instead of deploying your parachute and descending gently to the ground, which is the conventional approach.
As evidenced by a simulation of the scenario, the outcome for the jumper would be unfavourable. The video, which was shared on Reddit, depicts a 3D model being dropped onto an aircraft by a drone.
Starting with the feet, the body is cut into small pieces that gradually move towards the rotating blades, taking off the legs, hands, and chest along the way.
Afterwards, the hapless crash test dummy is flung backwards and hurled into the void. However, this assumption is based on the notion that you would leap like a straight line and descend directly between the sharp edges. In reality, the scenario is likely to be much more chaotic and disordered, but the concept is understood.
Several commenters proposed that the blades may incur severe damage to the human body, thereby altering the anticipated outcome.
“Um, not too sure that’s what will happen. I mean the body will be cut up but the blades are gonna have some serious damage. The bones aren’t too soft. The imbalance may cause secondary damage by loss of balancing weights and the power demand due to deceleration might cause momentary droop compensation adding to the imbalance. Overall, the chopper won’t stay as smooth,” said someone.
What do you think of this simulation? Is it scary? Let us know in the comments.
