Two years after the USAF selected the 50 year old U-2 over the block 3 RQ-4 Global Hawk, drone because the 50 year Dragon Lady was cheaper to buy, cheaper to operate, more reliable, and more capable, the USAF is trying to throw another bone to the military-industrial complex:

Less than two years after proposing termination and premature mothballing of the new Block 30 version—once eyed as a replacement for the venerable, high-flying U-2 reconnaissance aircraft—the Pentagon leadership is toying with a complete reversal on its position as it works through options for the fiscal 2015 budget proposal.

In a resourcing management decision—the mechanism by which the Office of the Secretary of Defense (OSD) responds to the services’ annual spending plans—Pentagon budgeters gutted U-2 funding, shifting more than $3 billion into the Global Hawk Block 30 account. The decision is not yet final, and it remains to be seen whether the service will maintain its position from the fiscal 2013 budget. It favored halting Block 30 work and operations and focusing solely on the Lockheed Martin U-2 as the high-altitude, standoff intelligence collector for the next decade or more.

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At issue for the Global Hawk is a dive in the cost per flying hour (CPFH) for the aircraft. In earlier fiscal years, CPFH was near that of the U-2 at roughly $33,000 per hr. Fiscal 2013 numbers, recently in from the field, point to a CPFH closer to $25,000, according to a program source.

The notable decrease is due to a substantial spike in the number of hours flown, a shift partly related to the fielding of the first Block 40s outfitted with active, electronically scanned array (AESA) radars for ground surveillance, an Air Force official says. The official did not provide a total number for the year, but a larger number of hours allows fixed costs to be more diluted in the calculation. Though the Air Force has not publicly proposed terminating the Block 40 in budget plans, last year senior leaders were eyeing it for a kill. It was likely saved owing to the then open debate on the fate of Block 30.

Even if this new CPFH holds true in coming years, one program official notes that for some regions—such as the Pacific—Global Hawk must fly more hours to have an equitable time on station as the U-2. While CPFH may be lower for the Global Hawk, the figure is not reflective of the total cost to gather the needed intelligence.

To give an example, the unmanned air system (UAS) would have to fly 54% more flight hours to collect intelligence on areas in North Korea, the Middle East and Iran.

Even if this new CPFH (cost per flying hour) holds true in coming years, one program official notes that for some regions—such as the Pacific—Global Hawk must fly more hours to have an equitable time on station as the U-2. While CPFH may be lower for the Global Hawk, the figure is not reflective of the total cost to gather the needed intelligence.

To give an example, the unmanned air system (UAS) would have to fly 54% more flight hours to collect intelligence on areas in North Korea, the Middle East and Iran.

Nor is CPFH reflective of mission success rates between the two platforms. Intelligence, surveillance and reconnaissance collection is in high demand, and aircraft downtime is extremely worrisome for combatant commanders. In the Pacific, 55% of Global Hawk’s missions were canceled in fiscal 2013; 96% of the U-2’s missions were achieved. The U-2 was also scheduled for nearly three times as many missions. Global Hawk lacks anti-icing equipment and is not able to operate in severe weather. An upgrade to remedy the shortcoming is being developed by the Navy for its Triton Global Hawk variant, but it would cost money and time to field.

The program source argues that CPFH is not an accurate metric on which to make a decision. He notes that Global Hawks based in Guam have to transit for hours just to reach North Korea, whereas the U-2, based at Osan air base, South Korea, has a shorter commute.

Additionally, the service originally opted to terminate the aircraft because of the lackluster performance by its Raytheon Enhanced Integrated Sensor Suite—the camera used to collect visual, infrared, and radar images. Global Hawk also flies at a lower altitude—typically close to 50,000 ft.—making it more susceptible to some weather and offering less-than-optimal ranges for peering into an enemy’s territory. The U-2, by contrast, operates above 60,000 ft., and has nearly twice as much onboard power at the ready for collecting radar images. Forthcoming fielding of the secret, stealthy RQ-180 UAS (also developed by Northrop Grumman) probably contributed to the Air Force’s view that the Global Hawk is excessive (AW&ST Dec, 9, 2013, p. 20).

The only reason to do this is to throw some bones to Northrop-Grumman, the manufacturer of the RQ-4, so that some general can score a lucrative executive or consultant gig after they retire.

Our military-industrial complex is  corrupting and destroying our ability to defend ourselves.