ATL Chief Questions FCS Spin Outs

ATL Chief Questions FCS Spin Outs

Last month, we reported that the Pentagon’s Defense Acquisition Board approved with conditions the low rate production for the Army’s collection of FCS “spin outs,” collectively known as Increment 1 Early Infantry Brigade Combat Team (EIBCT). These include: the Non Line of Sight Launch System (NLOS-LS), Small Unmanned Ground Vehicle (SUGV), Unattended Ground Sensors (UGS), Class I Unmanned Aerial Vehicle (UAV), and the Network Integration Kit (NIK).

Following Defense Secretary Robert Gates’ cancellation of FCS last year, the Army rolled out a new modernization strategy that included getting at least some of the FCS technologies in development over the past seven years into the hands of soldiers by 2011 and then fielding “capability packages” to combat brigades in two year increments.

Yet, Pentagon acquisition chief Ashton Carter’s Acquisition Decision Memorandum giving the go-ahead raises some serious questions about the Army’s whole modernization strategy. Carter approved building only enough of the new gear to outfit a single brigade while capping long lead funding for more gear at $70 million and limiting NLOS-LS funding at $35 million, until further tests prove the missile works.


Carter told the Army rush to the field whatever bits and pieces are deemed far enough along to prove useful to soldiers on the battlefield and to delay those components that don’t show promise. “I believe this flexibility will allow the Department to best support Secretary Gates’ direction to “win the wars we are in,”” he wrote.

Carter also flagged serious reliability issues with the various sensors, the missiles and the network that have come to light as soldiers have tested the various technologies intended to equip the EIBCT. The network is far from ready as the radios and waveforms have performed poorly. Also, the NLOS-LS has yet to prove it’s worth the cost of the system in “relevant scenarios.”

Perhaps the biggest red flag should be raised over this sentence in the memo: “we lack a clear operational perspective of the value of this increment of the network.” The Army couldn’t explain clearly or convincingly enough what value added is gained from the FCS network? The Army has been trying to build out the FCS battle command and control network for going on seven years now. Yet, the “low hanging” fruit, the FCS equipment that was closest to prime time, has so far shown little practical utility.

In fact, Carter’s memo directs the Army to conduct a shoot-off between current combat brigades and the newly equipped EIBCT to find out whether the FCS technologies would be of any real use in Afghanistan. He wants a “detailed description of the metrics and the key discriminators” by which to compare the effectiveness of the EIBCT by the end of the month.

The Army has been saying for years now that the FCS spin-outs will provide vastly superior weaponry to soldiers in the field. It looks like the service will get a chance to demonstrate whether its flagship modernization program has produced anything worthwhile.

Join the Conversation

The concept for NLOS-LS has been around for years now, and its predecessor the MGM-157 EFOGM showed promise and even promise. It is worth continuing. I haven’t heard much news on the unmanned vehicles, although the Class I UAV was found to be rather loud in initial testing.

UGS is a continuation of sensors systems that have been developed and deployed since the Vietnam war. Such sensors are useful equipment but perhaps UGS is a bit too costly compared to earlier rather disposable designs.

Ignore the fact that I repeated promise twice.

My wife who is no military tech buff is definitely right when she’s pointed out in videos I’ve shown to her of the OAV. It’s WAY too loud and WAY too big. That system is not easily portable notwithstanding that it fits in a backpack. How is it that more than three years of having seen the OAV, it STILL sports the same loud noisy engine? And the size. How is that supposed to help with stealthy recon when it’s that big? Why aren’t we going with the nano UAV by Aerovironment? Disseminate that to grunts with dozens of these carried by your local grunt and then you’ll have the RMA that FCS promised.

What are the designers doing?

Good Afternoon Folks,

What the he** is happening here. An epedemic of rational though in the Department of the Army. Quick, some call in the medics and get these free thinker vaccinated, right now before it spreads.

The next thing you know the Air Force will realize there are wars going on, they might even want to participate and start doing their share.

ALLONS.
Byron Skinner

Please tell that to all of the airmen flying sorties over Iraq and Afghanistan, all of the UAV operators working overtime, and all of the USAF personnel working at Middle Eastern airbases in hundred degree heat, USAF special operations command forward observers, and plenty of other personnel.

You’re targeting the wrong people Byron. Anyone who has joined the United States Military willingly is making a great commitment to their country, and has agreed to give their life to the cause if needed.

Don’t forget who the enemy is.

Note pictured dismounts walking slowly in front of the MRAP perhaps with mine detectors. The Class I UAS would:__1) Move slowly at walking speed in front of the MRAP where the operator was controlling it. The UAS could identify IEDs by differences in heat of disturbed dirt or trash on the side of the road. Rotor wash would blow away paper or loose dirt covering an IED or electrical lines. _2) At “stand-to,” the UAS could be launched to detect massing for attacks_ 3) Hover along busy roads to provide vehicle check-points an advance look at approaching drivers or the vehicles heat signature. It could perch atop something like a HESCO barrier, water tower, or other tall structure to save fuel while retaining a working imager.__4) Hover slowly over advancing civilians, hay carts, animals or trucks carrying loads to use the FLIR to detect bombs__5) Hover low under bridges to look for IEDs…like the footbridge shown, around culverts to look for footprints, or higher in urban areas to look in windows for snipers__6) Be capable of locating bad guys along distant treelines ahead of any engagement. NLOS-LS missiles and Class I UAS are a perfect fit for one another

Ravens are great but lack gimbaled cameras, are unable to hover, perch, or fly at foot speed in front of dismounts or slow moving convoys. They are more difficult to fly and have less capable fixed sensors. They require frequent revisit of detected suspicious activity because they fly by it the first time and may have difficultry refinding it. They are also incapable of the same level of programming as the Class I UAS which also has future potential for other missions such as laser designation.

Something smaller and less expensive than a Raven might be effective for squads and for when noise is an issue. Class I UAS is designed to be easier to fly and provide advanced support for platoons and upgrades are planned. An effective deception would be to use Class I noise to deter activity, then move it away to another area with a quieter Raven coming behind it. Or use both to cover the front and flanks of routes.

like how you do your part?

*required

NOTE: Comments are limited to 2500 characters and spaces.

By commenting on this topic you agree to the terms and conditions of our User Agreement