Tuesday, April 10, 2007

First EA-18G Growler Lands at Whidbey Island

By Mass Communication 1st Class (AW) Bruce McVicar, Fleet Public Affairs Center Det Northwest
An EA-18G Growler lands at Naval Air Station Whidbey Island for the first time. The Growler is being developed to replace the fleet's current carrier-based EA-6B Prowler. The next-generation electronic attack aircraft, for the U.S. Navy, combines the combat-proven F/A-18 Super Hornet with a state-of-the-art electronic warfare avionics. The EA-18G is expected to enter initial operational capability in 2009. (U.S. Navy photo by Mass Communication Specialist 1st Class Bruce McVicar)

For my friends on the PDX Milcom List

An airborne electronic attack aircraft, EA-18G “Growler,” made its first appearance in the Pacific Northwest at Naval Air Station, Whidbey Island (NASWI), April 9.

The Growler combines the capabilities of the F/A-18F Super Hornet with the EA-6B Prowler and will provide next-generation electronic attack capability to the joint war fighter. The arrival marks the first time fleet air crewmen and maintenance men will get to lay their hands on the new platform concept jet.

“This is an exciting day,” said Capt. Tom Tack, commander, Electronic Attack Wing, Pacific Fleet. “We’re getting a glimpse of the future. This airplane will not only benefit the service members, but the taxpayers because it is easier to maintain.”

The Growler can achieve optimum speeds of Mach 1.8 and capable of offensive electronic jamming, electronic emissions detection, classification and monitoring, and electronic suppression of enemy air defenses. Along with being a state of the art weapon system, it also is economic by retaining 90 percent common parts with the Super Hornet, while reducing the operational crew from four to two.

“This plane represents the future of the Electronic Attack community,” said Lt. Cmdr. Paul Jennings, officer in charge of the EA-18G fleet introduction team (FIT). “It will provide electronic attack protection for all forces with its improved capabilities and upgraded and advanced airframe.”

FIT facilitated the transition from the EA-6B to the E/A-18G by setting up the training and maintenance program and provided feedback to the manufacturer. Aviation Structural Mechanic Senior Chief (AW) Raymond Hamilton of the team said they were proud to of the work done to prepare for the Growler’s arrival.

“There is already a supply chain out in place throughout the world,” said Hamilton. “It is good to finally see all of our hard work pay off.”

The E/A-18G is the Navy's replacement for the EA-6B as it enters it’s forth decade of service. Service members of Electronic Attack Squadron (VAQ) 129 are tasked with laying the ground work, facilitation upgrades and providing simulator training.

“People are excited about the arrival of the Growler, because it is new,” said Operation’s Specialist 1st Class (SW/AW) Jonathan Fields, NASWI range and schedule department leading petty officer. “Some of the service members may be sad to see the Prowler go, but they are looking forward to see some of the advancements in the Growler.”

Sunday, April 08, 2007

Skynet 5A Frequencies Published

Skynet 5A is the first of the new generation of British military communications satellites. It was launched on March 11, 2007 by Arianne Space. Skynet 5A is located at its operational slot at 1 degree West. You can find the latest frequency information including S-band TT&C and SHF satcom frequencies at http://www.uhf-satcom.com:80/skynet5a/. Thanks to Mr. Paul J. Marsh and all the gang at UHF-satcom.com for the heads up on this new military satellite.

Saturday, April 07, 2007

CNIC Prepares for Upcoming Hurricane Season

By Ed Wright, Commander, Navy Installations Command Public Affairs

WASHINGTON (NNS) -- Hurricane Season, which begins on June 1 and runs until Nov. 30, is once again approaching and the need for accountability and safety of personnel is a Commander, Navy Installations Command (CNIC) top priority.

CNIC has joined together with Fleet Forces Command (FFC) in Norfolk to participate in Hurricane Exercise 07 (HURREX 07).

“HURREX 07 is a full-spectrum event flexing our installation and family disaster preparedness," said Capt. Ray Pietrzak, CNIC disaster preparedness officer. "[We will be] testing personnel accountability from Texas to Maine -- and all states and installations in between -- and exposing as many individuals as possible to the Navy Family Accountability and Assessment System."

Pietrzak further stressed that commands need to stay alert to Naval Administration (NAVADMIN) messages and related e-mails pertaining to the exercise, which is divided into two parts.

The first part, the tracking and warning phase, will be conducted from April 23 through May 4. The second phase, requiring personnel accountability and family assessment, will be conducted April 23 through May 9.

The HURREX phases will consist of four artificially constructed tropical systems that will develop and intensify to hurricane strength, threatening the Caribbean, East Coast and Gulf Coast regions.

“There will be several instances for the requirement to muster and account for all Navy family members in the declared affected areas as three simulated hurricanes will be generated and move through the entire Eastern Seaboard,” said Pietrzak.

The objective of HURREX 07 is to provide, “a focused training event to afloat and shore-based commands with hurricane threat scenarios for use in exercising sortie, evacuation, emergency preparedness, personnel accountability, and recovery and consequence management procedures,” according to an FFC directive announcing the exercise.

“Geographic areas of interest (GAOI’s) will be established based on exercise storm tracks. As the storms threaten installations, at various times there will be multiple GAOI’s established, installation commanding officers will be required to set conditions of readiness in their geographic area and all commands will be required to confirm status and whereabouts of their personnel for each area separately,” said Pietrzak.

As the exercise storms approach each geographic area, a NAVADMIN will be released with an order to account for personnel, based on the GAOI, and will designate a start time for personnel accountability and family assessment procedures. Each GAOI will be available in the electronic muster tool at the start time listed for 72 hours, or three working days.

A goal of 100 percent accountability for all assigned personnel in a declared affected area is CNIC’s overall expectation, according to Pietrzak.

CNIC hosted an Emergency Preparedness/Personnel Accountability Conference on April 4 and 5 to announce the systems, preparation and processes in place for the upcoming hurricane season.

“The Disaster Preparedness/Personnel Accountability Conference will bring [together] emergency managers and personnel accountability representatives from Navy regions, installations, and other supported and supporting commands to obtain the latest information and guidance with regard to Navy family readiness topics," said Pietrzak prior to the conference. "We all must be ready to act and respond smartly.”

CNIC is preparing a new Navywide public awareness campaign titled “Operation Prepare.”

“CNIC is launching a public awareness campaign this spring to encourage individual and family preparedness for all types of natural and man-made emergencies. Staying informed, developing a plan, and making an emergency kit is the theme of this initiative, so that all personnel will be prepared to respond in the event of an emergency," said Pietrzak. "Information packets will be strategically located at Personnel Support Detachments, Commissaries, Base Housing Offices, and Fleet and Family Service Centers.”

There are three main themes to remember for family emergency preparedness, added Pietrzak. “Be informed, have a plan and make a kit.”

New combat squadron stands up at Little Rock

The 41st Airlift Squadron became the newest unit of the 463rd Airlift Group at Little Rock Air Force Base in a ceremony April 6 as well as being named the first active-duty combat C-130J Hercules squadron in the Air Force.

The 41st AS moved here from Pope AFB, N.C., due to the Base Realignment and Closure process.

The Airmen of the 41st AS, known as the Black Cats, bring a distinguished history to the base as the third oldest and one of the most highly decorated airlift squadrons in U.S. military history.

The squadron's move is the first major change the base has experienced as a result of the latest round of BRAC recommendations.

Amongst a sea of Airmen, distinguished visitors, past 41st AS commanders and extended family, Lt. Col. Daniel Tulley assumed command.

During the next six months, the 41st AS will focus on moving in, qualifying aircrews and increasing readiness, Colonel Tulley said.

The 41st AS brings 155 Airmen and 16 C-130Js aircraft. The squadron will gain 15 more in the future.

The C-130 primarily performs the tactical portion of the Air Force's airlift mission. The 463rd Airlift Group has recently been credited with replacing more than 5,500 convoys in Iraq and Afghanistan with the older C-130E and C-130H3 aircraft. The C-130 is capable of operating from rough, dirt strips and is the prime transport for air dropping troops and equipment into hostile areas.

Friday, April 06, 2007

Wright Patterson AFB Trunk System Update

Our original profile of the Wright-Patterson AFB was posted to this blog on July 10, 2006. Now according to Mark Meece on the Milcom newsgroups reports that the system has now been narrowbanded. Here is the new information from Mark.



System: Motorola Type II Mixed Mode (3600 baud)
Motorola System ID: 2b1c
Base Frequency: 406.350 MHz, Spacing: 12.5-kHz, Offset: 380
Frequencies: 408.7625 408.9625 409.1625c 409.3625 409.5625 409.9625 410.1625 410.3625 410.5625 410.7625

Based on so information we have been told off the record the talkgroups from the old analog system are being used on this new mixed mode (analog/digital) system. Additional field reports to confirm this would be appreciated.

Talkgroups:
16 Patterson Ground
48 Unknown user/usage
112 Civil Engineering – Housing
144 Unknown user/usage
176 Crash Crews
208 Hazardous Material?
272 Fire Ground
336 Unknown user/usage
368 Fire – crosspatch to 154.280 MHz
400 Unknown user/usage
432 Unknown user/usage
496 Base Operations
528 U.S. Air Force Museum
560 Unknown user/usage
592 Fire/Medic 1
624 Unknown user/usage
656 Fire Ground
688 Fire Ground
720 Unknown user/usage
752 Civil Engineering
816 Civil Engineering – Grounds
944 Transportation
976 Fuel Control
1008 88 Air Base Wing Flight Line
1040 Security car to car
1072 Flight Line
1136 Flight Line
1200 Unknown user/usage
1232 Supply
1584 Unknown user/usage (heard Charlie 3, Cobra 1 on weekend)
2352 Medical Net?
2384 Unknown user/usage
2480 Bio Net
2512 Unknown user/usage
2640 Unknown user/usage
2704 Unknown user/usage
3216 445 Airlift Wing Aircraft Maintenance
3248 Nightwatch Net (E-4B system)
3280 445 Air Wing Aeromed?
7568 Unknown user/usage
8016 Security 1
8048 Security 2
8080 Security 3
9776 Unknown user/usage
9808 Unknown user/usage
9840 Unknown user/usage
9904 Commo
10000 Unknown user/usage
10064 Unknown user/usage
10128 Unknown user/usage
10224 Civil Engineering
10320 Unknown user/usage – testing radios
10352 Unknown User Maintenance
10640 Civil Engineering
10672 445 Air Wing
10736 Unknown user/usage – testing radios
10800 Civil Engineering
10928 Civil Engineering
10960 Fire
11008 Unknown user/usage
11024 Security Tactical
11056 Security Tactical
11088 Security Tactical
11216 Transportation
11248 445 Air Wing
11280 445 Air Wing Aircraft Maintenance
11312 Flight Line Operations

E-3 Sentry celebrates 30 years in Air Force's fleet

by Polly Orcutt, 552nd Air Control Wing Public Affairs

An E-3 Sentry airborne warning and control system aircraft, known as AWACS, lands at Tinker Air Force Base, Okla., March 23 after completing a mission. The first E-3 touched down at Tinker exactly 30 years to the day and began an new era for air surveillance. (U.S. Air Force photo/Staff Sgt. Stacy Fowler)

It all started 30 years ago -- March 23, 1977, to be exact -- when the first E-3 Sentry touched down on Oklahoma soil. The arrival of aircraft tail number 75-0557 began a new era for the 552nd Airborne Warning and Control Wing, and for air surveillance.

To celebrate the occasion, wing officials conducted an arrival ceremony the next day and invited the base and local community leaders to help welcome the new aircraft.

The story of the E-3 goes back to April 1975, when a systems integration demonstration was conducted on several E-3 prototypes and the decision was made to produce the aircraft flown today. The E-3 replaced the EC-121D Super Constellation.

In August 1975, four E-3 aircraft completed a 16-month test period at the Air Force Test and Evaluation Center at Kirtland Air Force Base, N.M., and engineering and test evaluations began on the E-3 aircraft at Tinker.

These events led up to the E-3 achieving "Initial Operational Capability" on April 16, 1978.

By the end of 1981 the wing had received 25 aircraft and had flown missions to assist in apprehending drug smugglers in Florida;, deployed four E-3As and more than 200 personnel to Riyadh, Saudi Arabia, in support of European Liaison Force-One, known as ELF-One; and while on scramble over Iceland, located and saved a lost civilian aircraft.

An E-3 also completed an around-the-world mission. During the flight, the E-3 touched down in Alaska, Hawaii, Japan, Korea, Philippines, Saudi Arabia and the Azores.

During the 1980s, E-3s continued to fly ELF-One missions. The final two E-3s returned from Saudi Arabia on April 16, 1989, marking the end of the ELF-One commitment. The 552nd Airborne Warning and Control Wing logged more than 6,000 sorties and 87,000 flying hours in eight and a half years during ELF-One.

The E-3 achieved "Full Operational Capability" in June 1984 when Air Force officials accepted delivery of the final aircraft. The 961st AWACS at Kadena AB, Japan, was activated on May 23, 1980, and the 962nd AWACS at Elmendorf AFB, Alaska, on July 1, 1986.

The 1990s took the Sentry back to Asia. On Jan. 17, 1991, Airmen began flying in support of Operation Desert Storm, the war with Iraq.

Aircrews from the 552nd AWACW flew 7,314.7 combat hours during Desert Storm, with a combined 91.36 percent mission-capable rate. They controlled 31,924 strike sorties, where 88,500 tons of munitions were dropped, without losing a single Allied aircraft in air-to-air action. In addition, E-3s controlled 20,401 aerial refueling sorties. The aerial tankers off-loaded 178.4 million gallons of fuel to 60,543 receivers. Furthermore, 552nd AWACW Airmen also assisted in 39 of 41 Allied air-to-air shoot downs during Desert Storm.

Throughout the 1990s, the E-3 also provided support to NATO operations Provide Comfort and Southern Watch.

The first and only crash of an Air Force E-3 occurred at Elmendorf Air Force Base, Alaska, Sept. 22, 1995. The E-3, tail number 77-0354 and call sign Yukla-27, crashed during take-off and 22 Airmen and two Canadian air force crewmembers lost their lives in the crash.

Air Force officials later determined that geese had been ingested into the engines of Yukla 27 during takeoff, causing the aircraft to crash.

In April 2001, 552nd Air Control Wing Airmen celebrated the 10th anniversary of the signing a cease-fire agreement while patrolling the no-fly zone over the skies of Iraq.

During operations Northern and Southern Watch, the 552nd ACW had more than 250 support personnel on location at any given time.

On Sept. 11, 2001, 552nd ACW aircrews were directed by higher headquarters to patrol the skies over the eastern quadrant of the United States following the terrorist attacks on the World Trade Center. The 552nd was one of the first units tasked by the North American Aerospace Defense Command to protect the airspace over North America. These sorties are still flown under Operation Noble Eagle.

Ten days later, the wing received deployment orders to support Operation Enduring Freedom.

In October, five aircraft and 180 NATO personnel deployed from Geilenkirchen, Germany, to Tinker for Operation Eagle Assist. This was the first time in the 52-year history of NATO this alliance has been used to defend the United States. In January 2002, two more NATO aircraft deployed to Tinker.

By February 2002, E-3 crews had flown 14,000 Operation Noble Eagle sorties. In May, the NATO AWACS aircraft returned home.

By October of that year, crews of the 552nd reached a significant milestone, logging 10,000 flying hours in support of Operation Enduring Freedom. The accomplishment was achieved by the 968th Expeditionary Airborne Air Control Squadron deployed to Central Asia. The unit has been supporting OEF since the end of September 2001.

Between May 28 and June 8, 2003, 552nd ACW personnel deployed in support of OEF and Operation Iraqi Freedom returned to Tinker AFB. Sentry crews provided 24-hour surveillance of OIF and OEF battle space. They supported OEF from Sept. 27, 2001, to May 23, 2003, and flew 1,259 sorties totaling 15,713 hours. Crews flew OIF missions from March 19 to June 8, 2003, during that time they flew 313 sorties totaling 3,115 hours.

The return of personnel and aircraft to Tinker ended a 13-year continuous presence in the region. For the first time in the 25-year history of the E-3, all 28 aircraft were at home station. And after almost four years on home station, E-3 crews are, once again, forward deploying in support of OEF and OIF.

The mission of the E-3 continues to grow and change. Aircraft and personnel now deploy to Manta, Ecuador, to support civil law enforcement agents in stopping the flow of illegal drugs from Latin America into the United States and Canada.

The E-3 also flies missions around the world to aid in the security of the president of the United States and assists federal agencies in relief efforts, such as those in the devastated areas of Alabama, Mississippi, Louisiana and Texas caused by Hurricanes Katrina and Rita. The wing flew 30 sorties totaling 276 flying hours coordinating relief efforts of both civilian and military aircraft.

Whether surveying the skies over the United States, or over land and sea around the world, the E-3 remains America's eye in the sky.

This is a mission the E-3 Sentry has done for 30 years. With continued upgrades these aircraft will continue to effectively perform for many years to come.

Thunderbirds fly over California

The Air Force Thunderbird Delta formation goes vertical while performing the Delta Loop during a March 31 air show at Naval Base Ventura County in Point Mugu, Calif. The pilots perform approximately 30 maneuvers in a demonstration. (U.S. Air Force photo/Tech. Sgt. Justin D. Pyle)

Raptor fly over California

The F-22 Raptor performs for thousands during an April 1 air show at Naval Base Ventura County in Point Mugu, Calif. This F-22 is based at Langley Air Force Base, Va. The F-22 is the Air Force's newest fighter aircraft. The sophisticated F-22 aerodesign, advanced flight controls, thrust vectoring, and high thrust-to-weight ratio provide the capability to outmaneuver all current and projected aircraft. (U.S. Air Force photo/Tech Sgt Justin D. Pyle)

Wednesday, April 04, 2007

Georgia Military HF ALE Net Update

Marat Ronin has passed along the following update to our Georgia Military HF ALE Net published on this blog last month.

4070.0 Georgia Military GS1/MB1 Net ALE/USB. Frequency needs to be changed 4075.0

Thanks Marat for passing along that update and I have changed all the previous list on this blog to reflect that change.

Tuesday, April 03, 2007

Shaw AFB Trunk Radio System Uncovered

My longtime friend Mac McCormick (http://kf4lmt.blogspot.com/) has now confirmed which base one of my previously unidentified VHF high band military trunk radio system is coming from. Here is what Mac passed along last weekend:

"Some months ago when I took a trip to Columbia, Larry Van Horn sent me some frequencies to try on a VHF TRS that was either at Shaw or McEntire; the location was unknown at that time. During the Columbia trip, VHF conditions were such that it was difficult to determine proximity. On my trip today (March 31), however, I was able to determine that it was at Shaw and was able to determine the settings and monitor it some. "

Shaw AFB TRS 9600 Baud Motorola
---------------------
SETTINGS & FREQUENCIES
Base Freq: 162.0000, Step: 12.5 kHz, Offset: 380

163.4625 Control Channel (9600 baud)
165.0125 Digital Voice
165.1875 Digital Voice
165.2250 Digital Voice
165.4125 Digital Voice
166.0000 Digital Voice
166.2250 Digital Voice

TALKGROUPS
19 Fire?-FIRE DEPARTMENT wkg RADIO MAINTENANCE
20 Unknown-ref to personnel not in uniform going to "the 79th side"
21 Unknown
25 Police? - SHAW wkg DELTA #, references to "the sub-station" (these just "sounded" like law enforcement
28 Squadron talkgroup?-unid passing aircraft maintenance codes, reference to sending someone to "the 79th side" (probably related to similar traffic on TG 20)
34 Tower/Ground Control?-BARRIER MAINTENANCE wkg SHAW TOWER, -unid ref switching runways
42 POL?-unid ref "amount needed" for aircraft 907

Thanks Mac for taking the time to check my hunch. And I will have more on this and other new military trunk radio systems in my June 2007 MT Milcom column.

2007 MT Airshow Guide Available Online

I am pleased to announce that my 2007 Monitoring Times Airshow Guide is now available for download on the MT website at http://www.monitoringtimes.com/

And I would like to again thank the dozens of reporters this last year who took the time to send us reports from the field and also encourage anyone attending an airshow this year to drop us some mail and let us know what you heard (even if we already have it on the list). We can't do this annual project without each of you. So have fun out there and good hunting.

EADS - It's Official Now?



Editors Note: I am still trying to get this story nailed down. Lots of unanswered email and phone calls. It is a funny situation. Almost as if they weren't ready for the changeover to the EADS when they did away with the SEADS. So when will NORAD make EADS official?

While their website my not be up-to-date, it looks as though the NORAD NEADS term is no longer used and the long anticpated name change has occurred at some level. This morning while checking for updates on this story I found this on the NORAD CONUS Region webpage (http://www.norad.mil/about_us/conr.htm)

Continental NORAD Region (CONR)

A component of the North American Aerospace Defense Command (NORAD), the Continental NORAD Region (CONR) provides airspace surveillance and control and directs air sovereignty activities for the continental United States (CONUS).

Since Sept. 11, 2001, CONR has been the lead agency for Operation Noble Eagle, an ongoing mission to protect the continental United States from further airborne aggression from inside and outside of U.S. borders.

CONR is presently divided into two defense sectors: the Western Defense Sector, with its headquarters located at McChord Air Force Base, Wash.; and the Eastern Defense Sector, with its headquarters located at Rome, N.Y.

Co-located with Headquarters First Air Force (Air Forces Northern) at Tyndall AFB, Fla., a Combined Air Operations Center coordinates CONR sector activities and executes the NORAD air sovereignty mission for the continental United States. First Air Force (AFNORTH) plans, conducts, controls, and coordinates all Air Force forces for the NORAD-NORTHCOM Commander. The best of America's fighter inventory, the F-15 Eagle and the F-16 Fighting Falcon, fly as CONR’s primary weapons systems.

First Air Force is comprised of 10 aligned Air National Guard fighter wings, but gains additional fighter wings as needed. With the transfer of responsibility for continental air defense from the regular component of the Air Force to the Air National Guard, First Air Force became the first numbered air force to be made up primarily of citizen airmen.

CONR is one of three NORAD regions. The two other regions are the Canadian NORAD Region (CANR), with its headquarters located at Canadian Forces Base, Winnipeg, and the Alaskan NORAD Region (ANR), with its headquarters located at Elmendorf Air Force Base, Alaska. NORAD is the bi-national Canadian and American command that employs a network of space-based, aerial and ground-based sensors, air-to-air refuelling tankers and fighter aircraft, controlled by a sophisticated command and control network to deter, detect and defend against aerial threats that originate outside or within North American airspace.

Truman Underway in the Atlantic - TSTA Ops

An F/A-18F Super Hornet assigned to the "Red Rippers" of Strike Fighter Squadron (VFA) 11, prepares for an arrested landing aboard the Nimitz-class aircraft carrier USS Harry S. Truman (CVN 75). Truman is currently underway conducting Tailored Ship's Training Availability (TSTA) in the Atlantic Ocean. TSTA is a standard used to evaluate a ship's readiness for deployment. (U.S. Navy photo by Mass Communication Specialist 3rd Class Kristopher Wilson)

"Big E" Completes Carrier Qualifications

For all my SEMilcom buddies.

By Mass Communication Specialist 1st Class (SW) Hendrick L. Dickson, USS Enterprise Public Affairs

ABOARD USS ENTERPRISE (NNS) -- USS Enterprise (CVN 65) (Big E) completed two weeks of carrier qualifications (CQ) when the ship returned to its homeport of Norfolk, Va., April 1.

During the two-week underway, Big E conducted fleet replenishment carrier qualifications with training squadrons from Chief of Naval Air Training (CNATRA), headquartered at Naval Air Station (NAS) Corpus Christi, Texas. The training provided an opportunity for pilots to become certified in landing on a carrier at sea.

Enterprise is currently in a “surge” ready status in support of the Navy’s Fleet Response Plan (FRP). FRP enables the Navy to respond to unpredictable and complex situations worldwide, especially threats to the United States and its coalition partners.

Enterprise Capt. Larry Rice said the crew is focused on maintaining combat readiness and being ready able to answer the call when needed.

“The crew is dedicated and ready to respond to the needs of our leaders,” said Rice. “Maintaining readiness is our number one priority. Whether we are embarked with CNATRA or our normal strike group air wing, Carrier Air Wing (CVW) 1, the goal is still the same – being able to maintain prompt and sustained combat operations.”

During this current underway, Big E was joined by the “Flying Eagles” of Strike Fighter Squadron (VFA) 122, stationed at Naval Air Station (NAS) Lemoore, Calif.; the “Gladiators” of VFA-106, stationed at NAS Oceana, Va., the “Rough Raiders” of VFA-125, stationed at NAS Lemoore, Calif., and the “Sharpshooters” of Marine Fighter Attack Training Squadron (VMFAT) 101, stationed at Marine Corps Air Station (MCAS) Miramar, Calif., all flying the F/A-18 Hornet.

Also joining the Big E are the “Tridents” of Helicopter Anti-Submarine Squadron (HS) 3 flying the SH-60 Seahawk, stationed at NAS Jacksonville, Fla.; the “Greyhawks” of Carrier Airborne Early Warning Squadron (VAW) 120 flying the E-2C Hawkeye, stationed at Naval Station Norfolk, Va.; the “Rawhides” of Fleet Logistics Support Squadron (VRC) 40 flying the C-2A Greyhound, stationed at Naval Station Norfolk, Va.; the “Checkmates” of Sea Control Squadron (VS) 22 flying the S-3B Viking, stationed in NAS Jacksonville, Fla.; the “Eagles” of Training Squadron (VT) 7, the “Tigers” of VT-9, the “Redhawks” of VT-21, and the “Golden Eagles” of VT-22, all flying the T-45A/C Goshawk and all stationed at NAS Corpus Christi; and the “Vikings” of Electronic Attack Squadron (VAQ) 129 flying the EA-6B Prowler, stationed at NAS Whidbey Island, Wash.

Big E is the centerpiece of the Enterprise Carrier Strike Group, which also includes the guided-missile destroyers USS Arleigh Burke (DDG 51), USS Stout (DDG 55), USS Forrest Sherman (DDG 98), and USS James E. Williams (DDG 95); the guided-missile cruiser USS Gettysburg (CG 64); the fast-attack submarine USS
Philadelphia (SSN 690); and the fast combat supply ship USNS Supply (T-AOE 6).

In addition to being the flagship of the strike group, Enterprise is also the home to CVW 1. The air wing is comprised of the “Checkmates” of Strike Fighter Squadron (VFA) 211, flying the F/A-18 Super Hornet, and the “Knighthawks” of VFA-136; the “Sidewinders” of VFA-86; the “Thunderbolts” of Marine Fighter Attack Squadron (VMFA) 251, all flying the F/A-18 Hornet. Also joining CWV 1 are the “Dragonslayers” of Helicopter Anti-Submarine Squadron (HS) 11, flying the SH-60 Seahawk; the “Rooks” of Electronic Attack Squadron (VAQ) 137, flying the EA-6B Prowler; the “Maulers” of Sea Control Squadron (VS) 32, flying the S-3B Viking; the “Screwtops of Carrier Airborne Early Warning Squadron (VAW) 123, flying the E-2C Hawkeye; and the “Rawhides” of Fleet Logistics Support Squadron (VRC) 40, flying the C-2A

Sunday, April 01, 2007

HF Milcom Frequencies - 4/1/2007



Here is a compiled list of HF Milcom frequencies monitored at the Btown Monitoring Post, sent to this reporter, or reported on the various radio newsgroups within the last week. All frequencies below are in kilohertz (kHz).

1616.7 German Coast Guard Neustadt SITOR-A
1916.7 German Coast Guard Cuxhaven SITOR-A
2671.3 German Coast Guard Neustadt SITOR-A
2680.0 Israeli Navy 4XZ-Haifa CW
2789.0 French Navy FUE-Brest 850/75 RTTY
2804.0 Russian Military MS-5/4800
3027.4 Switzerland Military SUI-MIL 300/200
3043.5 Switzerland Air Defense [tentative] Paired w/3044.5 200/100 Unid Digital
3044.5 Switzerland Air Defense [tentative] Paired w/3043.5 200/100 Unid Digital
3161.0 Russian Military 250/81 81-81
3204.0 USAF Civil Air Patrol ALE/USB [tentative]
3235.0 Russian Military MS-5
3370.6 USAF MARS Region 4 USB
4011.0 US Navy/Marine Corps MARS USB
4032.5 US Army Aviation CONUS Net ALE/USB
4149.0 German Military STANAG 4285
4214.0 Italian Navy IDR-Rome 850/75 RTTY
4230.0 Unknown Military STANAG 4285
4235.0 US Coast Guard NMF-Boston MA 120/576 FAX
4255.0 Unknown Military STANAG 4285
4279.0 Spain Military STANAG 4285
4280.0 Netherland Navy PBB-Den Halder 850/75 RTTY
4283.0 US DoD Military STANAG 4285
4290.4 Unknown Military STANAG 4285
4296.0 Unknown Military STANAG 4285
4307.8 Portuguese Military STANAG 4285
4360.0 US Navy Air Defense Commander Net USB
4555.2 German Coast Guard Cuxhaven SITOR-A
4578.0 Italian Military STANAG 4285
4591.8 Portuguese Military STANAG 4285
4605.0 Georgia Military 5GS Net ALE/USB
4644.8 France Military STANAG 4285
4758.5 UK Royal Navy tactical net (trigraphs) USB
4772.0 NATO/DoD Link 11 data transmission
4812.0 Unidentified Military STANAG 4285
4931.8 Unidentified Military Cyprus STANAG 4285
4967.0 Unidentified Military Cyprus STANAG 4285
5010.0 Romanian Military ALE/USB
5051.8 Netherlands Military STANAG 4285
5062.0 Russian Military 120 baud MS-5
5065.0 Malaysian Navy 9MR-Johor Baharu CW
5140.0 Russian Military 120 baud MS-5
5150.0 Italian Military STANAG 4285
5152.0 Russian Military 120 baud MS-5
5157.4 Russian Military 390/81 FSK
5186.0 Italian Military 75 baud STANAG 5541
5207.5 Russian Military 390/81 FSK
5229.5 Norwegian Military STANAG 4285
5294.0 NATO/US DoD 850/75 KG-84 Cipher Stream NATO-75
5340.0 Unknown Military 75 baud Stanag 4481
5345.0 US DoD Military 75 baud STANAG 4481
5363.6 Australian Military STANAG 4285
5377.0 Portuguese Navy RPTI-Porto Delgada AZR 850/75 RTTY
5387.0 Spanish Military STANAG 4285
5406.0 Venezuela Army 5th Infantry Division Net ALE/USB
5407.0 Russian Military CW
5410.0 Algeria Miliitary/MOI ALE/USB
5412.5 US Navy unknown US location 1000/50 RTTY
5429.5 Norwegian Military STANAG 4285
5433.0 NATO/DoD Link 11 data transmission
5436.0 National Guard Indiana 2-238 AVN Net ALE/USB
5446.5 Armed Forces Network Key West FL USB
5687.0 German Air Force DHM91-Muenster USB
5699.0 US Coast Guard Fixed Wing Air/Ground USB/ANDVT
5726.0 NATO/DoD Link 11 data transmission
5775.0 Russian Navy RCP-Black Sea Fleet HQ Sevastopol, Ukraine CW
5809.0 Russian Military 390/81 RTTY
5850.0 Portuguese Military STANAG 4285
6229.4 Italian Military STANAG 4285
6316.0 US Coast Guard NMN-CAMSLANT Chesapeake VA SITOR-B/CW
6340.5 US Coast Guard NMF-Boston MA FAX
6345.0 French Military STANAG 4285
6345.0 Belgium Military STANAG 4285
6345.0 Italian Military STANAG 4285
6350.0 Italian Military Stanag 4285
6405.0 US DoD Puerto Rico STANAG 4285
6425.0 Unknown Military STANAG 4285
6445.0 Japanese Navy XSL Slot Machine MPSK
6449.5 Italian Military STANAG 4285
6458.0 Spanish Military STANAG 4285
6476.3 Spanish Military STANAG 4285
6493.4 Spanish Military STANAG 4285
6495.0 Greek Military STANAG 4285
6499.9 Belgium Military STANAG 4285
6502.4 German Military STANAG 4285
6507.0 Unknown Military STANAG 4285
6688.0 French Air Force Strategic Missions Net USB
6690.0 Netherlands Air Force USB
6694.0 CanForce MACS Discrete Halifax Military USB
6697.0 USSTRATCOM EAM Restoral frequency USB
6712.0 French Air Force Circus Net USB
6715.0 CanForce MACS Discrete Halifax Military USB
6731.0 Israeli Air Force ALE/USB
6733.0 Italian Navy USB/RTTY
6739.0 RAF TASCOMM "Architect" USB
6748.0 Italian Air Force 46th Aerial Brigade ALE/USB
6763.0 NATO/DoD Link 11 data transmission
6766.5 German Military STANAG 4285
6767.5 US Army Command Emergency Operations Net ALE/USB
6807.0 Unknown Military Cyprus STANAG 4285
6833.3 Unknown Military STANAG 4285
6838.0 Romanian Military ALE/USB
6895.0 Netherlands Military STANAG 4285
6915.1 CAN Coast Guard VCO-Sydney NF 120/288 FAX
6920.0 Russian Military MS-5
6973.0 Israeli Defense Forces Radio Galei Tzahal AM
6974.0 Polish Military ALE/USB
6988.0 Russian Military CW
7516.0 Venezuela Army 2nd Infantry Division HF Net ALE/USB
7556.4 French Military STANAG 4285
7653.0 NATO/DoD Link 11 data transmission
7811.0 Armed Forces Network Key West FL USB
7872.0 Polish Military Net ALE/USB
7994.0 Russian Air Defense CW
8125.0 Mexican Military ALE/USB
8156.0 Royal Bahamas SDF Coral Harbor Base USB
8161.5 US Army 12th AVN CONUS Net ALE/USB
8333.5 German Navy Ship to Shore DHJ59 STANAG 4285/USB
8335.3 German Navy Ship to Shore DHJ59 STANAG 4285/USB
8453.0 French Navy FUG-Saisac 300L 5N12 Stanag 4285
8568.0 French Navy FUV-Djibouti 330L 5N12 Stanag 4285
8573.6 Unidentified Military 600L STANAG 4285
8776.0 USSTRATCOM EAM Restoral frequency USB
8977.0 US Navy Tactical Support Center (TSC) - Pacific, NAS Whidbey Island, WA Habitat USB
9020.0 NATO/DoD Link 11 data transmission
9059.0 Brazilian Army ALE/USB
9122.5 NATO/DoD Link 11 data transmission
10134.0 US Army HF ALE Net ALE/USB
10215.0 Russian Military 240/75 RUS-75
10320.0 Armed Forces Network Lualualei NRTF HI USB
10374.0 Russian Military 240/75 RUS-75
10429.0 NATO/US DoD 850/75 KG-84 Cipher Stream NATO-75
10626.0 French Forces RFFXL-Naqoura, Lebanon ARQ-E
10670.5 US Army Aviation CONUS Net ALE/USB
11402.0 USAF Civil Air Patrol ALE/USB
11575.0 US Army HF Apache Net ALE/USB
12087.0 US Army/National Guard Nationwide Net ALE/USB
12370.0 Brazilian Navy ALE/USB
12390.0 UK Royal Navy GYA-Northwood FAX
13206.0 NATO/DoD Link 11 single channel data transmission
14569.0 Venezuela Army 5th Infantry Division HF Net ALE/USB
14362.0 Kokomo- JIATF South, Key West FL USB
15959.0 NATO/US DoD 850/75 KG-84 Cipher Stream NATO-75

Saturday, March 31, 2007

Balad's busy aerial port supports, supplies the fight

Balad's busy aerial port supports, supplies the fight Airmen with the 332nd Expeditionary Logistics Readiness Squadron Aerial Port Flight prepare to in process cargo from a C-17 Globemaster III March 14 at Balad Air Base in Iraq. Balad AB is the aerial port hub for all of Iraq and is the busiest cargo aerial port in the Department of Defense. (U.S. Air Force photo/Airman 1st Class Nathan Doza)

by Senior Airman Candace Romano
332nd Air Expeditionary Wing Public Affairs

BALAD AIR BASE, Iraq (AFNEWS) -- The drone of forklifts moving pallets breaks the smoke-filled haze as members of the 332nd Expeditionary Logistics Readiness Squadron Aerial Port Flight work against the clock to expedite critical hub-and-spoke missions.

Whether it is aircraft parts and ammunition, or fire trucks and heavily armored vehicles, essential supplies for warfighters are palletized, loaded onto aircraft and sent downrange.

"Balad is the aerial port hub for all of Iraq and the busiest cargo aerial port in the Department of Defense," said Maj. Preston McFarren, Aerial Port Flight commander. "We run a huge operation for cargo movement in-theater. The CONUS [Continental United States] super-ports only move half the tonnage and passengers we move at any given time here."

During Air Expeditionary Force 5-6, the flight expects to support approximately 6,955 cargo missions and process about 73,929 passengers through the port, said Staff Sgt. Thomas Roberts, NCO in charge of data records.

As the busiest aerial port flight in DOD, they average about 50 percent more tons than the busiest Air Mobility Command ports in the CONUS, Major McFarren said. He is a reservist deployed from the 433rd Airlift Wing's 26th Aerial Port Squadron at Lackland Air Force Base, Texas.

The aerial porters control the core of all aerial logistics in Iraq utilizing the hub-and-spoke concept, a method of intra-theater airlift conceived from organizations like FedEx and the United Parcel Service. As a result, tactical airlift has streamlined the process and provided a safer means of moving personnel and cargo, as well as aiding with convoy mitigation.

"The more cargo we can put in the air, the more we can reduce the size and frequency of convoys out on the road," said Chief Master Sgt. Steven Saxon, the aerial port flight superintendent, also deployed from the 433rd Airlift Wing at Lackland AFB. "If it can go by air, we send it that way."

Their mission is saving time, getting supplies to warfighters, and potentially saving lives.

"Our purpose is to keep them off of the ground," said Senior Airman Michael Olsen, an air transportation journeyman deployed from Little Rock AFB, Ark. "During this rotation, it is estimated we will have prevented more than 190 convoys and saved over 10,000 soldiers from being placed in harm's way on Iraqi roads. I'm very proud of the job we're doing, and the impact we're having is rewarding."

Each pallet can hold up to 10,000 pounds of cargo, and roughly four pallets equals a truckload. The C-130 Hercules can carry six pallets. By increasing the number of pallets put on an aircraft instead of on a truck in a convoy, the flight reduces the number of vehicles required, Major McFarren said.

Cargo processors build up and break down pallets for travel, and the flight's load planners check weight and balance requirements for supplies and equipment scheduled for airlift. The Air Terminal Operations Center, the aerial port command cell, provides coordination for the flight.

Special handling involves processing hazardous and valuable materials and registered mail. They also handle precious cargo -- the remains of servicemembers who have made the ultimate sacrifice -- when airlift missions dedicated solely to this purpose take flight.

"Seeing a fallen comrade going home makes us comprehend the realities of war," said Airman 1st Class Luther Franklin, an air transportation journeyman deployed from Charleston AFB, S.C. "It puts things in perspective ... it's hard to see, but it's an honor for us to do it."

The Airmen with the flight have learned quickly to deal with challenges in a deployed environment. The close to 100 Airmen assigned to the 332nd ELRS with its 24/7 operations, do the work of 400 Airmen assigned to some of AMC's largest ports.

"The Airmen move a tremendous amount of cargo and passengers, getting the job done through hard work and a whole lot of willpower," Major McFarren said. "As busy as this flight is, and in spite of the reduced manpower we're working with, what's being accomplished here is a real testament to the abilities of the Airmen and NCOs. The work they're doing is absolutely phenomenal."

The aerial porters are also safely loading a wide assortment of aircraft in about half the time than they're used to at home station.

"By reducing time on the ground for air and ground crews and operating on expedited ground time, we make sure the maximum number of missions go out every day," Major McFarren said. He considers his deployment here a first in a hostile environment. "It's a huge challenge to load cargo in half the time we're used to back home -- we're always re-adapting load plans and changing gears to meet mission requirements, and there's no room for error."

Despite the high-paced environment, one Airman feels the relief and affirmation after a completed mission and successful delivery.

"When we see armor kits and water going downrange, we know it's keeping coalition forces alive and possibly easing the stress of their deployment," Airman Franklin said.
Members of the aerial port flight may be "behind the scenes," but they're making the war possible.

"Our Airmen are putting assets on target," Chief Saxon said. "We're delivering pallets, supplies and equipment to the war machine."

Friday, March 30, 2007

B-52s participate in Green Lightning

B-52 Stratofortress assigned to the 96th Expeditionary Bomb Squadron receives fuel from a KC-135 Stratotanker from the 506th Expeditionary Air Refueling Squadron March 23. Both units are deployed to Andersen Air Force Base, Guam, and flew to Australia last week in support of exercise operations at Australia's Delamere Bombing Range and to provide aerial support for the Australia International Airshow 2007. (U.S. Air Force photo/Capt. Chris Cooper)

by Senior Master Sgt. Don Perrien
36th Expeditionary Operations Group Public Affairs

3/28/2007 - ANDERSEN AIR FORCE BASE, Guam (AFNEWS) -- Andersen Airmen flew to the land 'down under' this week to demonstrate the capability and flexibility of the B-52 Stratofortress bomber to their Australian partners. They completed a series of scheduled Green Lightning exercise sorties at the Delamere Bombing Range while also providing aerial flyovers for the Australian International Airshow 2007 in Victoria, Australia.

The missions over Australia were flown under two different types of mission profiles. The Green Lightning missions were 12-hour, round-trip flights into the Delamere Bombing Range beginning and ending here. Later missions saw a B-52, along with a KC-135 Stratotanker for support, landing at the Royal Australian Air Force Base Darwin to fly sorties supporting the Australian air show.

"We departed Andersen and received 80,000 pounds of fuel from the KC-135 tanker accompanying us," said Capt. Mike Maginness, a B-52 co-pilot with the 96th Expeditionary Bomb Squadron. "We continued our mission to the Delamere Bomb Range where we received permission to employ six BDU-50 inert bombs.

"Along the way, we were escorted by and participated in joint training with Hornets from the Royal Australian Air Force," Captain Maginness continued. "The tactical experience of those flights was great training for both us and our Australian partners."

According to Australian Defence Force officials, this training follows two similar and successful visits last year. Such training provides a valuable opportunity for the forces to work together and hone their skills at a time when our alliance has never been stronger, officials said.

This was the third time Andersen-based bombers have participated in the Green Lightning exercise. B-2 Spirit bombers completed the first Green Lightning exercise from Guam in July 2006, while the first group of B-52s completed their sorties in October 2006.

Following the Green Lightning missions, the deployed aircrews performed aerial flyovers for the Australian International Airshow. For one member of the 96th EBS, the air show support had special significance. B-52 navigator 1st Lt. John Coveney was raised in New South Wales and graduated from Kingswood High School in Australia. The event marked his first visit to the country since entering the Air Force in 1994.

"It was great to be able to show my family in Australia what I'm doing as part of the United States Air Force," he said. "My brother, his wife and five children drove 10 hours to be able to see our B-52 at the air show. He was really impressed with the sight of the B-52 knowing I was up there above him."

The performance of the B-52 and other Air Force aircraft on display at the air show left a positive impression of the joint cooperation between the U.S. and Australian flying partners.

The U.S. Ambassador to Australia, Robert D. McCallum, attended the air show, calling it a "celebration of the aerospace industry." The ambassador declared the air show an "affirmation of the strong Australia-U.S. alliance" wherein participants' impressive capabilities and ideas for the future were showcased.

According to Lt. Col. Jim Melvin, the 96th EBS operations officer, support of missions in Australia is part of the reason for the rotational bomber presence in the Pacific theater based at Andersen.

"The United States and Australia continue to be close allies in our shared commitment to maintaining peace and security in the Asia-Pacific region," Colonel Melvin said. "U.S. bombers working side-by-side with our Australian counterparts provide both nations' armed forces an opportunity to build on that shared commitment."

Work completed on modernized GPS satellites


Lockheed Martin has delivered the eighth and final satellite in the modernized Global Positioning System Block IIR (GPS IIR-M) production to the U.S. Air Force. The GPS constellation provides situational awareness and precision weapon guidance for the military. The worldwide system also supports a range of civil, scientific and commercial functions – from air traffic control to the Internet — with precision location and timing information.

Currently, three IIR-M spacecraft are in orbit, along with 12 original Block IIR satellites within the overall 30-spacecraft GPS constellation. Each satellite in the Block IIR-M series includes a modernized antenna panel that provides increased signal power to receivers on the ground — two new military signals for improved accuracy, enhanced encryption and anti-jamming capabilities for the military — and a second civil signal that will provide users with an open access signal on a different frequency.

Based on the navigation user range error, which measures GPS accuracy, the Block IIR satellites enable suitably equipped users to determine precise time and velocity as well as worldwide latitude, longitude and altitude to within one meter.

The final eight spacecraft, designated Block IIR-M, were modernized to enhance operations and navigation signal performance for military and civilian GPS users around the globe. The company is also responsible for launch and flight operations support of the GPS IIR and IIR-M satellites.

The third GPS IIR-M spacecraft was launched successfully on Nov. 17, 2006 by Air Force Space Command's 2nd Space Operations Squadron (2 SOPS) at Schriever Air Force Base, Colo., which manages and operates the GPS constellation for both civil and military users. Whereas the fourth GPS Block IIR-M satellite was delivered to Cape Canaveral to support a late 2007 launch.

Wednesday, March 28, 2007

Super Hornet Launch Off Ike in the Persian Gulf

An F/A-18E Super Hornet, assigned to the "Pukin Dogs" of Strike Fighter Squadron (VFA) 143, launches from the flight deck of Nimitz-class aircraft carrier USS Dwight D. Eisenhower (CVN 69). The Eisenhower Carrier Strike Group and Carrier Air Wing (CVW) 7 are conducting a dual-carrier exercise with John C. Stennis Carrier Strike Group and Carrier Air Wing (CVW) 9. This marks the first time the Stennis and Eisenhower strike groups have operated together in a joint exercise while deployed to 5th Fleet. This exercise demonstrates the importance the ability for both strike groups to plan and conduct dual task force operations as part of the Navy’s commitment to maintaining maritime security and stability in the region. (U.S. Navy photo by Mass Communication Specialist Seaman Travis Alston)

USS John C. Stennis Now Operating in Persian Gulf

USS JOHN C. STENNIS, At Sea (NNS) -- The aircraft carrier USS John C. Stennis (CVN 74) entered the Persian Gulf on March 27, escorted by the guided-missile cruiser USS Antietam (CG 54).

While in the Gulf, the flagship of the USS John C. Stennis Carrier Strike Group (JCSSG) and its air wing, Carrier Air Wing (CVW) 9, will conduct a dual-carrier exercise with the USS Dwight D. Eisenhower Carrier Strike Group (IKE CSG). This marks the first time the Stennis and Eisenhower strike groups have operated together in a joint exercise while deployed to the U.S. Fifth Fleet area of responsibility.

This exercise demonstrates the importance of both strike groups’ ability to plan and conduct dual task force operations as part of the U. S. long-standing commitment to maintaining maritime security and stability in this region.

Two air wings from the aircraft carriers will conduct air warfare exercises while the surface components will conduct exercises in three general disciplines: anti-submarine, anti-surface and mine warfare.

John C. Stennis left its homeport of Bremerton, Wash., Jan. 16 for deployment and began operating alongside coalition maritime forces in the region Feb. 19. After arriving, JCSSG began conducting Maritime Security Operations (MSO) and providing direct support to coalition ground forces participating in Operation Enduring Freedom in Afghanistan. During the 33 days of operations over Afghanistan, CVW 9 provided close-air support and reconnaissance to International Security Assistance Force troops on the ground.

MSO help set the conditions for security and stability in the maritime environment, as well as complement the counter-terrorism and security efforts of regional nations. These operations deny international terrorists use of the maritime environment as a venue for attack or to transport personnel, weapons or other material.

The CVW 9 squadrons include the “Black Knights” of Strike Fighter Squadron (VFA) 154, “Blue Diamonds” of VFA 146, “Argonauts” of VFA 147, “Death Rattlers” of Marine Strike Fighter Squadron 323, “Yellowjackets” of Tactical Electronic Warfare Squadron 138, “Golden Hawks” of Carrier Early Warning Squadron 112, “Topcats” of Sea Control Squadron 31, “Eightballers” of Helicopter Anti-Submarine Squadron 8 and “Providers” of Fleet Logistics Support Squadron 30.

JCSSG includes John C. Stennis, CVW 9, Destroyer Squadron 21, USS Antietam (CG 54), the guided-missile destroyers USS O’Kane (DDG-77) and USS Preble (DDG 88) and the fast combat-support ship USNS Bridge (T-AOE 10). More than 6,500 Sailors and Marines are assigned to JCSSG.

Commando Angel preps pararescuemen

Pararescuemen from the 38th Rescue Squadron are hoisted by an HH-60G Pave Hawk from the 41st RQS, during a dive recovery exercise March 22 in the Gulf of Mexico. The 38th and 41st RQS from Moody Air Force Base, Ga., are taking part in the base's operational readiness exercise, Commando Angel. (U.S. Air Force photo/Senior Airman Joshua T. Jasper)

C-130s leaving Alaska - 517th C-130 Final Flight

A C-130 Hercules from the 517th Airlift Squadron at Elmendorf Air Force Base, Alaska, flies over the Alaska Range during its final flight March 23. After 43 years of continuous service in Alaska, the flight marked the end of the C-130 era at the 517th. Airmen at Elmendorf soon will see C-17 Globemaster IIIs taking over the airlift mission. (U.S. Air Force photo/Tech Sgt Keith Brown)

Tuesday, March 27, 2007

Milair Nationwide Frequencies Part 12

This is part 12 of our exclusive nationwide milair assignment list. MT Subscribers can get my complete UHF nationwide list and other goodies online in the MT Readers Only website. In order to access this website you have to use a special User ID and password only available to Monitoring Times readers and subscribers. Go to the Monitoring Times website for more details.

Here is a list of previous parts and the dates they appeared on this blog:
Part 1 Monday May 29, 2006
Part 2 Tuesday, June 06, 2006
Part 3 Tuesday, June 13, 2006
Part 4 Tuesday, June 20, 2006
Part 5 Wednesday, July 5, 2006
Part 6 Wednesday, July 26, 2006
Part 7 Thursday, August 24, 2006
Part 8 Thursday, September 14, 2006
Part 9 Thursday, November 9, 2006
Part 10 Tuesday, December 12, 2006
Part 11 Tuesday, February 6, 2007

295.050 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.075 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.100 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.125 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.150 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.175 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23 /UFO November Navy Fleet Relay (25 kHz) channel 13
295.200 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.225 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23 /UFO Papa Navy Fleet Relay (25 kHz) channel 13
295.250 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.275 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23 /UFO November Navy Fleet relay (25 kHz) channel 14
295.300 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.325 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23 /UFO Papa Navy Fleet Relay (25 kHz) channel 14
295.350 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.375 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23 /UFO November Navy Fleet Relay (25 kHz) channel 15
295.400 USAF Aerial Refueling Tracks/Anchors, Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.425 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23 /UFO Papa Navy Fleet Relay (25 kHz) channel 15
295.450 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.475 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23 /UFO November Navy Fleet Relay (25 kHz) channel 16
295.500 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.525 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23 /UFO Papa Navy Fleet Relay (25 kHz) channel 16
295.550 Milsat Uplink-FLTSAT Bravo AFSATCOM Wideband channel 23
295.650 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
295.675 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23 /UFO Oscar Navy Fleet Relay (25 kHz) channel 13
295.700 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
295.725 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23 /UFO Quebec Navy Fleet Relay (25 kHz) channel 13
295.750 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
295.775 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23 /UFO Oscar Navy Fleet Relay (25 kHz) channel 14
295.800 USAF/NORAD Aerial Refueling Established Tracks, Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
295.825 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23 /UFO Quebec Navy Fleet Relay (25 kHz) channel 14
295.850 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
295.875 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23 /UFO Oscar Navy Fleet Relay (25 kHz) channel 15
295.900 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
295.925 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23 /UFO Quebec Navy Fleet Relay (25 kHz) channel 15
295.950 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
295.975 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23 /UFO Oscar Navy Fleet Relay (25 kHz) channel 16
296.000 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
296.025 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23 /UFO Quebec Navy Fleet Relay (25 kHz) channel 16
296.050 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
296.075 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
296.100 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
296.125 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
296.150 Milsat Uplink-FLTSAT Charlie AFSATCOM Wideband channel 23
296.250 Milsat Uplink-UFO November Navy Fleet relay (25 kHz) channel 4
296.350 Milsat Uplink-FLTSAT Alpha/UFO Oscar Navy Fleet relay (25 kHz) channel 4
296.450 Milsat Uplink-FLTSAT Bravo/UFO Papa Navy Fleet relay (25 kHz) channel 4
296.550 Milsat Uplink-FLTSAT Charlie/UFO Quebec Navy Fleet relay (25 kHz) channel 4
296.650 USAF AWACS Voice Coordination Net
296.700 FAA Air Traffic Control -- High Altitude: Special Use TSU (Amber 4>
296.750 NASA discrete
296.775 NASA discrete
296.800 NASA Space Shuttle Air to Ground
296.825 NASA discrete
297.000 USAF AMC Air-to-Air Airlift Comms
297.175 Milsat Uplink-UFO November Navy Fleet relay (25 kHz) channel 17
297.225 Milsat Uplink-UFO Papa Navy Fleet relay (25 kHz) channel 17
297.275 Milsat Uplink-UFO November Navy Fleet relay (25 kHz) channel 18
297.300 Aerial Refueling Coronet CONUS
297.325 Milsat Uplink-UFO Papa Navy Fleet relay (25 kHz) channel 18
297.375 Milsat Uplink-UFO Oscar Navy Fleet relay (25 kHz) channel 17
297.425 Milsat Uplink-UFO Quebec Navy Fleet relay (25 kHz) channel 17
297.475 Milsat Uplink-UFO Oscar Navy Fleet relay (25 kHz) channel 18
297.525 Milsat Uplink-UFO Quebec Navy Fleet relay (25 kHz) channel 18
297.575 USAF Have Quick Communications
297.600 USAF Have Quick Communications
297.850 Milsat Uplink-UFO November Navy Fleet relay (25 kHz) channel 5
297.950 Milsat Uplink-FLTSAT Alpha/UFO Oscar Navy Fleet relay (25 kHz) channel 5
298.050 Milsat Uplink-FLTSAT Bravo/UFO Papa Navy Fleet relay (25 kHz) channel 5
298.150 Milsat Uplink-FLTSAT Charlie/UFO Quebec Navy Fleet relay (25 kHz) channel 5
298.275 USAF Have Quick Communications
298.300 USAF Have Quick Communications/Milsat Uplink-Skynet 4D (25 kHz)
298.350 USAF F-15 Flight Demo Team (East)
298.650 DoD Have Quick Communications
298.800 USN Amphib ATC (West Coast)
298.850 Air Traffic Control -- Various functions
298.875 Air Traffic Control -- Various functions
298.900 Air Traffic Control -- Various functions
298.925 Air Traffic Control -- Various functions
298.950 Air Traffic Control -- Various functions
299.200 Air Traffic Control -- Various functions
299.350 Milsat Uplink-UFO November Navy Fleet relay (25 kHz) channel 6
299.400 USN Command and Control
299.450 Milsat Uplink-FLTSAT Alpha/UFO Oscar Navy Fleet relay (25 kHz) channel 6
299.500 USN Command and Control
299.550 Milsat Uplink-FLTSAT Bravo/UFO Papa Navy Fleet relay (25 kHz) channel 6
299.600 Air Traffic Control -- Various functions
299.650 Milsat Uplink-FLTSAT Charlie/UFO Quebec Navy Fleet relay (25 kHz) channel 6
299.700 USN Command and Control

BHR ESG Wraps Up JTFEX, Ready for Deployment

By Mass Communication Specialist 2nd Class Dustin Mapson, USS Bonhomme Richard Public Affairs

USS BONHOMME RICHARD, At Sea (NNS) -- USS Bonhomme Richard (LHD 6) (BHR) Expeditionary Strike Group (ESG) completed its third and final pre-deployment exercise March 24.

Joint Task Force Exercise (JTFEX) tested the strike group’s ability to operate in an integrated or coalition force environment. This was the graduate-level exercise before BHR ESG is certified ready for deployment, according to Rear Adm. Jerry Beaman, Commander, Strike Force Training Pacific.

“This certification lets the receiving combatant commander know that the ESG is certified by 3rd Fleet and ready for combat operations,” said Beaman.

JTFEX was the culmination of two previously completed exercises and tested every aspect of the strike group’s warfighting capabilities, according to Amphibious Squadron (CPG) 7 Commander Capt. Bradley Martin.

“We tested the capability of the ships and units to establish maritime and air superiority,” said Martin. “We also established that we can operate the ESG in a less than permissive environment and press forward to achieve our objectives ashore.”

Martin explained that a less than permissive environment is one where threats must be overcome in order to reach an objective.

Martin said the strike group’s ability to act as a cohesive unit was tested, and the 13th Marine Expeditionary Unit (MEU) was able to demonstrate their full mission capabilities.

“There was a full range of missions for the MEU,” said Martin. “They were able to carry out a number of different types of raids and humanitarian assistance operations, and also execute noncombatant evacuation operations.”

The 13th MEU commanding officer, Col. Carl Mundy III, said JTFEX helped fully prepare his Marines for deployment and employed their full range of operational missions.

“We are in tremendous shape and have had the opportunity to practice our mission profiles and work with primary means of deployment and the respective ships they are on,” said Mundy. “It has set us up for deployed amphibious operations quite well.”

Martin, who commands, coordinates, integrates, and executes the deployed operations of all surface ships and units assigned to BHR ESG, said the capability of the ESG brings a tremendous amount of flexibility to support the mission of the combatant commander.

“We have a unique ability to bring ESG power where it needs to be,” said Martin. “Not only have we proven our ability to carry out the defense of our own force, but we can bring the capabilities of the MEU and Navy together in ways that allow the theater commander to flexibly respond to whatever sorts of threats or scenarios that may arise.”

Martin said the specific mission of the upcoming deployment is still unsure, but the ESG is ready for whatever lies ahead.

“We know from experience that there is really no predicting what may happen on deployment. A wide variety of things may happen and we are trained to react to whatever will come up,” said Martin. “We are still seeing the development of the transit plan, but we expect to carry out engagement and other types of operations with our strike group and other forces. We are ready to meet whatever challenges arise.”

Martin said the strike group is now certified and ready to conduct operations in support of the global war on terrorism.

“We are fully integrated to the point where we are able to work together as a force and are able to carry out a range of missions,” said Martin. “JTFEX has been a very challenging exercise by design and was intended to stress our ability to react. The Sailors and Marines of the force have done a great job across the board. It’s been very rewarding to watch all of this come together, sometimes under conditions of great strain. I extend a 'well done' to everyone involved.”

BHR ESG is comprised of CPG-7, BHR, USS Denver (LPD 9), USS Rushmore (LPD 47), USS Milius (DDG 69), USS Chosin (CG 65), USS Chung-Hoon (DDG 93) and the embarked elements of the 13th MEU.

"Big John" Decommissioned After 38 Years of Service



By Mass Communication Specialist 1st Class Bill Larned, USS John F. Kennedy Public Affairs

MAYPORT, Fla. (NNS) -- The aircraft carrier USS John F. Kennedy (CV 67) was decommissioned in Mayport, Fla., March 23.

After a 17 gun salute, USS John F. Kennedy Commanding Officer Capt. Todd Zecchin addressed the more than 5,000 guests, former commanding officers, city officials and distinguished visitors. In his speech, he described his feelings for the ship and the legacy of its crew.

“While preparing for today, I realized that serving on this ship is akin to having a relationship with a tried and true friend," Zecchin said. "Saying goodbye is a sublime melancholy.”

Zecchin described the level of dedication the crew revealed. He illustrated their pride in professionalism in terms of a recent port visit to Boston, when 21 degree below zero windchills made working conditions at night unforgiving.

“None of the watchstanders complained. In fact, I had to order them back inside the skin of the ship because they were so intent on getting the job done.”

The ship’s commanding officer took time not just to remember the crew’s efforts, but of those backing each of them.

“Nobility of purpose, service to people, devotion to a cause and a deep belief in each other is what sustains us. We could not have done it without the support of family and friends," he said.

Commander, U.S. Fleet Forces Command Admiral John B. Nathman talked about the ship’s history and the deployments to the Middle East that made headlines in the 1980s, 1990s and the present decade.

“You have served with honor and distinction,” Nathman said, addressing the crew. “I commend you for facing challenges head-on and for welcoming your responsibility. Feel privileged to bear your responsibility. Wear it as a mantle on your shoulders with the pride it deserves.”

To recognize some of the former commanding officers of USS John F. Kennedy, Zecchin asked all who had once commanded the warship to stand. A hearty applause erupted from all of the seated guests, young and old, military personnel and civilians.

The 80,000 ton warship, namesake of the 35th President of the United States, saw 18 deployments and 30 commanding officers in its 38 years of service.

Monday, March 26, 2007

San Diego Welcomes USS Gridley Home

By Mass Communication Specialist Seaman Apprentice Matthew N. Jackson, Fleet Public Affairs Center, Pacific

SAN DIEGO (NNS) -- The Navy’s newest guided-missile destroyer, USS Gridley (DDG 101), arrived at its homeport here March 21, after being commissioned Feb. 10 in Miami.

“Our mission is to provide support for global trade and commerce, contribute to the antiterror mission and global war on terrorism,” said Cmdr. Steve A. Shinego, Gridley commanding officer, noting the ship’s asset to naval operations.

“I’m very proud of the crew,” said Shinego. “They have accomplished a lot prior to our commissioning and bringing the ship from Miami to San Diego. Sailors aboard the ship can expect the chance to set the legacy from this point forward. Their performance, attitude, teamwork and kinship with each other is going to determine the reputation the ship has.”

Approximately 350 Sailors completed basic shipboard training and qualifications while working to keep Gridley on schedule.

Arleigh Burke-class destroyers like Gridley are the most advanced state-of-the-art warships built in the world. These destroyers are equipped with the Navy’s AEGIS Combat System (ACS). ACS integrates air, surface, subsurface, and strike warfare.

The 51st ship in the Arleigh Burke-class, Gridley is the fourth ship to bear that name. Gridley is named after Capt. Charles Gridley who was the recipient of Commodore George Dewey’s famous command, “You may fire when you are ready, Gridley,” during the battle of Manila Bay in the Spanish-American War.

Sunday, March 25, 2007

HF Milcom Frequencies - 3/25/2007

Here is a compiled list of HF Milcom frequencies monitored at the Btown Monitoring Post, sent to this reporter, or reported on the various radio newsgroups within the last ten days. All frequencies below are in kilohertz (kHz). A special thanks to Marat Ronin who posted an ALE address and frequency profile of various Georgia military HF nets on the UDXF newsgroup. Thanks Marat.

1743.0 UK Coast Guard Stornoway USB
2243.2 Italian Navy Voice Coordination Net [IDR401] USB/STANAG 4285
2309.2 Italian Navy Voice Coordination Net USB
2505.0 German Coast Guard Neustadt ARQ
2839.6 Italian Navy Voice Coordination Net USB/STANAG 4285
3131.0 NATO/US DoD NATO-75 850/75 KG-84
3367.8 Unidentified German Military STANAG 4285
3521.0 Italian Navy Voice Coordination Net USB/STANAG 4285
3541.0 Georgia Military 5GS Net ALE/USB
3565.0 Georgia Military 8GS Net ALE/USB
3602.0 Russian Military MS-5
3605.0 Georgia Military GS1/MB1 Net ALE/USB
3645.0 Georgia Military 8GS Net ALE/USB
3652.0 Georgia Military 5GS Net ALE/USB
3700.0 Georgia Military LEN Net ALE/USB
3723.0 Georgia Military 5GS Net ALE/USB
3731.0 Unidentified Military STANAG 4285
3745.0 Georgia Military 8GS Net ALE/USB
3755.0 Georgia Military LEN Net ALE/USB
3785.0 Georgia Military LEN Net ALE/USB
3824.0 Georgia Military 5GS Net ALE/USB
3850.5 Russian Navy RMP-Kaliningrad CW
3855.0 Georgia Military 8GS Net ALE/USB
3857.0 Norway Military STANAG 4285
3864.0 Norway Military STANAG 4285
3865.0 Israeli Air Force ALE/USB
3916.5 Unidentified Military STANAG 4285
3945.0 RAF CRC Boulmet UK JAAWSC circuit USB
4015.0 Georgia Military BR1 & LEN Net ALE/USB
4041.0 US Navy/Marine Corps MARS Net USB
4073.0 US Army Iraq Net ALE/USB
4073.0 US Army Bosnia-Herzegovina ALE/USB
4075.0 Georgia Military GS1/MB1 Net ALE/USB
4115.6 Italian Navy Voice Coordination Net USB/STANAG 4285
4123.0 Georgia Military GS1/MB1 Net ALE/USB
4125.0 Georgia Military BR1 Net ALE/USB
4230.2 Netherland Navy PBB-Den Halder 850/85 RTTY
4235.0 Georgia Military GS1/MB1 Net ALE/USB
4319.0 Armed Forces Network Diego Garcia DGA USB
4331.0 Israeli Navy 4XZ-Haifa CW
4338.0 French Navy FUE-Brest 840/50 RTTY
4500.0 Georgia Military BR1 Net ALE/USB
4505.0 Georgia Military BR1 & LEN Net ALE/USB
4518.6 US Air Force MARS Piccolo
4535.0 Georgia Military 8GS Net ALE/USB
4545.0 Georgia Military 8GS Net ALE/USB
4550.0 Georgia Military BR1 Net ALE/USB
4555.0 Georgia Military 5GS Net ALE/USB
4065.0 Georgia Military 5GS Net ALE/USB
4625.0 Georgia Military 8GS Net ALE/USB
4645.0 Georgia Military 8GS Net ALE/USB
4716.0 Italian Air Force 46th Bde HQ ALE/USB
4721.0 Georgia Military 5GS Net ALE/USB
4721.0 Italian Air Force USB/RTTY
4735.0 Georgia Military 8GS Net ALE/USB
4742.0 RAF TASCOMM "Architect" USB
4780.0 Georgia Military BR1 & LEN Net ALE/USB
4952.0 Hungarian Military ALE/USB
4970.0 Georgia Military BR1 & LEN Net ALE/USB
5097.0 Italian Navy Voice Coordination Net USB/STANAG 4285
5097.0 CanForce CFH-Halifax 850/75 NAWS Marker RTTY
5103.0 Georgia Military ART/SE2 Net ALE/USB
5120.0 Georgia Military GS1/MB1 Net ALE/USB
5125.0 Georgia Military BR1 Net ALE/USB
5131.0 Georgia Military 5GS Net ALE/USB
5135.0 US Army Bosnia Herzegovina AVN Net ALE/USB
5200.0 Georgia Military LEN Net ALE/USB
5203.0 Georgia Military ART/SE2 Net ALE/USB
5209.5 National Guard Net ALE/USB
5213.0 Russian Navy RMP-Kaliningrad CW
5224.0 Russian Navy RCV-Sevastopol CW
5235.0 Georgia Military 8GS & GS1/MB1 Net ALE/USB
5290.0 Georgia Military BR1 & LEN Net ALE/USB
5320.0 Georgia Military 8GS Net ALE/USB
5320.0 US Coast Guard Air-to-Ground working USB/ANDVT
5321.0 Georgia Military 5GS Net ALE/USB
5322.0 Russian Military CW
5330.0 Georgia Military BR1 Net ALE/USB
5335.0 Georgia Military BR1 & LEN Net ALE/USB
5351.0 Georgia Military 8GS Net ALE/USB
5370.0 Lithuanian Air Defense Net ALE/USB
5391.0 Norway Navy JWT-Stavanger USB
5400.0 Georgia Military BR1 Net ALE/USB
5400.5 Russian Navy RKN-Astrakham CW
5412.0 US Navy (possible multi-national) CWC Link 11/16 coordination net (USB)
5415.0 Georgia Military 5GS Net ALE/USB
5416.5 Chinese Military L9CC CW
5425.0 Georgia Military 8GS & BR1 Net ALE/USB
5430.0 Georgia Military BR1 Net ALE/USB
5434.0 National Guard New York ALE/USB
5455.0 Georgia Military BR1 Net ALE/USB
5456.0 Albanian MOI/Military ALE/USB
5465.0 Georgia Military GS1/MB1 Net ALE/USB
5530.0 Georgia Military LEN Net ALE/USB
5572.0 Georgia Military 5GS Net ALE/USB
5650.0 Albanian MOI/Military ALE/USB
5702.0 RAF TASCOMM "Architect" USB
5762.0 Georgia Military 5GS Net ALE/USB
5765.0 Armed Forces Network Barrigada GUM USB
5758.0 French Navy Armor-CCMAR/ATL Brest USB
5778.5 National Guard Net CONUS ALE/USB
5780.0 Georgia Military 8GS Net ALE/USB
5851.5 National Guard Net CONUS ALE/USB
6203.0 Georgia Military ART/SE2 Net ALE/USB
6210.0 Georgia Military GS1/MB1 Net ALE/USB
6215.0 US Coast Guard Ship-to-Shore ISB Net USB
6255.0 Georgia Military LEN Net ALE/USB
6283.0 Georgia Military GS1/MB1 Net ALE/USB
6305.0 Georgia Military GS1/MB1 Net ALE/USB
6348.0 French Navy FUE-Brest 600L 5N2 STANAG 4285
6350.0 Armed Forces Network Lualualei NRTF HI USB
6351.0 Georgia Military 8GS Net ALE/USB
6451.0 Georgia Military 5GS Net ALE/USB
6487.5 NATO/US DoD NATO-75 850/75 KG-84
6523.0 Georgia Military 5GS Net ALE/USB
6551.0 Georgia Military 8GS Net ALE/USB
6583.0 Georgia Military 8GS Net ALE/USB
6650.0 Georgia Military BR1 Net ALE/USB
6690.0 NATO/AWACS DHN66-Geilenkirchen E-3 AWACS/Magic to DHN66 Link USB
6694.0 CanForce MACS Trenton Military USB
6695.0 Georgia Military LEN Net ALE/USB
6699.0 French Air Force Veilleur-CCOA Taverny data coordination USB
6748.0 Israeli Air Force ALE/USB
6751.5 NATO/US DoD NATO-75 850/75 KG-84
6757.5 NATO/US DoD NATO-75 850/75 KG-84
6825.0 French Army FAV22-Mont-Valerien CW
6836.0 Russian Navy RMW56/RMW32 CW
6844.0 Russian Military CW
6855.0 Georgia Military LEN Net ALE/USB
6950.0 Georgia Military LEN Net ALE/USB
6995.0 Georgia Military BR1 Net ALE/USB
7000.0 Georgia Military BR1 Net ALE/USB
7020.0 Unknown Possible Military ALE/USB
7033.0 Georgia Military 5GS Net ALE/USB
7045.0 Georgia Military 8GS Net ALE/USB
7125.0 Georgia Military BR1 Net ALE/USB
7255.0 Georgia Military BR1 Net ALE/USB
7415.0 Georgia Military 5GS Net ALE/USB
7425.0 Georgia Military 8GS Net ALE/USB
7500.0 Georgia Military LEN Net ALE/USB
7555.0 Georgia Military GS1/MB1 Net ALE/USB
7580.0 Georgia Military LEN Net ALE/USB
7673.0 Georgia Military GS1/MB1 Net ALE/USB
7705.0 Georgia Military LEN Net ALE/USB
7725.0 Georgia Military LEN Net ALE/USB
7780.0 Georgia Military LEN Net ALE/USB
7969.0 Russian Military CW
8123.0 Georgia Military GS1/MB1 Net ALE/USB
8199.7 Netherland Navy PJC-Hato ATN Counter Narco Net USB
8210.0 Georgia Military GS1/MB1 Net ALE/USB
8301.6 US Coast Guard ANDVT/USB
8340.0 Venezuela Coast Guard/Riverine Forces ALE/LSB
8540.0 Venezuela Coast Guard/Riverine Forces ALE/LSB
8550.0 Portugal Navy CTP-Lisbon NAWS 850/75 RTTY
8816.0 Russian Navy PRIBOJ/RFJ94-Moscow Air Transport Central Sector CW
8816.0 Russian Navy NOVATOR/RJC38-Murmansk Air Transport Northern Sector CW
9030.0 NATO/US DoD 850/75 KG-84 Cipher Stream NATO-75
9031.0 RAF TASCOMM "Architect" USB
9075.0 Venezuela Coast Guard/Riverine Forces ALE/LSB
9125.0 Georgia Military BR1 Net ALE/USB
9137.0 Georgia Military GS1/MB1 Net ALE/USB
9305.0 Georgia Military GS1/MB1 Net ALE/USB
10045.0 Civilian Boeing Flight Test USB
10128.0 NATO/US DoD NATO-75 850/75 KG-84
10173.0 Georgia Military GS1/MB1 Net ALE/USB
10273.0 Georgia Military GS1/MB1 Net ALE/USB
10470.0 Georgia Military GS1/MB1 Net ALE/USB
11110.0 Georgia Military GS1/MB1 Net ALE/USB
11235.0 Georgia Military GS1/MB1 Net ALE/USB
11247.0 RAF TASCOMM "Architect" USB
11465.0 Russian Military CW
11601.0 Venezuela Army ALE/USB
11685.5 NATO/US DoD NATO-75 850/75 KG-84
12015.0 French Navy 850/50 encrypted RTTY
12666.5 French Navy FUO-Toulon, F 300L 5N11 STANAG 4285
12783.5 Royal Malaysian Navy 9MB5-Georgetown, West Malaysia 850/50 RTTY
13057.6 Spanish Navy EBA-Madrid 600L 8N11 KG-84 STANAG 4285
13257.0 RAF TASCOMM "Architect" USB
13993.1 USAF MARS HF Transcontinental Net USB
17045.0 GYA-Royal Navy Northwood Meteo Charts 120/576 FAX
18018.0 RAF TASCOMM "Architect" USB

Thursday, March 22, 2007

Submarine Force Participates in Ice Exercise 2007

Los Angeles-class fast attack submarine USS Alexandria (SSN 757) is submerged after surfacing through two feet of ice during ICEX-07, a U.S. Navy and Royal Navy exercise conducted on and under a drifting ice floe.

Commander, Submarine Force has announced the participation of USS Alexandria (SSN 757), home ported in Groton, Conn., in a joint U.S. Navy/Royal Navy exercise being conducted in the Arctic Ocean in March and April.

Ice Exercise 2007 (ICEX-2007) will be directed by Capt Ed Hasell, officer in charge of the U.S. Navy’s Arctic Submarine Laboratory in San Diego, Calif.

Two submarines, the Alexandria and a Royal Navy Trafalgar class submarine will conduct the joint classified testing on submarine operability and war fighting capabilities in Arctic waters. Alexandria, commanded by Cmdr. Mike Bernacchi, will participate in ICEX-2007, under the operational control of Combined Task Force (CTF) 82 in Norfolk.

The exercise will be supported by the Applied Physics Laboratory Ice Station (APLIS) built on the Arctic Ocean sea ice north of Deadhorse (Prudhoe Bay), Alaska from which the exercise will be coordinated with Range Safety Officers monitoring movement of and communication with the two submarines.

The camp consists of a small village, constructed and operated especially for the ICEX by the Applied Physics Laboratory of the University of Washington. Following the completion of the ICEX operations, the Navy will share the camp for civilian scientific research as part of the International Polar Year.

The U.S. submarine force conducts exercises in waters around the globe, including the Arctic, in order to guarantee assured access to any ocean in the world. The submarine force continues to use the Arctic Ocean as an alternate route for shifting submarines between the Atlantic and Pacific Oceans.

In fact, submarines can reach the western Pacific directly by transiting through international waters of the Arctic rather than through the Panama Canal. U.S. submarines must continue to train in the Arctic environment to refine and validate procedures and required equipment in support of operational safety.

The U.S. Navy and Royal Navy Arctic cooperation represents an excellent example of the shared vision and resources the two navies enjoy. Since 1986, every Arctic tactical exercise has involved both U.S. Navy and Royal Navy submarines.

Planes of past and present soar over Sedona

An Air Force heritage flight consisting of a P-51 Mustang, an F-4 Phantom, an A-10 Thunderbolt and an F-16 Fighting Falcon fly over the Arizona desert on March 19 above Sedona. The flight was part of the events taking place in Phoenix for the first Air Force Week celebration of the year. (U.S. Air Force photo/Tech. Sgt. Justin D. Pyle)

Airborne Laser fires tracking laser, hits target

The YAL-1A Airborne Laser, a modified Boeing 747-400F, takes off from Edwards Air Force Base, Calif., on March 15 for a five-hour test mission. During the flight, the aircraft's target illuminator laser fired for the first time. The Airborne Laser is undergoing a long-term test phase at the Air Force Flight Test Center here in preparation for the integration later in the year of the chemical oxygen iodine laser, or COIL, a missile-killing, high-energy chemical laser. ( U.S. Air Force photo/Kellie Masters)

by Tech. Sgt. Eric M. Grill
95th Air Base Wing Public Affairs

3/21/2007 - EDWARDS AIR FORCE BASE, Calif. (AFNEWS) -- The YAL-1A Airborne Laser, a modified Boeing 747-400F, successfully test fired its target illuminator laser March 15 during a five-hour test flight.

The mission and test firing represented the Airborne Laser's first in-flight external laser firing, and used the NC-135E "Big Crow" test aircraft to verify the ABL's ability to track an airborne target and measure atmospheric turbulence.

The Airborne Laser aircraft is undergoing a long-term test phase at the Air Force Flight Test Center here.

"This mission is a big milestone for our program," said Lt. Col. Michel Zumwalt, the 417th Flight Test Squadron Airborne Laser Combined Test Force operations officer. "It's the first time we've actually had photons leaving the airplane in flight. In other words, we shot a kilowatt-class laser out of our aircraft and we were able to track a target, which is a big step towards meeting one of the mid-milestones (or knowledge points) for this program."

The test firing was performed multiple times off the California coast, said Colonel Zumwalt, who is one of only three Air Force ABL pilots.

Current testing of the ABL is in preparation for the integration later this year of the chemical oxygen iodine laser, or COIL, a missile-killing, high-energy chemical laser.

The COIL is composed of six interconnected modules, each as large as a sport-utility vehicle turned on end. Each module weighs about 6,500 pounds and has 3,600 separate parts. When fired through a window in the aircraft's nose turret, it produces enough energy in a 5-second burst to power a typical household for more than one hour.

The COIL is a megawatt-class laser, as opposed to the less-powerful kilowatt-class targeting laser test fired on the March 15 mission, said Dr. Roc White, a contract test director and test conductor for the Airborne Laser Combined Test Force, who was aboard the aircraft during the test flight.

"We spent an intense four or five months of ground tests back at Wichita (Kansas), first installing and then thoroughly testing out the beam control system which involved two high-power illuminator lasers," Dr. White said, talking about the different classes of lasers the Airborne Laser weapon system will have. " We call it low-power system integration, but that is a relative term, relative to the ultimate weapon system, which is the COIL.

"These high-power illuminators are significant laser systems, hence all of the concentration on doing this safely (which was) initially proven out on the ground," he said. "The ground testing enabled us to basically walk through the steps, but there is nothing like a live test. Since we got back here to Edwards in December, we've been working to make it to this point to do this first open-air laze. The mission couldn't have gone much better."

Mitchell Ray, the Boeing air vehicle integration and test operations lead, also the test director for the March 15 mission, said, "I think it's probably pretty clear by now that this is a rather complex choreography, if you will, of assets. All kinds of things need to come together to enable us to do this. What we want to do is get all the external factors just right so we test the actual weapons system.

"On the 15th, everything came together and allowed us to do that," Mr. Ray said. "(This was) our first attempt at doing it, and on our very first try, we got it right (on) the mark."

The next major step for the test program is to combine what was started with the tracking of another aircraft with the Target Illuminator Laser, Dr. White said, thus being able to then project out the surrogate high-energy laser, called the SHEL.

"The surrogate high-energy laser will be representative of what the COIL is (and perform) in a manner that will prepare us for actually installing the COIL," he said.

The Missile Defense Agency is testing and developing the Airborne Laser as part of the boost phase defense segment of the Ballistic Missile Defense System. The ABL, designed to identify, track and intercept enemy ballistic missiles shortly after missile launch, would operate at altitudes above the clouds to locate and track missiles in their boost flight phase, and then accurately point and fire the high-energy laser to intercept enemy missiles near their launch areas, MDA officials said.