How Can I Maximize My Radio's Power for Moonbounce Communication?

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SUMMARY

To maximize radio power for moonbounce communication, operators should consider using at least 100 watts of power, although higher wattages may yield better results. The choice of operating wavelength is crucial, with VHF and UHF bands being commonly used for this purpose. Antenna size and type significantly impact performance; larger, directional antennas are recommended for both transmission and reception. Resources such as IEEE papers provide detailed guidance on system wavelengths, timing, and power levels necessary for effective lunar RF communication.

PREREQUISITES
  • Understanding of amateur radio operation and licensing
  • Familiarity with VHF and UHF frequency bands
  • Knowledge of antenna design and types
  • Access to IEEE publications on RF communication
NEXT STEPS
  • Research optimal antenna designs for moonbounce communication
  • Study the IEEE compendium on lunar RF signal reflection
  • Explore power amplifier options for increasing transmission wattage
  • Learn about the physics of RF signal propagation in lunar conditions
USEFUL FOR

Amateur radio operators, RF engineers, and anyone interested in enhancing their skills in moonbounce communication techniques.

proteo
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Hi! I am an amateur radio operator. How many watts should my radio's power be to bounce signals off the Moon?
 
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Hi fellow HAM! What have you found so far in your searching? I think I looked it up once out of curiosity, but I don't remember what I found. What band are you planning on using to try this? How much power do you have available with your current setups? 73.
 
proteo said:
How many watts should my radio's power be to bounce signals off the Moon?
What is your operating wavelength ?
What type and how big are the transmit and receive antennas ?
 
Considering lunar radio frequency (RF) targets, several exploration vehicles left RF corner reflectors on the lunar surface to aid future radio explorers such as yourself, as well as laser and optical reflectors.

Many papers have been published on reflecting RF signals from the moon, a common exercise for radar students. I have read several papers since 1970 on this topic. This IEEE compendium offers guidance on system wavelengths, timing and power levels for transmission, reflection and reception. My IEEE membership has lapsed with retirement but many PF members likely have access as well as universities.
 
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