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RQ-7 Shadow

AAI Corporation (Textron) · Fixed Wing / Tactical ISR / target acquisition · USA · Modern (1992–2009)

RQ-7 Shadow — Fixed Wing / Tactical ISR / target acquisition
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The AAI RQ-7 Shadow is an American single-engine short-range unmanned aerial vehicle developed by AAI Corporation (now Textron Systems) to give U.S. Army brigade commanders an organic reconnaissance asset. Around 800 airframes have been built since 2002, and the type serves with the U.S. Army, U.S. Marine Corps, Australian Army, Italian Army, Swedish Army, and Pakistani Army — making it one of the most-numerous short-range UAVs in U.S. military service. Continuous deployment since 2003 in support of the Global War on Terror has pushed total fleet flight hours past 1.4 million.

The RQ-7A first flew on 11 November 2002, developed under the U.S. Army's TUAV (Tactical UAV) programme. Power comes from a single Northwest UAV Engineering AR-741 / UEL AR-801 reciprocating piston engine producing 38-50 hp, driving a two-blade pusher propeller. The airframe measures 11.2 ft long with a 14-ft wingspan, and the RQ-7B variant has a maximum gross weight of 375 lb with a 76 lb sensor payload. Service ceiling sits at 14,000-15,000 ft, cruise speed runs to 75 mph (65 knots), and endurance reaches 7-9 hours.

Standard sensor fit is the AAI POP-300 (Plug-In Optronic Payload) electro-optical / infrared turret, providing visible and thermal imaging with a laser rangefinder. Mission-specific payloads include signals-intelligence sensors, communications relays, and battlefield meteorological packages. Crews fly the aircraft from the One System Ground Control Station (OSGCS), a vehicle-mounted ground station that deploys forward with brigade units. A pneumatic catapult handles launch; recovery uses the Tactical Automated Landing System (TALS) with runway-based arresting equipment.

The Shadow's combat record spans the Global War on Terror, providing continuous brigade-level reconnaissance support to U.S. Army operations in Afghanistan from 2003-2021 and Iraq from 2003-2011, plus other deployments. The RQ-7 is the U.S. Army's principal organic short-range UAV and the platform that established Army short-range-UAV doctrine before the larger Gray Eagle reached service. Foreign operators include Australia (60+ airframes used in Afghanistan and Iraq), Italy (~12 airframes), Sweden (~12 airframes), and Pakistan (~30 airframes acquired in the early 2000s for counter-insurgency work). Production at Textron Systems' Hunt Valley, Maryland facility has slowed as Army procurement has shifted toward the hand-launched RQ-11 Raven and other short-range UAVs. Around 600 RQ-7 airframes remain in active service worldwide as of 2026.

For Kids — a shorter, friendlier version

The AAI RQ-7 Shadow is an American Army drone used to watch the battlefield. The Shadow first flew in 2002 and entered Army service in 2003. About 800 Shadows have been built. The American Army, Marines, Australia, Italy, Sweden, and Pakistan all use them.

The Shadow is small: 11 feet long with a 14-foot wingspan, smaller than a school bus. One AR-741 piston engine, making 38 to 50 horsepower, turns a pusher propeller at the back. Top speed is 75 mph, faster than most cars on a highway. The drone can stay airborne for 7 to 9 hours.

The Shadow carries a camera turret with daytime and thermal cameras for night work. A small laser rangefinder helps find targets accurately. The drone has no weapons of its own; it just watches and reports. Soldiers fly the Shadow from a vehicle on the ground.

The Shadow launches from a pneumatic catapult, like a giant slingshot. After the mission, the drone is caught by a system called TALS that lands it on a short strip with a wire to stop it. Shadows have flown more than a million combat hours in Iraq and Afghanistan since 2003.

Fun Facts

  • The RQ-7 Shadow is the American Army's main brigade-level scout drone.
  • The Shadow is 11 feet long with a 14-foot wingspan, smaller than a school bus.
  • Top speed is 75 mph, faster than most cars on a highway.
  • About 800 Shadows have been built since 2002.
  • The Shadow can stay airborne for 7 to 9 hours on one tank.
  • Shadows launch from a pneumatic catapult, like a giant slingshot.
  • Shadows have flown more than a million combat hours since 2003.

Kids’ Questions

How does the catapult work?

The Shadow's catapult is like a giant slingshot powered by compressed air. The drone is set on a long rail with rubber wheels. A burst of air pushes the rail forward, throwing the Shadow into the sky in just one second. The Shadow's small engine then takes over to keep it flying.

How does it land?

The Shadow does not have wheels to land on. Instead, it uses a system called TALS (Tactical Automated Landing System). A wire is stretched across a short runway, and the Shadow flies into it. The wire catches a hook under the drone, stopping it quickly. This works on rough fields where no normal runway exists.

Why brigade-level?

An Army brigade is about 3,000 to 5,000 soldiers, with its own helicopters, tanks, and artillery. The Shadow gives each brigade its own scout drone, with no need to ask for help from above. This makes the brigade more independent and gives commanders quick eyes on the battlefield. Smaller drones like the Raven serve squads; bigger drones like the Gray Eagle serve the whole Army.

Variants

RQ-7A
Initial production variant. Service entry 2003. Backbone of the U.S. Army Shadow fleet 2003-2008. ~150 built.
RQ-7B
Improved variant introduced in 2007 with 7-9 hour endurance, a wing extension for additional fuel, upgraded avionics, and satellite-communications links for extended-range control. Backbone of the U.S. Army Shadow fleet from 2008 onwards. ~600 built.
RQ-7B Block II
Late-production variant with additional sensor and communications upgrades. Used in support of BCT reconnaissance through the 2020s.
RQ-7B Block III (proposed)
Proposed enhanced variant with improved sensors and increased endurance. Procurement uncertain; some elements integrated into existing RQ-7B Block II airframes.
FQM-151A Pointer / Aerosonde / Insitu Integrator (related short-range UAVs)
Smaller related short-range UAVs in U.S. Army and Marine Corps service. Pointer: hand-launched ISR for special operations. Aerosonde: small atmospheric and weather monitoring. Integrator (RQ-21 Blackjack predecessor): expeditionary scout UAV. All fill roles complementary to the RQ-7 Shadow.

Notable Operators

United States Army
Primary operator. ~500 RQ-7B airframes in U.S. Army inventory at peak (2010-2014), fielded to every Brigade Combat Team via dedicated UAV platoons. Used continuously in Afghanistan (2003-2021), Iraq (2003-2011), and other deployed locations.
United States Marine Corps
30+ RQ-7B airframes in U.S. Marine Corps service, supporting Marine Air-Ground Task Force reconnaissance. Operated alongside the RQ-21 Blackjack across USMC short-range-UAV missions.
Foreign operators
Australia (~60 airframes used in Afghanistan and Iraq), Italy (~12 airframes), Sweden (~12 airframes used in Afghanistan), and Pakistan (~30 airframes acquired in the early 2000s for counter-insurgency operations).
Production / future
Production at Textron Systems' Hunt Valley, Maryland facility has slowed to roughly 5-10 airframes per year. The U.S. Army's short-range-UAV programme of record has shifted toward the larger MQ-1C Gray Eagle and smaller hand-launched alternatives.

Frequently Asked Questions

What is the RQ-7's role?

Brigade-level reconnaissance. U.S. Army Brigade Combat Teams (BCTs) and equivalent foreign-army formations operate the RQ-7 to give the unit commander organic ISR. Typical missions include route reconnaissance ahead of ground convoys, route surveillance for ambush detection, target identification for indirect fires support, and battlefield surveillance for intelligence preparation. The Shadow's 7-9 hour endurance and ~50 nm range restrict it to BCT-scale work; theatre-level and long-range ISR is handled by the MQ-1C Gray Eagle, MQ-9 Reaper, and RQ-4 Global Hawk.

How is the RQ-7 launched?

By pneumatic catapult. The aircraft sits on a launch rail with a pneumatic cylinder; the cylinder is charged with compressed air, then released to accelerate the aircraft to flight speed. Launches typically run from a runway or dispersed location with the catapult and control trailer parked nearby. Recovery uses the Tactical Automated Landing System (TALS) with runway-based arresting equipment, similar to carrier-landing arrested wires. The catapult and TALS combination requires roughly 100 m of cleared area for launch and recovery, tying RQ-7 deployment to areas with improved-airfield access.

How does the RQ-7 compare to the MQ-1 Predator?

Different size and mission classes. The MQ-1 Predator is a U.S. Air Force armed UAV built for theatre-level ISR and strike, with 24-hour endurance, 200 lb payload, and AGM-114 Hellfire armament. The RQ-7 Shadow is a U.S. Army BCT scout UAV with limited range, 7-9 hour endurance, and no armament. Per-airframe acquisition cost runs around $4-5M for the MQ-1 versus ~$0.75M for the RQ-7. The two serve different doctrinal needs: MQ-1 and MQ-9 Reaper cover USAF theatre-level UAV roles while RQ-7 and RQ-21 cover U.S. Army and Marine Corps BCT-scale scout work.

How does the RQ-7 compare to the MQ-1C Gray Eagle?

Larger versus smaller class. The MQ-1C Gray Eagle is the U.S. Army's larger UAV at 3,200 lb gross weight, 25-27 hour endurance, 580 lb payload, and 4 × AGM-114 Hellfire armament. The RQ-7 Shadow is the smaller BCT UAV at 375 lb gross weight, 7-9 hour endurance, 76 lb payload, and no armament. Gray Eagle handles division and corps-level extended-duration ISR and strike; Shadow handles BCT-scale reconnaissance. Both are operated by U.S. Army Combat Aviation Brigades and Brigade Combat Teams, and the two are complementary.

How much does the RQ-7 cost?

Roughly $750,000-1.2M USD per airframe depending on variant and acquisition year — well below the MQ-1C (~$5M), MQ-9 (~$30M), and RQ-4 (~$130-220M). Operating cost runs about $1,000-1,500 per flight hour. The Shadow's low acquisition and operating cost reflect its limited mission set: the aircraft is built for BCT-scale reconnaissance rather than theatre-level work, and the cost-conscious design enabled widespread fielding to U.S. Army Brigade Combat Teams.

How many RQ-7s are still flying?

Around 600 RQ-7 airframes remain in active service worldwide as of 2026 — 500+ with the U.S. Army plus the foreign operators. Production has slowed, but the existing fleet continues to provide BCT-scale ISR. Early-production RQ-7A airframes have been retired or lost in operations, and the active fleet is predominantly RQ-7B and RQ-7B Block II variants. Future procurement is uncertain; the U.S. Army has shifted scout-UAV focus toward the hand-launched RQ-11 Raven and larger Gray Eagle and Reaper alternatives.

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