Uploaded March 2014 | Updated September 2026, 11 minutes ago
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. Anyone who has tried to use the LEGO Power Functions system outdoors knows that the range is quite limited due to interference of the infrared signal (sunlight and lack of objects to bounce off of). I experimented with the idea of using a remote control extender designed for use in entertainment centers. By transmitting RF signals and then re-transmitting the IR signal at the receiver to the PF receiver, it eliminates any potential range issue (up 150 feet).
The one I chose to use based on how it operated was the NextGen Remote Control Extender Genius (my video on it is here youtube.com/watch?v=9ij_Fa7jtOY )
Building instructions for the extender holder are here mausolfb.altervista.org/lego/Building%20Instructions/Building%20Instructions%20[IR-Holder].html
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Like the Facebook page: facebook.com/brian.mausolf
Follow me on Twitter: twitter.com/mausolfb
Visit my Linktree to access my socials and other channels: https://linktr.ee/mausolfb
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. Anyone who has tried to use the LEGO Power Functions system outdoors knows that the range is quite limited due to interference of the infrared signal (sunlight and lack of objects to bounce off of). I experimented with the idea of using a remote control extender designed for use in entertainment centers. By transmitting RF signals and then re-transmitting the IR signal at the receiver to the PF receiver, it eliminates any potential range issue (up 150 feet).
The one I chose to use based on how it operated was the NextGen Remote Control Extender Genius (my video on it is here youtube.com/watch?v=9ij_Fa7jtOY )
Building instructions for the extender holder are here mausolfb.altervista.org/lego/Building%20Instructions/Building%20Instructions%20[IR-Holder].html
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Like the Facebook page: facebook.com/brian.mausolf
Follow me on Twitter: twitter.com/mausolfb










