AeroVironment RQ-20 Puma

Lore & Background

The RQ-20 Puma was selected for the United States Special Operations Command in 2008. In March 2012, the United States Army ordered the Puma All Environment (AE) variant, designating it the RQ-20A, and the United States Marine Corps and United States Air Force placed similar orders the following month. On 26 July 2013, the Puma became one of the first unmanned aerial vehicles granted certification by the Federal Aviation Administration to fly in U.S. airspace for commercial purposes. On 8 June 2014, the Puma AE made its first flight for BP in Prudhoe Bay, Alaska, which was the first authorized unmanned commercial flight over land.

In August 2016, the U.S. Navy tested and deployed the RQ-20B Puma aboard a Flight I Guided Missile Destroyer, using the company's Precision Recovery System to autonomously recover the aircraft aboard a ship. The Puma was also utilized on Navy patrol craft in the Persian Gulf. In 2018, commercial certification followed military certification, with three individual Pumas certified under strict requirements: only one aircraft of the type could be airborne at any one time; they were not certified for clouds or icing conditions; and takeoff and landing were not allowed during certain gust and wind conditions. The certification did not mention line-of-sight control.

On 1 April 2022, the United States announced a $300 million military aid package to Ukraine that included Puma drones during the Russian invasion of Ukraine. Oryx reports that by 19 September 2023, Russian forces had shot down at least 10 of these drones. The Puma has also been operated by the Kurdish Peshmerga in Iraq, with the United States allocating $5 million for a Puma drone in December 2021.

Reader's Guide

The AeroVironment RQ-20 Puma represents a significant step in the integration of small unmanned aircraft systems into both military and commercial operations. Its hand-launched, battery-powered design allows for rapid deployment in diverse environments, from Arctic conditions to maritime settings. The Puma's certification by the Federal Aviation Administration in 2013 marked a milestone for commercial drone use in U.S. airspace, and its subsequent use by BP in Alaska demonstrated practical applications beyond military surveillance. The system's evolution through multiple variants—including the Enhanced Puma, Solar Puma, RQ-20B, LRTA Puma, Puma LE, and Puma 3 AE—shows continuous adaptation to user needs, such as extended endurance, maritime capability, and longer range. Its adoption by numerous countries and branches of the U.S. military, as well as its use in conflicts such as the Russian invasion of Ukraine, underscores its role as a widely deployed intelligence, surveillance, and reconnaissance asset. The Puma's ability to operate in rain, wind, and temperature extremes, along with its autonomous shipboard recovery system, has made it a versatile tool for both land and naval forces.

Did You Know?

• The RQ-20 Puma was one of the first unmanned aerial vehicles to receive FAA certification for commercial flight in U.S. airspace, granted on 26 July 2013.
• On 8 June 2014, the Puma AE made the first authorized unmanned commercial flight over land, flying for BP in Prudhoe Bay, Alaska.
• The Puma 3 AE variant, released in 2021, is designed for maritime use and can land on water or ground.

Engineering for the Front Line

The RQ-20 Puma was conceived as a compact, hand-launched, battery-powered unmanned aircraft built around a single core purpose: delivering real-time surveillance and intelligence to operators in the field. Rather than relying on runways or heavy support infrastructure, the system is designed to be thrown by a soldier and immediately begin streaming electro-optical and infrared imagery back to a ground station. Each complete military package bundles three air vehicles with two ground stations, creating a self-contained reconnaissance cell. Performance figures reflect its small airframe. The drone cruises at a reported top speed of 45 miles per hour, covers a range beyond ten miles, and sustains flight for more than two hours on a single battery charge. Its sensor suite includes a fifty-times optical zoom lens that allows operators to examine distant targets with remarkable clarity. Despite its modest size, the platform is rated to function in temperatures from minus twenty to one hundred twenty degrees Fahrenheit, tolerate winds up to twenty-five knots, and operate in rainfall of one inch per hour. These environmental tolerances, combined with the hand-launch method, make the Puma uniquely suited to rapid deployment in austere or contested terrain where larger drones simply cannot operate.

From Special Operations to Global Armies

The Puma's path from prototype to widespread military service was remarkably swift. In 2008, the United States Special Operations Command selected the platform, signaling early confidence in its tactical value. By March 2012, the U.S. Army formally ordered the All Environment variant under the RQ-20A designation, and within a single month both the Marine Corps and the Air Force placed comparable procurement orders, embedding the drone across American military aviation. International adoption has proven equally broad. The United Kingdom maintains nine qualified Puma teams within 700 Naval Air Squadron, six of which support Royal Marines in 40 and 45 Commando. Across Europe, Albania acquired six RQ-20B units through Foreign Military Sales, the Czech Republic added four Puma 3 AE systems in 2022, and Turkey stands out with thirty airframes produced domestically under license by ALTOY. Smaller forces such as Kosovo, Latvia, and New Zealand also operate the platform, while Canada fields twelve aircraft aboard Kingston-class coastal defence vessels. This breadth of operators, spanning NATO allies and partners on multiple continents, underscores the Puma's role as a versatile and affordable reconnaissance asset for militaries of every scale.

Breaking New Ground in Civil and Maritime Aviation

The Puma has repeatedly pushed boundaries beyond its military origins. On 26 July 2013, it became one of the first unmanned aircraft to receive Federal Aviation Administration certification for commercial flight in U.S. airspace. That milestone was followed on 8 June 2014 when a Puma AE completed its first flight for BP in Prudhoe Bay, Alaska, marking the first authorized unmanned commercial flight over land. In 2018, Congressionally mandated airspace opening over much of Alaska led to further commercial certification, though with strict limitations: only one Puma could be airborne at any time, operations in clouds or icing were prohibited, and takeoff and landing were restricted during certain gust conditions. The maritime domain has been another frontier. In August 2016, the U.S. Navy tested the RQ-20B aboard a Flight I Guided Missile Destroyer, employing AeroVironment's Precision Recovery System to autonomously recover the aircraft at sea. The drone subsequently saw service on Navy patrol craft operating in the Persian Gulf. The Puma 3 AE, released in 2021, was specifically designed for maritime use, capable of landing on water or ground and equipped with the Mantis i45 sensor suite. Portugal's Navy purchased the Puma 3 AE in 2024, extending the platform's naval reach into European waters.

Into the Crosshairs: Combat Use and Losses

The Puma's compact size and low-cost profile have made it a frequent target in active conflict zones. In January 2016, Turkish forces captured RQ-20 units from the PKK, with analysts suspecting the Kurdish militants had acquired the drones through their Syrian affiliates. The platform also reached the Peshmerga in Iraq, where the United States allocated five million dollars in December 2021 specifically for a Puma drone to support Kurdish forces. The most high-profile combat deployment came during the Russian invasion of Ukraine. On 1 April 2022, Washington announced a three-hundred-million-dollar military aid package that included Puma drones among the systems destined for Kyiv. The drones entered active service over Ukrainian territory, but their small size and low-altitude flight profile made them vulnerable to air defenses. By 19 September 2023, Oryx had documented at least ten Puma drones shot down by Russian forces. Meanwhile, the United Kingdom tested intelligence, surveillance, and reconnaissance packages compatible with the Puma AE aboard the M80 Stiletto trials ship in November 2014, exploring how the platform could integrate with naval ISR missions. These combined experiences, from capture by insurgents to attrition in a major conventional war, illustrate both the drone's operational utility and the growing threat environment it faces.