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WASHINGTON ― A new RAND report assessing the proliferation of unmanned aerial vehicles suggests existing export controls for drones may hurt the U.S. more than it helps.
Limiting U.S. drone exports has left a hole in the global market for the technology, especially in historically U.S.-dominated Middle East markets, which has been readily filled by U.S. competitors — specifically China and Russia. The Trump administration recently unveiled a new set of export policies regarding military technology in an attempt to facilitate the transfer of military technology, but the changes do not change the status of drones under the Missile Technology Control Regime, or MTCR.
How does the MTCR work?
The MTCR is a voluntary export control consortium of 35 nations designed to prevent signatories from proliferating longer-range cruise and ballistic missile technology. The arms control regime was extended to UAVs because early iterations of drones were considered a subset of cruise missile technology due to their active guidance system.
The regime divides missiles into two categories. Category I items are capable of delivering a 500 kg payload more than 300 km. The sale of category I systems is restricted by a “strong presumption of denial,” meaning they are only exported in rare circumstances. The MQ-9 Reaper, RQ-4 Global Hawk and MQ-4 Triton are well-known unmanned systems that fall under this category.
Over the past several years, U.S. partners such as Jordan, Saudi Arabia and UAE were denied requests to purchase American drones, and have since turned to China to purchase comparable systems.
Trump administration officials have been attempting to alter the regime by adding new languagethat would drop any vehicle that flies under 650 kilometers per hour to category II systems. This would make all but the most advanced U.S. systems available for international sale. For example, the MQ-9 Reaper clocks in with a cruise speed of 230 mph or 370 kph, according to an Air Force facts sheet.
Drone proliferation
RAND found that 10 nations operate category I drones, and more than 15 operate near-category I systems that register just below the MTCR's payload and distance restrictions. The report says increased proliferation rates are due to a handful of countries, specifically China, Israel and the United Arab Emirates, who are not party to the MCTR.
More countries are expected to procure drones, which pose a “growing threat to U.S. and allied military operations,” the report says. While category I systems can deploy missiles and other guided munitions, their main threat lies in “their ability to conduct intelligence, surveillance, and reconnaissance (ISR) operations against U.S. forces prior to hostilities,” according to RAND. “Adversaries that would otherwise have difficulty detecting U.S. force deployments, monitoring U.S. operations, and maintaining targeting data on U.S. units can employ UAVs to maintain situational awareness of U.S. capabilities”
The report identifies Russia, China and Iran as unfriendly nations that will seek to utilize drones to complicate U.S. military operations.
For example, China and Saudi Arabia recently agreed to set up a UAV manufacturing plant in Saudi Arabia for up to 300 new UAVs, and Italy will receive 20 Hammerhead UAVs from the UAE. The coproduction of regional drone factories “could further exacerbate the proliferation of large UAVs to the degree that these systems are exported to other nations,” according to RAND, and that hurts U.S. industry.
A U.S.-sized hole
Voluntarily restricting U.S. drone exports have allowed competitors to establish themselves in a market Rand expects to “grow from about $6 billion in 2015 to about $12 billion in 2025.”
RAND expect export controls to have a negative impact on the U.S. industrial base, something those in industry already know.
“What you are enabling the competition to do is not just to sell some hardware,” Linden Blue, General Atomic's chief executive, told reporters during an Aug. 16, 2017 roundtable at the company's headquarters in Poway, California. “You're enabling it to build a customer base for at least 20 years, I would say. You're enabling them to build a logistics system. It will take them many years to get to where we are right now, but you're helping them start out. They should be very thankful.”
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Seth J. Frantzman Rafael Advanced Defense Systems has been investing in quantum technology in the hopes that it will improve existing sensors on the battlefield and could lead to a solution for GPS-denied environments. Because the technology is linked to better positioning, navigation and time-keeping, company leaders said they believe it could “revolutionize” this space. Alternative means of PNT have become a priority for militaries throughout the world as jammers become less expensive and more ubiquitous while the reliance on PNT information increases. In particular, Rafael executives are encouraged that “extremely high-performance quantum accelerometers and gyroscopes can be designed to be the basis of the next generation inertial navigation systems,” a company official said. These sensors can exploit the quantum properties of atoms to measure acceleration and angular rates with unprecedented accuracy, which, in turn, allows for “dead-reckoning navigation for relatively long periods of time while essentially keeping GPS/GNSS accuracy.” Rafael's team working on quantum technology, which includes Alon Gabbay, head of miniature quantum sensors group of the Manor division and Nitzan Link, of the CTO Technology Center of the Manor Division of Rafael Advanced Defense Systems, were among those who discussed the potential for the technology with Defense News. Quantum technology is about sensors that “measure discrete energy levels and difference in change with magnetic or electric fields,” a Rafael official said. The struggle for engineers has been that while this technology has existed for decades, particularly in university labs, miniaturizing it and using it in defense systems is a challenge. While Rafael is traditionally Israel's research and development arm for new weapon systems, it is also the company behind the Trophy defense system, Litening targeting pod and Iron Dome air defense technologies. Rafael has also rolled out new digitized battlefield concepts and used optics to better match scenes and leverage artificial intelligence. “Quantum technologies can give rise to ultra-sensitive gravitational and magnetic measurements, hence opening the possibility of using anomaly maps to aid inertial navigation,” a company official told Defense News. “Atomic clocks use quantum technologies to provide highly stable and accurate frequency standards; the resulting technology can be used for time-keeping opening new possibilities for using communications as an aid to an integrated navigation system.” https://www.c4isrnet.com/industry/2020/12/08/rafael-hopes-quantum-technology-can-help-in-gps-denied-environments/