Another Russian Mystery Military Station - The Alarm

Have just posted a video of another Russian HF military mystery station transmitting on 4770 kHz USB to my YouTube "From the static channel.  Like the rest of its Ruskie mystery mil cousins, no idea what it is used for. See video at https://www.youtube.com/watch?v=FRyS_u3GM8w. be sure to subscribe to our YT channel as more video is on the way.

US Coast Guard HF SITOR Weather Schedule

 

National Weather Service Marine Products via U.S. Coast Guard HF SITOR

Source: https://www.weather.gov/marine/uscg_broadcasts

All times in UTC, frequencies in kHz, and mode is SITOR-B/FEC 100/170

0115 NMC Point Reyes CA: High Seas Forecasts - 8416.5 16806.5

0130 NMO Honolulu HI: High Seas Forecasts - 8416.5 12579 22376

0140 NMF Boston MA: High Seas Forecasts includes ice reports from International Ice Patrol - 6314 8416.5 12579

0230 NRV Guam: HYDROPAC navigation message - 12579 16806.5 22376

0500 NRV Guam: High Seas Forecasts - 12579 16806.5 22376

0730 NMO Honolulu HI: High Seas Forecasts - 8416.5 12579

0900 NRV Guam: HYDROPAC navigation message - 12579 16806.5 22376

1330 NMO Honolulu HI: High Seas Forecasts - 8416.5 12579

1500 NRV Guam: High Seas Forecasts - 12579 16806.5 22376

1630 NMF Boston MA: High Seas Forecasts includes ice reports from International Ice Patrol - 8416.5 12579 16806.5

1730 NMC Point Reyes CA: High Seas Forecasts - 8416.5 16806.5

1900 NRV Guam: High Seas Forecasts - 12579 16806.5 22376

2030 NMO Honolulu HI: High Seas Forecasts - 8416.5 12579 22376

2315 NRV Guam: High Seas Forecasts - 12579 16806.5 22376

Assigned frequencies are shown, for carrier frequencies subtract 1.7 kHz. Typically specialized marine communications equipment uses assigned SITOR frequencies while general-purpose equipment uses carrier frequencies. Note that stations share common frequencies.

US Coast Guard HF Voice Weather Schedule

National Weather Service Marine Products via U.S. Coast Guard HF Voice

Source: https://www.weather.gov/marine/uscg_broadcasts

All times in UTC, frequencies in kHz and mode is USB

0005 NMO Honolulu HI: High Seas Forecasts - 8764 13089

0030 NMN Chesapeake VA: Offshore Forecasts - 4426 6501 8764

         NMG New Orleans LA: Offshore Forecasts - 4316 8502 12788

0203 NOJ Kodiak AK: High Seas Forecasts - 6501

0330 NRV Guam: High Seas Broadcasts - 13089

0430 NMC Point Reyes CA: High Seas Forecasts - 4426 8764 13089

0515 NMN Chesapeake VA: High Seas Forecasts - 4426 6501 8764

         NMG New Orleans LA: High Seas Forecasts - 4316 8502 12788

0600 NMO Honolulu HI: High Seas Forecasts - 6501 8764

0930 NMN Chesapeake VA: Offshore Forecasts - 4426 6501 8764

         NMG New Orleans LA: Offshore Forecasts - 4316 8502 12788

          NRV Guam: High Seas Broadcasts - 6501

1030 NMC Point Reyes CA: High Seas Forecasts - 4426 8764 13089

1115 NMN Chesapeake VA: High Seas Forecasts - 6501 8764 13089

         NMG New Orleans LA: High Seas Forecasts - 4316 8502 12788

1200 NMO Honolulu HI: High Seas Forecasts - 6501 8764

1530 NMN Chesapeake VA: Offshore Forecasts - 6501 8764 13089

         NMG New Orleans LA: Offshore Forecasts - 4316 8502 12788

          NRV Guam: High Seas Broadcasts - 6501

1630 NMC Point Reyes CA: High Seas Forecasts - 8764 13089 17314

1645 NOJ Kodiak AK: High Seas Forecasts - 6501

1715 NMN Chesapeake VA: High Seas Forecasts - 6501 8764 13089 17314

         NMG New Orleans LA: High Seas Forecasts - 4316 8502 12788

1800 NMO Honolulu HI: High Seas Forecasts - 8764 13089

2130 NMN Chesapeake VA: Offshore Forecasts - 6501 8764 13089

         NMG New Orleans LA: Offshore Forecasts - 4316 8502 12788

         NRV Guam: High Seas Broadcasts - 13089

2230 NMC Point Reyes CA: High Seas Forecasts - 8764 13089 17314

2315 NMN Chesapeake VA: High Seas Forecasts - 6501 8764 13089

         NMG New Orleans LA: High Seas Forecasts - 4316 8502 12788

HF voice broadcasts may be terminated if longer than the available broadcast period. This will most likely occur during the hurricane season when supplementary advisories are broadcast in addition to the routine forecasts. Carrier frequencies are shown.  HF voice broadcasts use a synthesized voice "Iron Mike" and use USB mode. ITU channel numbers as follows: 4426 kHz (#424), 6501 kHz (#601), 8764 kHz (#816), 13089 kHz (#1205), 17314 kHz (#1625). Note that stations share common frequencies.

Russian Military HF Aviation Frequencies

Our old friend Ron Perron provides the following information and frequencies you can use to follow Russian military aircraft activity. Of course, you will need some Russian language education in order to make sense of it all.

Ron's list of Russian Air Frequencies:

Voice Freqs: all USB

3555.0
4040.0 Russian Pacific Fleet
4150.0
4642.0
4672.0 Vologda Control
5420.0
5568.0
5596.0 Vorkuta, Amderma, Il'men, Arkhangelsk, Pechora, Syvkar (Syktyvkar) & NaryanMar
5617.0 Long Range Aviation
5628.0 Long Range Aviation
5635.0 Long Range Aviation
5700.0 Military Transport Aviation (VTA) (Apr 2018)
5803.0
5827.0
5830.0
5833.0 Long Range Aviation
5851.0 Russian Naval Air
5932.0
6490.0
6685.0 Military Transport Aviation (VTA)(secondary)
6689.0 Long Range Aviation (Pacific area)
6749.0 Military Transport Aviation (VTA)
6757.0 Ukrainian Air Force
7741.0
8033.0 Long Range Aviation (Sep-Oct)
8090.0 Long Range Aviation (Oct-Apr)
8131.0 Long Range Aviation (Nov-Feb)
8136.0
8192.0 Russian Pacific Fleet
8237.0 Russian Mediterranean Flotilla
8252.0 Poss Russian AF
8294.0 Russian Pacific Fleet
8297.0 Russian Pacific Fleet
8439.0 Russian Pacific Fleet
8441.0
8847.0  Military Transport Aviation (Dec 2013)
8884.0  Long Range Aviation (Pacific area)
8909.0 Long Range Aviation (May-Sep)
8950.0# Murmansk Control
8974.0
10984.0 Russian Black Sea Fleet
11190.0 Ukrainian Air Force
11193.0# Moscow Radio
11198.0# Khabarovsk Radio
11200.0 Long Range Aviation-winter freq #170
11223.0 Long Range Aviation reserve
11226.0
11354.0 Russian Naval Aviation
11350.0
11360.0 Military Transport Aviation -primary
11362.0 Military Transport Aviation
11370.0 Long Range Aviation TU-95s
11380.0
11390.0# Murmansk Control
15024.0# Moscow Radio
18030.0 Military Transport Aviation

#Russian military aircraft will occasionally use Moscow Radio & Murmansk Radio

Long Range Aviation Freqs:

Period 1: (Spring) 1 March until 5 May 8029 and 5620 CW. Air 8170 CW. Voice 8090 USB
Period 2: (Summer) 6 May until 31  August 8895 CW. AirCW ? Voice 8909 USB
Period 3: (Autumn) 1 September until 31 October 8162, 5835and 5312. CW. Air CW 9027. Voice 8033 USB
Period 4: (Winter) 1 November until 28/29 February 8112 CW.Air CW ? Voice 8131 USB

Commander, Task Force 75 Successfully Tests High-frequency to Reach U.S. Mainland

Electronics Technician 3rd Class Codie Flanagan and Electronics Technician 2nd Class Anthony Juarez, assigned to Naval Mobile Construction Battalion (NMCB) 1, adjust frequency codes on a GRC-234 high-frequency base station at Naval Base Guam July 27, 2017. These tests give NMCB 1 Sailors the opportunity to perform quality assurance checks on their system’s maximum range and communication quality with Port Hueneme, Calif. NMCB 1 provides expeditionary construction and engineering support to expeditionary bases and responds to humanitarian assistance disaster relief requests. (Photo by U.S. Navy Combat Camera photo by Fire Controlman 2nd Class Alexander Lee)

By Petty Officer 1st Class Torrey Lee | Commander, Task Force 75 |

NAVAL BASE GUAM , Guam -- Commander, Task Force (CTF) 75 successfully completed communications systems tests using high-frequency (HF) radio waves to broadcast voice and data 6,050 miles from Naval Base Guam to Port Hueneme, California, July 27, 2017.

The assessment tested the capabilities of expeditionary forces to use HF waves to deliver data over the Pacific. HF has become a viable alternative for military forces when more common forms of communication, such as satellites, are unavailable.

“In this particular back-up plan, we tested our ability to talk, and we were able to send text to one of our units that is across the Pacific Ocean,” said Lt. Cmdr. Timothy Carmon, a communications planner temporarily assigned to CTF-75. “The transmissions and receptions are not as fast as IP services, however we were still able to communicate in a timely manner with the distant end.”

Utilizing the assets of CTF-75’s Naval Mobile Construction Battalion (NMCB) 1, the command configured its antennae to broadcast to California. Once a successful voice transmission was received, communication directors at Navy Expeditionary Combat Command Pacific requested that CTF-75 try to send a data file.

“These data files allow us to save time,” said Electronics Technician 2nd Class Anthony Juarez, a communications supervisor assigned to NMCB 1. “We can send general diagrams, fire plans and points of interest. Instead of trying to verbally describe something, they [the recipient] have a graphic or a picture that gives them a better idea of the situation.”

Common communication devices used by the U.S. military incorporate satellites. CTF-75 has been testing HF systems in the case of satellite communication failure. HF is a frequency wave broadcast that is transmitted around the curvature of the Earth. Unlike other forms of frequencies, such as very-high frequencies and ultra-high frequencies, the transmission is not distorted by terrain or physical obstructions.

“We may not always have access to operational equipment or the latest assets, but as communicators we should have a backup plan that is ready to be executed,” said Carmon.

Guam is located in the western region of the Pacific. Having an HF range of 6,000 miles is equivalent to broadcasting from Japan to the U.S., or oppositely, from Japan to the middle of Africa. During this most recent test, CTF-75 was also able to establish communications with Mobile Diving and Salvage Unit 1 in Hawaii.

“We can hop our communications from island to island,” said Juarez. “This test gave us the opportunity to know we can push our system to the absolute max from Guam. There are definitely different systems out there, but our system is really efficient at long-range HF. As new radios are incorporated in the Navy expeditionary community, I have no doubt it will get faster, more reliable and easier to set up.”

CTF-75 is currently testing its communication abilities with subordinate commands which include Seabee units, riverine squadrons, cargo handlers, explosive ordnance disposal technicians, and expeditionary intelligence forces.

“This achievement was an important step in an effort to increase our capabilities to be prepared to execute missions in austere locations around the globe,” said Carmon. “Our expeditionary commanders may never need to communicate over a few thousand kilometers, but if the need arises our communicators will be able to provide the connection for that commander.”

CTF-75 is the primary expeditionary task force responsible for the planning and execution of coastal riverine operations, explosive ordnance disposal, diving engineering and underwater construction in the U.S. 7th fleet area of operations.

HF Aero OR Spectrum Hole - 8986 kHz

I have been working on military and federal spectrum holes for years in my old Monitoring Times Milcom column and via post on this blog. For the most part this involved the VHF/UHF military and federal spectrum here in the United States.

Now I have uncovered my first HF military frequency spectrum hole --  8986.0 kHz. Based on the known U.S. DoD Aero Off Route band plan, this should be a U.S. Air Force assignment.

If you monitor anything on this frequency I would appreciate any confirmed intercepts on this frequency sent to the email address in the masthead.

U.S. Coast Guard Testing DRM Journaline for Maritime Safety Broadcast

Blog Editor Note: This feature and more will be available in the new International Shortwave Broadcast Guide Winter 2016-2017 e-Book that will be released in the next few days on Amazon. Watch this site for an announcement of availability.

Story by Larry Van Horn, N5FPW

Most shortwave radio enthusiasts have heard of digital broadcast mode Digital Radio Mondiale (DRM). DRM is  a set of standards designed by a European consortium, and most commonly used for digital audio broadcasting and it is the only digital HF broadcasting mode authorized by the International Telecommunications Union (ITU) and Federal Communications  Commission (FCC) here in the United States.

DRM transmissions sporadically appear on the various broadcast bands and offer the listener high quality broadcast audio if the signal is strong enough for reception. There are also text stream, and other data sub-channels that can be imbedded in a DRM transmission streams.

For all the usual reasons, DRM has never caught on in North America. Among other problems, changing market forces had killed off most or all of the DRM-ready transmitting sites capable of a 12 dB signal to noise ratio to DRM capable receivers.

Recently while tuning outside the international shortwave broadcast bands, a Mojave Desert, California, DX’er nicknamed Token, came across some DRM transmissions on 5200 and 8000 kHz. The signals he monitored were using the Orthogonal Frequency Division Multiplex (OFDM) in a tight waveform fitting the 10-kHz broadcast channel.

When he started decoding the DRM transmission what he found was not an voice audio broadcast, but instead a data sub-channel which identified itself as “USCG Journaline.” Journaline is a trademark of Fraunhofer IIS, in Germany. It’s a hierarchical data mode, using a “Journaline Markup Language” based on XML (eXtensible Markup Language). This is sent in one or more DRM data channels. It also works in DAB (Digital Audio Broadcasting). It is currently being used by several broadcasters, including BBC and Deutsche Welle, for “multicast” information such as news stories and weather maps. While not interactive, it does give the user menus of data “objects” available for viewing. It somewhat resembles a very streamlined and compacted one-way version of what web browsers do.

Some quick research, by Token and Hugh Stegman, The Spectrum Monitor e-zine Utility Planet columnist, turned up that indeed, the U.S. Coast Guard was responsible for these DRM Journaline broadcasts.

COMMSTA Kodiak )Courtesy of USCG 17th District Blog)

Subsequent research by the pair found the following U.S. government website entry: “The United States Coast Guard Research and Development Center has a requirement to procure, install and provide technical support for Digital Radio Mondiale (DRM) with High Frequency (HF) for testing in New London, CT and Kodiak AK.”

“Later amendments specify that the DRM equipment must work with existing (and nonlinear) HF transmitters by Rockwell Collins. The transmitting antenna must be the existing TCI 530. The receive antenna must be “suitable for installation on a medium-sized vessel (100-250 ft).” Another source, Doug Irwin in Radiomagonline, has the following information: “The USCG is very interested in testing the propagation characteristics of using DRM with High Frequency as a means to broadcast digital data for its ongoing project in the Northwest Passage. If successful, the USCG will investigate using the system to enhance existing means of distributing digital maritime safety information in the far north of the U.S.”

The Arctic region in recent years has become navigable in summer, and for the first time the fabled “Northwest Passage” actually exists as a shipping route. International groups have created new world navigation areas (NAVAREAs) for this region. The USCG has a number of testing programs regarding safety on this new frontier. Among other issues, these latitudes are a bit far north for geostationary satellites stationed in the “Clarke Belt.” That’s one of the reasons why we keep seeing interest in HF. The USCG became interested after a contractor called RFMondial reported the success of a similar system used by the German Navy. This one, according to the same source, “explored how to use encrypted data transmission for maritime broadcasting of information and entertainment to ships at sea.”

Utility DX Forum member Brendan Wahl WA7HL, a former U.S. Coast Guard radioman, dug further into the story by contacting the project office directly and passes along the following information regarding this new DRM service that the US Coast Guard is testing.

“The Next Generation Arctic Navigational Safety Information System (ANSIS) project is an ongoing U.S. Coast Guard (USCG) Research and Development Center (RDC) project that is attempting to meet the challenge of disseminating Maritime Safety Information in the Arctic.

“I had a conference call on November 21, 2016, with the good folks at R&D to go over what can be offered by the monitoring community and me to their experiment. They are quite interested in reports that are as detailed as possible. I am running the DReaM software here and using DRMPlot to produce graphs of my logs, and they like those graphs very much!”

Officials associated with the project told Brendan, "For a variety of reasons we ended up with DRM over HF.  It is where the data rate would allow transmission of detailed weather, ice edge, and notice to mariner's information, as well as electronic chart updates. A one year field test is being conducted in Alaska. We completed installation during the week of October 23, 2016. We have been working with RFMondial and Fraunhofer. We are transmitting (at around 800 watts) from Kodiak and our receive equipment is in Cordova (shore side and aboard the buoy tender). We have 10 authorized frequencies to use between 2.45 and 29.9 MHz.  But have reduced them to the six lowest frequencies.

"Initial research indicates that lower frequencies are best, so we came up with a schedule for these transmissions.  The test will go for one year, so we may change this schedule at some point to maximize reception."

Brendan further asked about the antenna system and they confirmed that they are using a TCI 530 antenna (omnidirectional and NVIS).

He also addressed to the Coast Guard the frequencies being used for the test since two of them are in broadcast bands and he relayed his concerns about directly adjacent and on-frequency interference from much higher powered broadcasters.

The project office said that the frequencies may or may not change, as it was apparently difficult to arrange what they did get allocated. Currently they are 2450, 5200, 6850, 8000, 9900, and 12100 kilohertz (kHz) with three more inactive higher frequencies in reserve. The transmission site is located in Kodiak, Alaska, (Coast Guard call sign NOJ) and it is the only transmitter site for this experiment at present. The precise location of the station is at 57.778455N, 152.526588W.

Brendan also received a current schedule of dates/times/frequencies for these broadcasts for the next year and we have included that information below. The broadcasts are on 24 hours a day and last until the next frequency change in the schedule.  Reception reports may be emailed directly to the R&D Center in New London at the following email address: [email protected].

If anyone has any questions, you can contact Brendan via the UDXF group and feel free to contact him there and he will contact members of the group conducting the test to get answers you may have.

We appreciate The Spectrum Monitor, Utility Planet columnist Hugh Stegman, Token in the Mojave, the UDXF newsgroup, and Brendan Wahl, WA7HL, located in Bellingham, Washington, for their assistance in preparing this article.

USCG Journaline Simplified Broadcast Schedule

      Start Time/Date (UTC) Frequency (kHz)

16:00 12/2/2016 12100   16:00 12/5/2016 2450       

16:00 12/7/2016 6850     16:00 12/9/2016 5200

16:00 12/12/2016 8000   16:00 12/14/2016 2450

16:00 12/16/2016 9900   16:00 12/19/2016 12100

16:00 12/21/2016 2450   16:00 12/23/2016 6850

16:00 12/26/2016 5200   16:00 12/28/2016 8000

16:00 12/30/2016 2450   16:00 1/2/2017 9900

16:00 1/4/2017 5200       16:00 1/6/2017 12100

16:00 1/9/2017 2450       16:00 1/11/2017 6850

16:00 1/13/2017 5200     16:00 1/16/2017 8000

16:00 1/18/2017 2450     16:00 1/20/2017 9900

16:00 1/23/2017 12100   16:00 1/25/2017 2450

16:00 1/27/2017 6850     16:00 1/30/2017 5200

16:00 2/1/2017 8000       16:00 2/3/2017 2450

16:00 2/6/2017 9900       16:00 2/8/2017 5200

16:00 2/10/2017 12100   16:00 2/13/2017 2450

16:00 2/15/2017 6850     16:00 2/17/2017 5200

16:00 2/20/2017 8000     16:00 2/22/2017 2450

16:00 2/24/2017 9900     16:00 2/27/2017 12100

16:00 3/1/2017 2450       16:00 3/3/2017 6850

16:00 3/6/2017 5200       16:00 3/8/2017 8000

16:00 3/10/2017 2450     16:00 3/13/2017 9900

16:00 3/15/2017 5200     16:00 3/17/2017 12100

16:00 3/20/2017 2450     16:00 3/22/2017 6850

16:00 3/24/2017 5200     16:00 3/27/2017 8000

16:00 3/29/2017 2450     16:00 3/31/2017 9900

16:00 4/3/2017 12100     16:00 4/5/2017 2450

16:00 4/7/2017 6850       16:00 4/10/2017 5200

16:00 4/12/2017 8000     16:00 4/14/2017 2450

16:00 4/17/2017 9900     16:00 4/19/2017 5200

16:00 4/21/2017 12100   16:00 4/24/2017 2450

16:00 4/26/2017 6850     16:00 4/28/2017 5200

16:00 5/1/2017 8000       16:00 5/3/2017 2450

16:00 5/5/2017 9900       16:00 5/8/2017 12100

16:00 5/10/2017 2450     16:00 5/12/2017 6850

16:00 5/15/2017 5200     16:00 5/17/2017 8000

16:00 5/19/2017 2450     16:00 5/22/2017 9900

16:00 5/24/2017 5200     16:00 5/26/2017 12100

16:00 5/29/2017 2450     16:00 5/31/2017 6850

16:00 6/2/2017 5200       16:00 6/5/2017 8000

16:00 6/7/2017 2450       16:00 6/9/2017 9900

16:00 6/12/2017 12100   16:00 6/14/2017 2450

16:00 6/16/2017 6850     16:00 6/19/2017 5200

16:00 6/21/2017 8000     16:00 6/23/2017 2450

16:00 6/26/2017 9900     16:00 6/28/2017 5200

16:00 6/30/2017 12100   16:00 7/3/2017 2450

16:00 7/5/2017 6850       16:00 7/7/2017 5200

16:00 7/10/2017 8000     16:00 7/12/2017 2450

16:00 7/14/2017 9900     16:00 7/17/2017 12100

16:00 7/19/2017 2450     16:00 7/21/2017 6850

16:00 7/24/2017 5200     16:00 7/26/2017 8000

16:00 7/28/2017 2450     16:00 7/31/2017 9900

16:00 8/2/2017 5200       16:00 8/4/2017 12100

16:00 8/7/2017 2450       16:00 8/9/2017 6850

16:00 8/11/2017 5200     16:00 8/14/2017 8000

16:00 8/16/2017 2450     16:00 8/18/2017 9900

16:00 8/21/2017 12100   16:00 8/23/2017 2450

16:00 8/25/2017 6850     16:00 8/28/2017 5200

16:00 8/30/2017 8000     16:00 9/1/2017 2450

16:00 9/4/2017 9900       16:00 9/6/2017 5200

16:00 9/8/2017 12100     16:00 9/11/2017 2450

16:00 9/13/2017 6850     16:00 9/15/2017 5200

16:00 9/18/2017 8000     16:00 9/20/2017 2450

16:00 9/22/2017 9900     16:00 9/25/2017 12100

16:00 9/27/2017 2450     16:00 9/29/2017 6850

16:00 10/2/2017 5200     16:00 10/4/2017 8000

16:00 10/6/2017 2450     16:00 10/9/2017 9900

16:00 10/11/2017 5200   16:00 10/13/2017 12100

16:00 10/16/2017 2450   16:00 10/18/2017 6850

16:00 10/20/2017 5200   16:00 10/23/2017 8000

16:00 10/25/2017 2450   16:00 10/27/2017 9900

16:00 10/30/2017 12100

     

North Korea Missile Launches

A twitter friend has posted a fascinating audio file with Tokyo Aeradio on HF warning aircraft of the North Korean missile launches during the G20 conference in China.

https://soundcloud.com/metal57/05-09-16-tokyo

Some Wierd Ionosonde Stuff on 8992 kHz USB heard in Europe and U.S.

This morning in the western US and this afternoon in central Europe the Milcom MP has captured the following screen grabs of what has been described to us as the mysterious 16/64 ionosonde (no one knows who is transmitting it). The first waveform marked as #1 is the start of the transmission and #2 is the completion. Our audio library has an audio sound bit of these transmissions. Earlier during the a.m. hours here in the eastern U.S., heard the first part of the waveform only on one of the west coast online SDRs. This afternoon (east coast time) have been hearing the full transmission again on a central European SDR. Again all the transmissions we have heard so far have been on 8992 kHz, a JCS HFGCS primary frequency.

 

16/64 ionosonde Part 1

16/64 ionosonde Part 2

 

USAF B-2A Conducted an Atlantic Round Robin on 13 Sep

Our friend Topol-M picked up an interesting intercept about an USAF B-2A Atlantic round robin mission on 13 Sep 2013. Thank you for sharing that with the rest of us.

On the 13th, two B2As transited the Atlantic in a round-robin mission, supported by four KC-135Rs, two this side of the European ocean (SPUR57 and SPUR58) and two on the US side (ETHYL 1 and 2). Also involved was E6B 164387 operating from Stuttgart, using an ATC call sign of RAZZ02.

Once things cleared up a bit the following was noted:

11175.0 kHz USB - HFGCS

Call Signs: Audio Kit = E6B 164387 and HAMAL11/12 = B2A

1330z Audio Kit standing by for traffic
1333z Mainsail - SkyKing JE3 T33 Auth NV
1335z HAMAL11 this is Audio Kit in receipt message, 1 gp, CF9Q
1342z Audio Kit with EAM - FVFWJL
1404z Audio Kit Standing-by for traffic (repeats)
1405z HAMAL12 this is Audio Kit in receipt message, 1 gp, ERTC
1430z Audio Kit with EAM - FVFWJL
1449z HAMAL12 calls Lajes Control, who replies simulated destroyed
1459z HAMAL11 flight, this is Audio Kit. Stand-by for high precedence traffic
1500z Audio Kit with EAM - FVFWJL
1513z Skymaster this is HAMAL12 with message, 7RRP HAMAL12 this is Audio Kit in receipt message, 1 gp, 7RRP
1520z HAMAL12 this is Audio Kit in receipt message, 1 gp, QDLC HAMAL12, Audio Kit, we did not receive message AZZ4
1521z HAMAL12, Audio KIt. Message AZZ4, has this been transmitted already?
1530z Audio Kit with EAM - FVFWJL
1534z HAMAL12 this is Audio Kit in receipt message, 1 gp, 65I9
1550z HAMAL11 this is Audio Kit in receipt message, 1 gp, KBKL
1600z Audio Kit with EAM - FVFWJL
1605z Skymaster this is HAMAL12 with message, 1 gp, 44LF HAMAL12 this is Audio Kit in receipt message, 1 gp, 44LF
1620z HAMAL11 this is Audio Kit in receipt message, 1 gp, HMOL
1629z SkyKing UTL T28 Auth WU
1635z Audio Kit in receipt message, 1 gp, KQ5T. Confirm callsign? (stepped on....) Mainsail - SkyKing QBR T35 BC
1637z HAMAL11 this is Audio Kit, copy all
1657z HAMAL11 this is Audio Kit in receipt message, 1 gp, IL4M
1659z HAMAL11 this is Audio Kit. Have you weak and broken. Were you asking for the message sent at 1530z?
1700z HAMAL11, message was FVFWJL and no longer in queue
1705z HAMAL12 this is Audio Kit in receipt message, 1 gp, 3IMV
2155z Mainsail - SkyKing NQH T55 Auth LS
2159z Mainsail - EAM FVFXXN

Chinese Diplo Comms?

Eddy Waters on the UDXF newsgroup passed along the following intercepts a couple of days ago. Does anyone knowfor sure who in China originates these transmissions?

10265.97 :China 4+4 75/3000 LSB four number group messages 1135 (17 November 2012)

11141.97 :China 4+4 75/3000 LSB four number group messages 1052 (17 November 2012)

13931.97 :China 4+4 75/3000 LSB four number group messages 1112 (17 November 2012)

Thanks Eddie for sharing with the rest of us.

And from MT's Digital Digest guru Mike Chase-Ortiz:

10803.0  :China 4+4 HF modem, tfc UNID Chinese Diplo (on LSB)

So are these Diplo or Military comms? Anyone know for sure?

Blog Logs: Russian Navy HF Comms - 7/20/2012

Courtesy of Wolfgang near Munich and the UDXF newsgroup (thanks for sharing your findings with all of use Wolfgang):

08345.0 RKO81: Rus Navy Ship Lena RUS 0605 CW rmp de RKO81 qsa? qtc k rko81 776 21 20 1001 776 = for rid38 rjh74 rjh45 = 20061 99541 100047 41597 7320 10140 40106 52030 70322 ......40403 88000 80000 20017 = + rko81 2012-07-20

08345.0 RKO81: Rus Navy Ship Lena RUS 1205 CW qtc to rmp rko81 935 21 20 1600 935 = for rid38 rjh45 rjh74 = 20121 99534 10035 41598 53305 10200 40132 52010 70111 8553/ 22253 00150 29901 328// 40402 88000 80000 20017 = + rko81 2012-07-20

10543.0 RCV: unid rus navy UKR 0816 CW qtc to rgz59 rcv 186 28 20 1002 186 = rkt = 11111 08751 44170 ... 2012-07-20

12464.0 RMYZ: unid rus navy RUS 0714 CW clg rcv qsa? qtc k 861 20 20 1113 861 = rkt = 58354 45507 ... 42556 20018 = + rmyz k 2012-07-20

12464.0 RCJG: unid rus navy RUS 0715 CW clg rcv qsa? qtc k rcjg 233 3 20 1110 233 = ... 01040 20002 = + rcjg k - 0725z qsa? qtc k rcjg 372 21 20 1120 372 = 87206 61167 ... 12600 20020 = + rcjg k 2012-07-20

12464.0 RMUW: unid rus navy RUS 0724 CW qso rcv qsl 186 k 2012-07-20

12464.0 RFH70: unid rus navy RUS 0729 CW qso rcv qyt4 qsx 9852/15544 k - qyt4 sk - qsl 186 k - 2012-07-20

12464.0 RMPV: unid rus navy RUS 0736 CW clg rit qsa3 qru k 2012-07-20

12464.0 RGZ59: unid rus navy RUS 0815 CW clg rcv qsa2 k qsl 186 no k 0824z qsl 186 qru k 2012-07-20

12464.0 RGR70: unid rus navy RUS 0810 CW qso rcv qsl ?? fm raa k 2012-07-20

12464.0 RGZ58: unid rus navy RUS 1140 CW tfc to rcv: rgz58 390 ?? 20 1520 390 = sml = mmmmm eimäü grölf ... 2012-07-20

12464.0 RHY47: unid rus navy RUS 1139 CW riw de rhy47 qsa? k (very strong sig!) 2012-07-20

12464.0 RCJE: unid rus navy RUS 1214 CW qtc to rcv 194 19 20 1600 3 sml for rjh45 rje73 = 20121 99349 10346 41897 52307 10324 40073 51021 70318 86122 22252 00274 29901 32320 88000 20015 = + rcje k 2012-07-20

Milcom Blog Logs - HF 19-20 Dec 2009 - Mid Atlantic

Ron up in Maryland checks in again with more Milcom Blog Logs, this time from the HF spectrum. Thanks Ron for sharing. All times UTC and freqs are in KHz.

19 Dec:

07527.0 TSC (Customs National Law Enforcement Communications Center -- Technical Service Center and COTHEN Remote Transmitter, Orlando, FL ): 1345 USB/ALE calling KVQ (USCGC NANTUCKET WPB 1316 St. Petersburg, FL).

08047.0 RLD (Virginia ArNG Richland VA): 2116 USB/ALE sounding.

08345.0 RKW95 (Russian Navy): 0020 CW calling RIT (Russian Navy Northern Fleet HQ Severomorsk). RJH74 & RJD38 also noted calling.

08968.0 PLASPR (Secure Internet Protocol node, Lajes PO): 1412 USB/ALE sounding.

08968.0 CROSPR (Secure Internet Protocol node, RAF Croughton UK): 2310 USB/ALE sounding. Nodes at Amdrews & McClellan also noted sounding.

08983.0 CaamsLant Chesapeake: 1826 USB w/CG 6607 (MH-65C Unknown location-weak) who reports ops normal.

11175.0 Reach 5419: 1739 USB w/unheard station.

11175.0 Andrews: 2006 USB w/Rama 41 (B-1B 77TH BS, ELLESWORTH AFB SD) in pp to 312-675-XXXX (Ellesworth Metro) --Andrews requests they QSY to 15010.0.

11232.0 Trenton Military: 1732 USB w/Canforce 2313 in radio checks and establishing selcal standby.

15010.0 Andrews: 2008 USB w/Rama 41 in pp w/Ellesworth Metro w/request for landing wx. First time for mne to see HFGSC stations use this freq.

20 Dec:

07361.5 OPSFMH (AASF Massachusetts Army National Guard (ARNG), Otis ANGB MA): 1823 USB/ALE sounding.

08171.5 C4M (prob US Army): 1800 USB/ALE sounding.

11175.0 Offutt: 1453 USB w/Reach 5147 in pp w/TACC 779-XXXX. Offutt requests they QSY to 11226.0.

11220.0 Offutt: 1506 USB w/Reach 5147.

11223.0 XSS (UK DHFCS, Forest Moor UK): 1955 USB/ALE sounding.

11226.0 Offutt: 1456 USB w/Reach 5147 (id as tail # 05-3147...C-130J 314thAW / 48thAS Little Rock AFB) in pp w/TACC 779-XXXX. Reach 5147 requests that since they have negative upload/download for Wright-Patterson AFB OH that they go direct to final destination of Little Rock AFB AR. Offutt has "issues" with his radio and advises that he will try to connect via the Puerto Rico remote location. Offutt id's self as Puerto Rico & requests they QSY to 11220.0.

Milcom Blog Logs - HF 16-17 Dec 2009 - Mid Atlantic

Ron up in Maryland checks in again with more Milcom Blog Logs, this time from the HF spectrum. Thanks Ron for sharing. All times UTC and freqs are in KHz.

16 Dec:

09025.0 GBL (unid): 0900 USB/.ALE sounding.

09025.0 FAA (HQs FAA, Wash DC): 1030 USB/ALE sounding.

09462.0 FC0FEM (Communications Manager, FEMA Region 10, Bothell WA): 2330 USB/ALE sounding.

17 Dec:

02658.0 FC8 (Communications Manager, FEMA Region 8 Denver, CO): 1200 USB/ALE sounding.

03441.0 FC8FEM006 (Communications Manager, FEMA Region 8 Denver, CO): 1230 USB/ALE sounding.

05402.0 FC8 (Communications Manager, FEMA Region 8 Denver, CO): 1400 USB/ALE sounding.

09352.2 KLE444 (unid), KLE439 (unid) & KLE444 (unid): 1845 USB/ALE sounding.

11175.0 Andrews: 1929 USB w/Beret 22 (poss E-4B NAOC) who requests pp w/DSN 872-XXXX. Andrews rerquests they QSY to 11232.0.

11232.0 Andrews: 1930 USB w/Beret 22--readability fades out after initial contact. First time for me to hear any HFGSC station use 11232.0 USB.

11494.0 LNT (CamsLant Chesapeake): 1937 USB/ALE calling J41 (USCG MH-60J #6041 CGAS Elizabeth City NC). In voice Camslant asks J41 (not heard) for position. CamsLant
also requests that K41 verify that his tail number is 6041 and not 6001. Response not heard.

08971.0 ??? 588 (call missed-P-3C NAS Jacksonville FL): 2048 USB calling Fiddle (TSCC NAS Jacksonville FL) w/no response. (RP-MD)

08886.4 O/M (Spanish): 2122 USB/ALE w/O/M (Spanish). (RP-MD).

08832.0 O/M (Spanish): 2127 USB w/unheard station. (RP-MD)

08816.7 O/M (unid tonal lang, prob SE Asian): 2128 USB w/Y/L (unid tonal lang, prob SE Asian). (RP-MD)

08301.6 Unid: 2140 ANDVT. (RP-MD).

15016.0 Puerto Rico: 2145 USB w/Navy LT (P-3C VP-62 NAS Jacksonville FL-not heard). Puerto Rico adsvises that Offutt cannot hear them and that Puerto Rico has them

unreadable. (RP-MD).

08832.5 O/M (Spanish): 2159 USB w/unheard station. (RP-MD)

09082.0 034MERCAP (Civil Air Patrol, Middle East Region): 2204 USB/ALE sounding. New CAP ALE freq (for me at least). (RP-MD)

09007.0 Trenton Military: 2230 USB w/Akela 71 (MC-130P/HC-130N 550S0W KIRKLAND AFB, NM) in pp w/Kirkland Metro w/request for landing wx at Kirktland. (RP-MD)


18 Dec:


09047.0 101NCRCAP (Civil Air Patrol, Nat'l Capitol Region) & 034MERCAP (Civil Air Patrol, Middle East Region): 1730 USB/ALE sounding. (RP-MD)

09034.0 K56 (USCG MH-65C # 6556 CGAS Borinquen PR): 2000 USB/ALE sounding. (RP-MD)

08957.0 Shannon: 2009 USB/ALE w/volmet. (RP-MD)

12222.0 CamsLant Chesapeake: 21012 USB w/Kilo 18 (USCG MH-65C #6518 HITRON Jacksonville FL-not heard) who reports on final for homeplate & securing radio guard. (RP-

MD)

08912.0 I34 (US Customs CESSNA 550 #N2734K): 2016 USB/ALE sounding. Then in voice but too weak to copy. (RP-MD)

11175.0 King 74 (USAF HC-130): 2023 USB calling Mainsail w/request. Answered by Puerto Rico who asks they QSY to 11232.0 (RP-MD)

11232.0 Puerto Rico: 2024 USB w/King 74 in pp w/Kirkland Metro w/landing wx for 2300Z. (RP-MD).

08888.0 Luanda (RDARA Angola): 2133 USB w/Springbok 421 w/position report. Luanda is L/C at my QTH. (RP-MD).

Joint Warrior 09 HF frequencies

Gerry in Northern Ireland has posted the following to the UDXF newsgroup:

Joint Warrior frequencies used today: 4447.0 4484.0 4760.0 4872.0 5095.0 6697.0 kHz
The fire mission was on 3323.0 kHz

Heavy Israeli Air Force Traffic Monitored

Michael in Paris on the UDXF group is reporting this morning heavy traffic from Israeli Air Force units on 8847.o kHz. Traffic ran for over one hour and consisted of numerous callsigns with encrypted ? messages.

Milcom HF Frequency List - 11/23/2007

For all those doomsday radio hobbyist who say that HF utility listening is dead, below our latest compiled list of HF Milcom frequencies monitored at in the Btown Monitoring Post, sent to this reporter by other monitors, or compiled from other various reports.

Recently some of our HF frequency lists have been reposted in total on at least one online newsgroup (a Russian radio forum). Material on this list is exculsive content. You are free to repost a link to this list, but not the frequency list itself. All frequencies below are in kilohertz (kHz).

2273.0 UK Combined Cadet Force/Army Cadet Force USB
2413.0 UK Combined Cadet Force/Army Cadet Force USB
2569.5 French Army Fort de Bicetre CW
2768.0 UK Combined Cadet Force/Army Cadet Force USB
2817.0 French Army Fort de Bicetre CW
3848.0 UK Combined Cadet Force/Army Cadet Force USB
3855.0 Russian Military CW
4000.0 National Guard Virginia ALE/USB
4481.0 US DoD Tri Service MARS HF ALE Network ALE/USB
4550.0 Netherlands Military ALE/USB
4920.5 UK Combined Cadet Force/Army Cadet Force USB
5471.5 French Army Fort de Bicetre CW
5500.0 US Army Task Force Talon Afghanistan HF ALE Net ALE/USB
5762.0 Hungarian Army ALE/USB
5770.0 Netherlands Military ALE/USB
6562.0 Unknown military Khandahar, Afghanistan ALE/USB
7003.0 US Army European Aviation Net ALE/USB
7905.0 Romanian Military Linked Protected ALE/USB
8047.0 National Guard STARC Nationwide Net ALE/USB
8101.5 US Army Iraq Net ALE/USB*
9013.0 US Army European Aviation Net ALE/USB*
9190.0 US Army Task Force Talon Afghanistan HF ALE Net ALE/USB
10350.0 UK TASCOMM ALE Network ALE/USB
10360.0 UK TASCOMM ALE Network ALE/USB
10816.5 National Guard STARC Nationwide Net ALE/USB
16338.5 National Guard STARC Nationwide Net ALE/USB

Milcom HF Frequency List

For all those doomsday radio hobbyist who say that HF utility listening is dead, I present our latest compiled list of HF Milcom frequencies monitored at in the Btown Monitoring Post, sent to this reporter by other monitors, or compiled from other various reports.

Recently some of our HF frequency lists have been reposted in total on at least one online newsgroup (a Russian radio forum). Material on this list is exculsive content. You are free to repost a link to this list, but not the list itself.

Continued violation of our posting policy will result in no more list being posted publicly here. All frequencies below are in kilohertz (kHz).

21.750 French Navy HWN-Le Blanc, France 200/90 PSK
65.800 French Navy FUE-Brest, France 200/90 PSK
2064.0 French Navy FUB-Brest 850/50 RTTY
2217.3 UK TASCOMM ALE Network ALE/USB
2252.0 US Navy CWC (BF) USS Eisenhower Link 11 Voice coordination net USB
2705.0 UK TASCOMM ALE Network ALE/USB
3032.0 RNZAF AOCCAK General Purpose Net USB
3038.0 USN Harry S. Truman CSG CWC Net USB/ANDVT
3105.0 Algerian Military (ANG?) ALE/USB
3150.0 French Air Force USB
3175.0 Papua New Guinea Defense Force General Purpose Net USB
3200.0 Georgia Military GS2 Net ALE/USB*3848.0 UK Combined Cadet Force/Army Cadet Force USB
3259.0 Russian Military CW/36-50
3379.0 NATO 850/75 RTTY
3382.0 Russian Military CW
3400.0 Georgia Military GS2 Net ALE/USB
3450.0 Georgia Military GS2 Net ALE/USB
3531.0 Russian Long Range Air Force REA4-HQ Moscow 800/50 REVS
3566.5 Russian Military 81-81
3782.0 Portuguese Navy CTP-Lisbon 75 baud RTTY
3807.0 Russian Military 81-81
3811.0 Russian Military CW
4031.0 Russian Navy P-MX Beacon Kaliningrad CW/Italian Navy IDR-Rome Ship-to-Ship USB
4036.0 US Army MARS Net USB
4050.0 Norwegian Navy JWT-Stavanger Ship-to-Shore USB
4100.0 Georgia Military GS2 Net ALE/USB
4137.0 Lithuania Navy Ship-to-Shore ALE/USB
4241.0 Israeli Navy 4XZ-Haifa ISR-Hybrid modem
4350.0 Georgia Military GS2 Net ALE/USB
4363.0 UK Combined Cadet Force/Army Cadet Force USB
4443.0 UK Combined Cadet Force/Army Cadet Force USB
4443.5 US Army Aviation/National Guard CONUS Net ALE/USB
4476.0 Russian Navy P-MX Beacon Kaliningrad CW
4490.0 Shares SCN ALE Net ALE/USB
4495.0 Israeli Navy 4XZ-Haifa ISR-Hybrid modem
4530.0 Lithuanian Air Force ALE/USB
4540.0 Singapore Navy ALE/USB
4550.0 Georgia Military GS2 Net ALE/USB
4610.0 UK Royal Navy GYA-Northwood 120/576 FAX
4620.0 NATO/DoD Link 11 data transmission
4681.0 Israeli Air Force ALE/USB
4850.0 Georgia Military GS2 Net ALE/USB
4851.7 Georgia Military GS2 Net ALE/USB
4900.0 Georgia Military GS2 Net ALE/USB
4918.0 UK Combined Cadet Force/Army Cadet Force USB
4950.0 DoD SCR Net ADW-Andrews AFB ALE/USB
4953.0 UK Combined Cadet Force/Army Cadet Force USB
5056.0 Polish Military ALE/USB
5066.5 Russian Military 81-81
5071.0 NATO/US DoD TADIL-A single channel Link 11
5189.5 French Army FAV22-Mont-Valerien CW
5232.0 Russian Navy CW
5240.0 Algerian Military ALE/USB
5252.0 Russian Military CW
5270.0 UK TASCOMM ALE Network ALE/USB
5280.0 Georgia Military GS2 Net ALE/USB
5328.0 UK Combined Cadet Force/Army Cadet Force USB
5333.0 Algerian Military ALE/USB
5343.0 Lithuania Navy Ship-to-Shore ALE/USB
5350.0 Georgia Military GS2 Net ALE/USB
5404.0 Russian Military 36-50/BEE
5450.0 Algerian Military ALE/USB
5595.0 Georgia Military GS2 Net ALE/USB
5650.0 Georgia Military GS2 Net ALE/USB
5662.7 US Army Serbia ALE/USB
5687.0 RNZAF AOCCAK General Purpose Net USB
5690.0 Turkish Air Force Stanag 4285
5691.0 Russian Navy P-MX Beacon Kaliningrad CW
5705.0 Mexican Army ALE/USB
5727.0 Chinese Navy Enigma M89 CW
5746.0 Papua New Guinea Defense Force General Purpose Net USB
5785.0 Italian Navy Taranto Sector Ship-to-Shore ALE/USB
5796.0 Russian Military RUS-SYS
5805.0 Russian Military MS-5/4800
5864.0 Russian Military RUS-SYS
6050.0 Georgia Military GS2 Net ALE/USB
6224.0 Israeli Air Force ALE/USB
6250.0 Georgia Military GS2 Net ALE/USB
6277.2 Unidentified Military STANAG 4285
6382.2 Unidentified Military STANAG 4285
6417.0 Japanese Navy Slot Machine (XSL) MPSK
6500.0 Georgia Military GS2 Net ALE/USB
6631.0 Israeli Air Force ALE/USB
6750.0 Georgia Military GS2 Net ALE/USB
6767.0 Russian Military duplex traffic CW
6785.0 Lithuania Navy Ship-to-Shore ALE/USB
6840.0 Chinese Military NYZ CW
6846.0 Russian Military RUS-SYS
6873.0 Russian Navy RMP-Kaliningrad, Baltic Fleet Naval Headquarters CW
6843.0 French Air Force CALORIE USB
6902.0 Russian Navy RDL-Moscow 200 Hz/50 baud encrypted BEE-50-50
6911.5 National Guard Pennsylvania ALE/USB
6913.0 UK Combined Cadet Force/Army Cadet Force USB
6977.0 Canadian Forces Affiliate Radio System (CFARS) USB
6996.8 Ukranian Military RTTY
7459.5 NATO/DoD Link 11 data transmission
7496.0 Papua New Guinea Defense Force General Purpose Net USB
7521.5 French Air Force FDI22-Narbornne RTTY
7527.0 Russian Military RUS-SYS
7593.0 Unknown Military STanag 4285
7602.0 Brazilian Army ALE/USB
7611.0 US FAA RCOM HF SSB Network ALE/USB
7650.0 Georgia Military GS2 Net ALE/USB
7703.0 US Navy trigraphs with EAM traffic USB
7704.0 Russian Military MS-5/4800/USB
7848.0 Israeli Air Force ALE/USB
7850.0 Georgia Military GS2 Net ALE/USB
7959.0 Russian Long Range Air Force REA4-HQ Moscow 800/50 REVS
7978.0 Chinese Military ALE/USB
7990.0 DoD SCR Net ADW-Andrews AFB ALE/USB
8006.0 Russian Military Broadcasts T600 200/50 36-50
8042.0 Chile Navy DBM ARQ ALE/USB
8045.0 Saudi Arabia Air Defense Net ALE/USB
8050.0 US Army Fort Bragg MC SOAR/JSOC ALE/USB
8058.0 Russian Navy Ship-to-Shore CW
8143.0 Pakistan Navy Ship-to-Ship Net ALE/USB
8190.0 Italian Navy Taranto Sector Ship-to-Shore ALE/USB
8234.0 Israeli Air Force ALE/USB
8262.0 Israeli Air Force ALE/USB
8276.0 UNIFIL Naval Task Force USB
8300.0 Israeli Air Force ALE/USB
8323.0 Israeli Air Force ALE/USB
8345.0 Russian Navy RMP-Kaliningrad CW
8438.3 Chinese Navy Enigma M89 CW
8450.0 Georgia Military GS2 Net ALE/USB
8463.2 Spanish Navy EBA-Madrid STANAG 4285
8495.3 Russian Navy K-MX Beacon Petropavlovsk-Kamchatskiy CW
8495.4 Russian Navy M-MX Beacon Magadan CW
8565.0 French Navy FUB-Brest 850/50 RTTY
8622.0 Israeli Air Force ALE/USB
8650.0 Georgia Military GS2 Net ALE/USB
8974.0 RNZAF AOCCAK General Purpose Net USB
8998.0 NATO/DoD Link 11 data transmission
9001.6 US Coast Guard Tactical Net USB/ANDVT
9072.0 Chinese Military Net ALE/USB
9086.0 Saudi Arabia Air Defense Net ALE/USB
9106.0 Shares SCN ALE Net USB/ALE
9190.0 Venezuela Coast Guard/Riverine Forces ALE/LSB
9232.0 Venezuela Army 2nd Infantry Division HF Net ALE/USB
9260.0 Danish Army NCS-50 ALE/USB
9295.0 National Guard New york net ALE/USB
9303.0 Georgia Military Net ALE/USB
10156.5 Austria Military, OEY71-UN Mission Golan, Syria ALE/USB
10168.0 Rodhe & Schwarz, British Mil Interop Test ALE/USB
10206.0 German Navy DHJ59-Wilhelmshaven Ship to Shore USB
10464.0 Russian Military MS-5/4800
10747.0 Russian Navy RIW-HQ Moscow CW
10800.0 DoD SCR Net ADW-Andrews AFB ALE/USB
11004.0 NATO/DoD Link 11 single channel data transmission
11059.0 HF-GCS Discrete USB
11220.0 US DoD Airborne Command Post Data duplex frequency with 11460 kHz Data/USB
11235.0 RNZAF AOCCAK General Purpose Net USB
11510.8 Brazil Military Packet 200Bd/200Hz + 300Bd/300Hz Packet
12183.8 Polish Army ALE/USB
12431.0 Brazilian Navy ALE/USB, Italian Navy Taranto Sector Ship-to-Shore ALE/USB
12587.5 Uzbek Military ALE/USB
12589.0 Brazilian Navy ALE/USB
12730.0 French Navy FUB-Brest 850/50 RTTY
13206.0 RNZAF AOCCAK General Purpose Net USB
13423.5 UK TASCOMM ALE Network ALE/USB
13490.0 UK TASCOMM ALE Network ALE/USB
13499.0 UK TASCOMM ALE Network ALE/USB
14232.0 Russian Military MS-5
14438.5 Austria Military, OEY71-UN Mission Golan, Syria ALE/USB
14550.0 DoD SCR Net ADW-Andrews AFB ALE/USB
14653.0 National Guard STARC Nationwide Net ALE/USB
14824.0 Polish Military Iraq Net ALE/USB
15880.5 Polish Military Iraq Net ALE/USB
15962.0 Australian ADF-HFCS Net USB
16014.2 French Forces Le Port, Reunion ARQ-E3
16023.5 National Guard (NY) ALE/USB
16252.0 Austrian Military ALE/USB
16350.0 UK TASCOMM ALE Network ALE/USB
16716.0 China Navy DTM-ARQ mode ALE/LSB
16895.0 Portuguese Navy CTP-Lisbon 75 baud RTTY
16966.0 French Navy FUB-Brest 850/50 RTTY
19233.5 National Guard Nationwide Net ALE/USB
20047.7 Russian Navy D-MX Beacon Sevastopol Ukraine CW

Milcom Frequency Tip

Want an interesting HF frequency to monitor?

Give 9120.0 kHz a spin on the radio dial. Use USB and be prepared for ANDVT and ALE comms.

New Georgia HF Military Net

Marat has posted on the UDXF newsgroup information on a new HF ALE military net. Here are the details.

"GS2-net"
NCS ALE Address - GS2
Other ALE Addresses: 4L1, AIR, AKH, GS2, KD1, KSI, NIK, SAK, TB1

Freq list (all ALE/USB):

3200.0 3400.0 3450.0 4100.0 4350.0 4550.0 4850.0 (used "GS2" and "KD1" only) 4851.7 (used "4L1" and "NIK" only) 4900.0 5280.0 5350.0 5595.0 5650.0 6050.0 6250.0 6500.0 6750.0 7650.0 7850.0 8450.0 8650.0 kHz.

Thanks Marat for sharing your research with the rest of us.