Just insert DC Motor into the TV and watch all the channels in the world || Antenna Booster

Welcome to Innovation plus one channel. In today's video, get ready to discover an incredible trick that will unblock all the world's channels on your TV! Believe it or not, all you need is a DC Motor to make a powerful digital antenna.
In this step-by-step tutorial, I'll show you how to strategically place the DC Motor on your TV to give you quick and easy access to HDTV and UHF channels. You won't need to spend expensive antennas or cable TV services.
Antenna built with DC Motor is an economical and efficient solution for those who want to enjoy different channels including high quality channels. This trick is perfect for those looking for an affordable and easy-to-implement option.This bipolar antenna can unlock all TV channels. This handmade antenna receives all channels with good quality HD and 4K, it is an antenna amplifier.
So, don't waste time and watch the full video to learn how to make your own digital antenna with DC Motor . I am sure you will be impressed with the picture quality and the number of channels available.
How to make Antenna TV booster
How to make 4G Speed Booster Antenna
How to make 5G Speed Booster Antenna
How to make the most powerful antenna on earth for terrestrial broadcasting TNT
Antena TV double booster
Using magnet, make a television antenna amplifier
TV antenna amplifier circuit
Mobile antenna amplifier
#antenna #booster #signalbooster #dcmotor

[@jackaliff7453]

Very Informative, thank you.

[@InnovationPlusOne]

Glad it was helpful!❤🙏

[@viras141]

Good like

[@InnovationPlusOne]

Thanks for the visit

[@bahramsedaghat7721]

شما یک نابغه هستيد چقدر هنرمندانه

[@InnovationPlusOne]

I'm glad you liked this tutorial❤🙏💚

[@Chefmousebestcook]

Nice !❤

[@InnovationPlusOne]

Thanks❤🙏

[@walterbrown8694]

You need a method of controlling the motor speed and direction. If your channel selection is non-adjacent to a positive phase lag from the reference channel, then a reactive inductive re-calibration of the non-linear encabulator will be required. This may be accomplished with the rotation of the quadrature armature while turning the frammel capacitor to the full resonant mode. The motor induction field will then decay along the lateral axis of symmetry while the teakettle whistle burps.

[@tonchanthol5329]

❤

[@InnovationPlusOne]

🙏❤

[@TabletaNovotna-ro4dz]

Tak mě to hraje jen na kus drátu😀

[@InnovationPlusOne]

Probably the accumulation of radio signals around your place of residence is very high