Is it possible to make a magnetic shuttle for aircraft? An inventor has created one for paper airplanes that is capable of flying them at a speed of 57 km/h.
The YouTube video platform has made it possible to meet people with incredible talent across a range of disciplines. After all, all you need is a camera or a smart fone To be able to record and display the feats performed. In Urban Techno, you have been able to see on many occasions how there is a whole series of wonderful projects related to science and technology. we want to have you today magnetic shuttle created by a user for paper airplane
Undoubtedly, this is a device that, when scaled to 1:1, would have many advantages in terms of maintainability. Can you imagine if takeoff of planes didn’t mean starting the engine and only functioned to keep them in the air? it is reasonable What user Tom Stanton tells us, which already has over a million users. This new invention undoubtedly reminds us of the SpinLaunch project, a platform for launching spacecraft using centrifugal force.
Therefore, let’s see what are the keys to understanding the technology developed by this inventor, how it works through the images that he has published on his YouTube channel and, of course, why it is an interesting option to understand How is it possible to create launch options Different from the traditional way. For these purposes, it is important to note that the current take-off and landing maneuvers are those that imply high costs in terms of fuel consumption.
A magnetic shuttle to propel a paper airplane at a speed of 57 km/h
Tests by the creator of this strange structure made of magnets have allowed paper airplanes to be launched at speeds of up to 57 km/h. The operation is very simple, because it is based on Incorporation of a full range of metal coils with associated magnets, The structure on which the aircraft is supported acts as the opposite pole, so that when the separation between said poles ceases to occur, particularly excellent acceleration occurs.
As can be seen in the images, a great explanation is offered as to how they built this launch pad and moreover, to support it physically and mathematically so that it can be successful. Of course, this is a work that explains how it is possible Developing Home Projects with Theoretical Applications On Large scale. Could these types of launches be possible in commercial aviation? In this case, many more variables play a role, so it should be questioned.
However, on a smaller scale, it might make sense to have this type of launch pad on military aircraft carriers for use by fighter jets. After all, there is too little space available to be able to fly, so this mechanism would introduce an element that would serve as an accelerator. The goal, ultimately, would be to increase security and Guarantee take-off maneuvers with full confidence, The use of magnetism has been able to demonstrate how we are facing a primeval element that has great potential.
At the end of the images you can see in more detail and in slow motion how an airplane is launched using this curious device. It is incredible to see how automatic lane separation occurs in the air, which has acted as an acceleration with the aircraft. This project is expected Receive future updates on progress on the case, It is not expected that it will have major practical applications in the short and medium term, but, without doubt, it has proven to be a technology with great potential for use.