Friday, July 9, 2010

Northrop's Spy Blimp ...



July 8, 2010

By Graham Warwick
AVWK Washington

Airships are survivors—a genus of aircraft that has been around since the dawn of aviation and is now being offered another chance at lasting success. This time the mission is persistent surveillance, but can undisputed endurance carve out a role for unmanned airships that lasts beyond today’s war?

As it embarks on a $517-million contract to develop the Long-Endurance Multi-intelligence Vehicle (LEMV) for deployment by the U.S. Army to Afghanistan in early 2012, Northrop Grumman believes the unmanned airship can find long-term roles in border security and disaster relief, as a communications and surveillance platform. “There is a lot of emphasis on today’s war, but tomorrow the airship can provide inexpensive surveillance,” says Alan Metzger, Northrop Grumman LEMV program director.

The vehicle will use 15,000-20,000 lb. of fuel to stay aloft for 3-4 weeks in the surveillance role. “That’s only $20,000-25,000,” he says. The Army calculates it would take 12 MQ-9 Reaper-class fixed-wing unmanned aircraft and their crews to sustain the same mission.

The LEMV’s role is to maintain continuous surveillance over a wide area, providing correlated video, radar and signals intelligence data to the brigade combat team on the ground. Stripped of its sensors and long-endurance fuel tanks, the same vehicle could lift 20 tons of cargo with minimal modification, says Metzger, adding: “Airships are not for everything, but there are opportunities they are suited for. It will come down to economics.”

READ THE FULL STORY HERE

Let's make a deal ... Spies traded!



Moscow, Russia (CNN) -- A spy swap between the United States and Russia took place Friday at the airport in Vienna, Austria, Russian state media reported.
A plane carrying 10 Russian agents, who were expelled from the United States for intelligence gathering, took off from Vienna, apparently bound for Moscow, Russia, state TV reported.

A separate plane carrying four people convicted of spying for the United States took off from Vienna, too, bound for a destination in the West, according to Russia Today, the state television station.
The elaborately choreographed transfer -- reminiscent of a scene from the Cold War -- took about an hour, Russian state media reported.

The 10 pleaded guilty in the United States on Thursday for failing to register as foreign agents and were ordered out of the country. They then boarded a U.S.-chartered flight accompanied by U.S. Marshals, a federal law enforcement source said.
Video: Spy swap between U.S., Russia Video: Russian spies: Deal or no deal? Video: Accused spy responds to photos


Their expulsion was in exchange for Russia's release of the four prisoners, officials from both countries said Thursday.
In Washington, Attorney General Eric Holder said none of the 10 had passed classified information and therefore none was charged with espionage.

"They were acting as agents to a foreign power," he told CBS News, referring to the Russians who, U.S. officials have said, had been under observation by federal authorities for more than a decade.
All of their children have been repatriated, he said. Attorneys for some of the Russians involved in the case said no children were aboard the Vienna-bound flight.

White House Chief of Staff Rahm Emmanuel told PBS' "NewsHour" that although the 10 didn't plead guilty to being spies, they "were clearly caught in the business of spying."
In a conference call with reporters, senior administration officials said the agents agreed never to return to the United States without permission from the U.S. government.
Holding them would have conferred no security benefit to the nation, they said.
This "clearly serves the interests of the United States," one official said.

A second official said the four prisoners in Russia were in failing health, a consideration that prompted quick completion of the deal.
Under the plea agreements, the defendants disclosed their true identities in court and forfeited assets attributable to the criminal offenses, the Justice Department said in a news release.
"Defendants Vicky Pelaez, Anna Chapman and Mikhail Semenko, who operated in the United States under their true names, admitted that they are agents of the Russian Federation; and Chapman and Semenko admitted they are Russian citizens," the Justice Department said.

Carlos Moreno, an attorney for Pelaez, said his client does not want to take up residence in Russia and would prefer ultimately to live in her native Peru or in Brazil where she has family. Pelaez hopes to continue her work as a journalist, according to Moreno.
Pelaez told the court that Moscow has promised her free housing in Russia and a $2,000 monthly stipend for life, as well as visas for her children to travel to see her. Pelaez and her husband, both naturalized American citizens, were stripped of their citizenship as a part of the plea deal.


Authorities have lost track of an 11th suspect, who was detained in Cyprus, released on bail, and then failed to check in with authorities as he had promised to do.
In Moscow, Russian President Dmitry Medvedev signed a decree Friday pardoning the four individuals imprisoned for alleged contact with Western intelligence agencies, the Kremlin press service said, according to state-run RIA Novosti.

Though the four Russians were released to the custody of the United States, that does not necessarily mean they would go to America, an embassy spokesman said.

"Three of the Russian prisoners were convicted of treason in the form of espionage on behalf of a foreign power and are serving lengthy prison terms," the Justice Department said in a letter to U.S. District Judge Kimba M. Wood. "The Russian prisoners have all served a number of years in prison and some are in poor health. The Russian government has agreed to release the Russian prisoners and their family members for resettlement."

It added, "Some of the Russian prisoners worked for the Russian military, and/or for various Russian intelligence agencies. Three of the Russian prisoners have been accused by Russia of contacting Western intelligence agencies while they were working for the Russian (or Soviet) government."

The individuals pardoned by Russia are Alexander Zaporozhsky, Gennady Vasilenko, Sergei Skripal and Igor Sutyagin.

All four appealed to the Russian president to free them after admitting their crimes against the Russian state, press secretary Natalia Timakova said.

But in Washington, State Department spokesman Mark Toner denied Thursday that Sutyagin had been a spy.

The Russian Ministry of Foreign Affairs said the move was made "in the general context of improving Russian-American relations, and the new dynamic they have been given, in the spirit of basic agreements at the highest level between Moscow and Washington on the strategic character of Russian-American partnership."

Thursday, July 8, 2010

New head of CENTCOM announced!



Marine Corps Gen. James Mattis has been chosen as the new head of the U.S. Central Command, Defense Secretary Robert Gates announced Thursday. Mattis replaces Gen. David Petraeus, who was recently tapped by President Barack Obama to head the military campaign in Afghanistan.

Wednesday, July 7, 2010

How to build a $5,000 dollar UHF SATCOM antenna for under $20 Part 3


DIY: Military UHF SATCOM antenna
PART THREE
By Steve Douglass

By now you might be wondering when I’m going to finally write about the nuts & bolts of building my DIY UHF SATCOM antenna.

I mean – isn’t that why you tuned in?

To recap, I wrote (and you patiently read) about my motivation and my rant about the high cost of new and surplus antennas, not to mention a little about the cool Uniden receiver(s) (Uniden BCD-998T/BCD-396XT) I intend to use(said) antenna with.

So without further delay –

I once reasoned that if I ever came across one of the Dorne & Margolin antennas again – if I could just take some photos and (maybe) some measurements I might be able to reverse-engineer one and possibly build my own version.

Heck, I had (on many occasions) built home-brew UHF Yagi beams and in fact sold quite a few in the past, offering them for sale on my now (long defunct) Intercepts Newsletter – with many of them still in use today.

All it would take (I figured) was some educated-best guess-photogrammetric analysis (with something in the image to indicate scale) and I could probably Yankee-engineer a decent-working-prototype with the final goal selling (either antennas or the plans to build their own) to like-minded UHF MILCOM aficionados like myself.

As fate would have it, at an open house (air show) at Cannon Air Force Base I finally (after quite a few years wait) was able to inspect (up close) and take a few photos of another D&M antenna.

It was part of a military PR –display – connected to a DAMA portable (man-pack) UHF SATCOM transceiver. I again pumped the airman (in charge of the display) for information about the system and took a few close-up photos. I couldn’t help but notice his raised eyebrows at my more-than-passing curiosity and intense interest in his radio rig he but didn’t say anything.

I try to reassure him by saying I was a communications-technology-enthusiast, which (from his reply) he took to mean ham-radio-operator. He tells me (in civilian life) he is a ham.

My reply apparently put him at ease as he proceeded to fill me in on more technical details about the DAMA system, even going so far as to show me how to find the elevation and azimuth of the military satellite his rig was communicating through.

Later (as I examined my photos) I came to the (false) realization that the antenna must be a simple X-beam design. I guessed (incorrectly) they weren’t much more complicated than the Yagi’s I had constructed.

The driven elements looked much like two folded dipoles, attached to a short boom (six feet) situated behind a series of x-shaped directors with a wire-mesh reflector at the back. How hard could that be to replicate?


Using the photos as my guide, I experimented and over the years I built many antennas. Although they all worked (as good UHF MILAIR antennas) I was never able to monitor the UHF satellites with any real success. The most I could ever manage were choppy or weak, static filled brief intercepts. My assumption was I just didn’t have the element measurements figured out right.

Then one day while doing some research on the Internet I stumbled across this: http://www.marlboroughcomms.com/MCL/Product.aspx?proId=65

Marlborough Communications Limited is a British Company that builds military-communication gear under various government contracts, for both her Majesty’s special armed services as well for us Yanks.

Like other companies of this type, seeking lucrative government bid-approval, specifications of all their products are (SOP) posted online in downloadable Adobe Acrobat .pdf form.

However, standing out clearly among the usual obtuse list of equipment specifications, frequency ranges and MilSpec nomenclature was something I had never seen - a simplified three-view drawing of their manpack foldable UHF SATCOM antenna known as the AV2040-2 – complete with metric dimensions.

CLICK TO ENLARGE:



Dimensions! Was this the missing data I needed? I quickly downloaded the .pdf and printed it out.

I then took it to my computer guru, Wilhelm Scream (not his real name) since he is to math what Lance Armstrong is to cycling.

He took a long look at the three-view and the dimensions posted, produced a set of digital calipers and placed them on the drawing.

After a few minutes of caliper(ing) calculating and re-calculating, Scream said, “This drawing is to scale. Within a small degree of error – we could upscale it and use them as blueprints to build your antenna. “

Over the next few minutes, Scream produced the measurements that had eluded me for so long. A slow grin spread across my face when I realized that it was very possible to build a working UHF SATCOM antenna, an esoteric passion to be sure, but one that had been floating around in the back of my consciousness for a very long time.

After several brain- sessions with Scream, we drafted up a laundry list of parts we would need, which included: several sections of various-sized PVC piping, aluminum rods of various length, copper wire, RF connectors, RG-6 coax feed-line and flat aluminum bar-stock for construction of the driven elements.

Most of the tools we would need to cut, drill and shape our parts, Scream already had – which included electric saws, a Dremel and a drill press.

Armed with our list we went to the only place that had everything an Interceptor could need to build a UHF SATCOM antenna system – Home Depot.




It took several trips – but soon we had everything we needed – and incredibly I paid something in the neighborhood of $20.00.

To be continued in PART 4.



READ PART ONE HERE!


READ PART TWO HERE!

You might also like: The Interceptors Club & the Secret of the Black Manta

Accused Russian spies due in court today ...

CNN) -- More information about an alleged Russian spy ring that was operating in the United States is expected to be revealed Wednesday at court hearings in Virginia and Massachusetts, court officials said.

Accused Russian spies Donald Howard Heathfield and Tracey Lee Ann Foley have a newly scheduled hearing in Boston federal court at 11 a.m., according to their attorney, Paul Krupp.
Three other suspects, Michael Zottoli, Patricia Mills and Mikhail Semenko, are scheduled to appear for a preliminary hearing Wednesday morning in an Alexandria, Virginia, federal court, the officials said.

Zottoli and Mills have already admitted that they are Russian citizens and have been living as a couple under false identities in Virginia. Prosecutors said that they made the admissions soon after being arrested and authorities have found evidence to support that information.
The other suspect, Semenko, is accused of aiding the plot by allegedly conducting private wireless computer links to communicate with a Russian government official, court documents said.

In all, 11 suspects were arrested in the alleged spy plot in late June.
Meanwhile, a human rights activist has raised the possibility that a Russian researcher convicted of spying for U.S. intelligence services could be exchanged for one of the spy suspects in the United States.

Ernst Chyorny, a member of the Public Committee in Defense of Scientists in Russia, told CNN on Wednesday that the mother of Igor Sutyagin, the convicted Russian spy, told him about the development.

Earlier on Wednesday, Russian news agencies also reported that Sutyagin may be swapped along with other individuals in exchange for the people suspected of spying for Russia and detained in the United States.

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