12/05/19 21:48:06 UTC
327.475 MHz
Fighters in contact with tanker in the warning area
12/05/19 21:48:03 UTC
327.475 MHz
Fighters in contact with tanker in the warning area
12/05/19 21:48:01 UTC
327.475 MHz
Fighters in contact with tanker in the warning area
12/04/19 18:23:57 UTC
148.6000 MHz
148.6 AM "...LUZON DZSO, GECKO22..." 1311h 12/04/2019 Good Rx from Stanly Co NC -AJ
12/04/19 13:52:27 UTC
252.1 MHz
REACH 7031 calling Casino Royale (Westover). "We'll be with you in a minute, no pax no passengers..."

11/24/19 00:10:40 UTC
245.6500 MHz
A2A "..that would be much better..I'm on 351.9.." "looking at a 2 point 7 now" etc. Marginal Rx. 11/15/2019. 1044-1102h local -AJ
11/17/19 20:13:41 UTC
148.625 MHz
A2A, some sort of fixed wing formation. "push to 128.8" @ 1451h. "257.1 for Command Post, Uniform 2" @1455h and discussing landing on Rwy05. Weak rx starting 1430h til last heard approx 1500h which were very good rx, 11/17/2019 -AJ
11/15/19 00:24:24 UTC
38.825 MHz
"Can you relay to TALON OPS we're about 30 minutes out from landing..." no response rx'd then "..Say again? Came in kinda garbled" A2A presumably, background noise indicates helo, and indeed bout 60 to 90 seconds later a helo passed from east to west over my position, in Stanly Co NC. Very good rx. 11/14/2019 1844h -AJ
11/05/19 16:32:28 UTC
271.4 MHz
Maryland air guard A-10s working Bollen Range, Indiantown Gap, PA.
11/02/19 21:48:24 UTC
225.000 MHz
"BACKY62, how do you hear this?" 11-02-2019 1258h. -AJ
10/30/19 15:39:25 UTC
140.125 MHz
"...ninety degree left turn..." 1057h 10-29-2019. Earlier in the morning and some on 10-28-2019 had noticed static tx's on this frequency in AM, and finally switched to FM and that was the last transmission rx'd on 140.125 since. Certainly worth watching. -AJ
10/29/19 14:52:14 UTC
238.9 MHz
Jake 31 calling for Maine 85 for refueling over Duke MOA

Over 25 Years Custom Web and Programming Experience

Line of Sight Calculator with Map

This page will give you a plot of your Line-of-Sight distance to aircraft at various altitudes.

The inner most circle are aircraft up to 5,000'. Working out each circle represents aircraft at 10,000', 20,000', 30,000', and 40,000'.

Odds are you're not going to hear aircraft out to the edge of each circle, that would only happen in the "perfect" world. Factors that will reduce you're ability to hear to the edge of the "Line-of-Sight" circle are 1) Your antenna, 2) obstructions (tree, building, mountains...), 3) aircraft orientation (climbing / decending / banking all could block the transmitting antenna from your line of sight), 4) weather conditions between you and the aircraft (signals are attenuated by clouds or rain), 5) signal to noise ratio of your receiver / amps / antenna locaton.

While true line of sight distance will give you an idea of how far out you could receive aircraft, many other factors play into the fact of actually receiving aircraft that far out.

Enter Your 5-Digit Zip Code (only works for US Zip Codes)

Please disregard the "This page can't load Google Maps correctly".
Google is trying to charge for using their maps, however the free version is still working.