Do you have one of these sinister structures outside of your bedroom window?

(Video at bottom of page)

WESTMILL HITCHIN NEAR BP GARAGE

If so: please read this post and watch the video at the end!

There are three parts to the video:

Firstly measuring the power density output from the telecommunications mast in question and the maximum peak hold reading we get is 13.47 mW/m2 (milliwatts per meter squared) which is an outrageously high reading bearing in mind we are surrounded by peoples homes.

The non-industry funded experts such as BauBiology/Building Biology and the BioInitiative report recommend no more than 100 uW/m2 (microwatts per meter squared) for indoor areas with no more than 10 uW/m2 for sleeping areas which is the same for IGNIR (International Guidelines for Non-Ironising Radiation) which is based on the EUROPEAM guidelines (European Academy for Environmental Medicine).

Our power density reading was 13.47 mW/m2 (MILLIwatts per m2) which needs converting to uW/m2 (MICROwatts per m2) so we can compare it with the guidelines and recommendations from the non-industry funded world leading experts in this field.

A milli-watt requires the decimal point to be moved by three places to covert to micro-watts, just as 1 meter would read as 1000 if converted to millimetres (mm).

Therefore 13.47 milli-watts per m2 (mW/m2) converts to 13,470 micro-watts per m2 (uW/m2) which is a staggering figure compared to the 100 micro-watts per m2 (uW/m2) for indoor living spaces and the 10 micro-watts per m2 for sleeping areas.

I know we didn't take any power density readings in any of the surrounding homes, but we don't need to, because it's an absolutely certainty the readings will far exceed the guidelines and recommendations from those who are fit to advise us on such issues.

In the second part of the video a local neighbour approaches us with his concerns about the transmitter. I really wish I had of recorded the entire conversation as it was very interesting.

In the final part of the video we do a 360 degree turn with the directional antenna fitted, set to peak (rather than peak hold so we don't keep having to reset the device) to demonstrate how the power density decrease as we travel away from the source, and increases again as we begin to come back around towards it.

Please like and comment, and share with anyone you know that may be living dangerously close to a telecommunications transmitting site.

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PLEASE NOTE: mobile phone is obviously on airplane mode with no wifi to bluetooth on either!

Here is some information on the kit I used to survey this mast:

• The extra broad frequency range comprises cell phone services such as GSM (2G), UMTS/CDMA (3G), LTE (4G), 5G (wide area bands), wireless phones, smart meters, both wireless LAN bands, Bluetooth, microwave ovens, TETRA/BOS, TV, broadcast radio, and of course also the “old” but important amateur and CB-radio, radio, TV all the way up to the radar frequencies between 8.5 and 9.5 GHz. (Gigahertz Solutions)

*JUST BECAUSE SOMETHING IS NOT IN THIS VIDEO IT DOES NOT MEAN THAT IT WAS NOT USED - only relevant footage released.