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Company

General Atomics Aeronautical Systems

[General Atomics Aeronautical Systems](https://www.ga-asi.com) (GA-ASI) is a military contractor and subsidiary of General Atomics that designs and…

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Founded
1993
HQ
Poway, California, USA
Status
private

Appears inMilitary & defense drones

Models

2

Overview

General Atomics Aeronautical Systems (GA-ASI) is a military contractor and subsidiary of General Atomics that designs and manufactures unmanned aerial vehicles and radar systems for the U.S. military and commercial applications worldwide. Best known for the MQ-9 Reaper and MQ-1 Predator drone families, the company is San Diego County's largest defense contractor with approximately 15,000 employees and .2 billion in annual revenue.

Verified record

Verified deployments
None on file
Active incidents
3 incidents on file

DEPLOY Intelligence

Market intelligence for physical AI

Analyst-grade signals, competitive tracking, and investment context across the global physical AI landscape. Launching 2026.

Key facts

Product

MQ-9 Reaper (remotely-piloted MALE; 575 built) + MQ-9B SkyGuardian/SeaGuardian.

Autonomy

REMOTELY-PILOTED, not autonomous; Quadratix adds AI-assisted ISR. Legacy-prime contrast.

CEO

Linden P. Blue

President

Dave R. Alexander

Parent

General Atomics

Revenue

US.2 billion (2024)

Employees

15000 (2025)

Data & sources

Press releases

1

Web sources

3

4 sources backing this record.View all →

Previous platform

MQ-9 Reaper

Medium-altitude long-endurance armed UAV. 27-hour endurance, 3,800 lb payload, Hellfire missiles and precision bombs. Primary US armed drone for ISR and strike missions.

aerialView model →

Current platform

MQ-9 Reaper

General Atomics Aeronautical Systems, the privately held San Diego incumbent behind the Predator lineage, makes the MQ-9 Reaper, the canonical legacy medium-altitude long-endurance remotely-piloted aircraft against which the AI-first new-defense wave is contrasted. The MQ-9A first flew on February 2, 2001 and entered service in May 2007; it is flown by a crew of a pilot, a sensor operator, and a mission-intelligence coordinator at a ground control station, with roughly thirty hours of ISR endurance, a 3,800-pound payload, and Hellfire missiles and laser- and GPS-guided bombs. As of 2026 some 575 have been built, with the US Air Force operating about 158 active plus 24 Air National Guard aircraft at the end of fiscal 2025 and the Marine Corps receiving its final MQ-9A in June 2025, alongside operators including the UK, Italy, France, Spain, the Netherlands, and Belgium. Critically and honestly, the Reaper is remotely piloted, not autonomous: humans retain flight control and all weapons decisions, with automatic takeoff, landing, and threat-tracking as assistance features, and the newer Quadratix software introduced in March 2025 adds AI and autonomy for single-operator multi-sensor ISR on the MQ-9B but remains operator-controlled rather than an autonomous kill chain, so the word drone should not imply AI-autonomy here. A lifecycle nuance worth recording: the MQ-9A production line closed in 2025 after the Air Force declined further buys, while the longer-endurance MQ-9B SkyGuardian and SeaGuardian, operated by the UK as Protector RG Mk1 and contracted to Taiwan and Germany, are the active in-production successor, so this single record spans a mature, sunsetting platform and its in-production replacement.

aerialView model →

Relationships

Explainers

Plain-language answers to the questions people ask about General Atomics Aeronautical Systems, from DEPLOY’s explainer library. Each is written in the language of the question and cross-checked against this registry.

  • What is an autonomous drone?

    An autonomous drone is an uncrewed aerial vehicle (UAV) whose flight is directed by onboard AI + autonomy stack rather than continuous human remote-piloting. Per DEPLOY's framework, the cohort splits across three classes with distinct verification anchors: new-defense (Anduril Roadrunner/Fury/Ghost/Bolt + Helsing HX-2/HF-1 + Shield AI V-BAT + Quantum Systems + Neros); legacy-prime (General Atomics MQ-9 lifecycle); commercial-civilian (Skydio + Zipline + Wing + Matternet + Brinc + Wingcopter + XAG + Percepto + Flytrex). Gating events split by class: BVLOS regulatory clearance for commercial; DoD contracts + fielded systems for defense. Editorial discipline: remotely-piloted-vs-autonomous honesty matters; MQ-9 + TB2 + Neros Archer are recorded as remotely-piloted, not autonomous. The framework resists 'drone = AI' inflation.

  • What is the MQ-9 Reaper?

    The General Atomics MQ-9 Reaper is the canonical legacy-prime AI-augmented military drone: in-service 2007; substantial fielded fleet across US DoD + UK + Italy + Spain + Netherlands + France allied air forces. MQ-9A production closed 2025; MQ-9B (UK Protector) in production. Crewed by 3 at ground station (pilot + sensor operator + mission commander); AI augments ISR + sensor fusion, NOT autonomous mission execution. Per DEPLOY's autonomous drones cluster framework, MQ-9 is the canonical reference against which new-defense onboard-autonomous AI-first cohort (Anduril Lattice + Shield AI Hivemind + Helsing) is compared.

  • How does DEPLOY track incident outcome_class and deployment exposure_hours at actuarial depth?

    DEPLOY tracks Phase 3 Dim 1 actuarial substrate at primary-source-anchored verification depth across two structurally-distinct axes simultaneously: incident numerator (outcome_class at 67 rows across 61 incidents; multi-class where evidenced; distribution skewed regulatory_action:34 + property_damage:18 + bodily_injury:7 + no_outcome:4 + financial_loss:2 + fatality:1 + near_miss:1) and deployment denominator (exposure_hours at canonical 128-nulls honest-absence; Agent A documented under-population over fabrication). The 128-nulls is the canonical worked example for 'honest absence at full-population scale beats partial fabrication.' Scalar selectivity tight per *_basis verified-vs-claimed discipline: 1 USD figure at primary-source-anchored verification depth (MQ-9 Reaper $32M reported_press gt_10m); 3 fatality_count rows; 5 bodily_injury_severity rows; 4 loss_cost_class rows; most NULL at honest-absence cap-flag. Cap-flag-as-trust-signal operates recursively at three substantive layers simultaneously: 128-null exposure_hours denominator (full-population honest-absence) + scalar selectivity at 1-of-61 USD verified ratio (extreme primary-source-anchored selectivity) + outcome distribution skew (no_outcome:4 documented as substantive editorial state, not as substrate-completeness gap). The framework operates at honesty-as-strength rather than coverage-as-strength: under-population at primary-source-anchored verification depth beats fabrication at marketing-aggregation depth. Rover's 5-commit Dim 1 surface work landed across all four axes (callable MCP tool + structured JSON-LD + human-facing /incidents page + REST aggregated endpoint); substrate is fully live and queryable.

Current leadership (3)

Safety record

3 incidents on record (1 critical, 1 serious, 1 moderate). Most recent: Apr 2026.

critical
1
serious
1
moderate
1
other
2
malfunction
1

Most recent: Apr 2026

Only active incidents are counted. Retracted incidents are excluded from this summary but remain reachable at their canonical URLs.

Full safety record: incidents, sourcing, and exposure data →

Incidents affecting General Atomics Aeronautical Systems (3)

Includes incidents linked directly to this company, to its models, or to deployments of its models or under its operation. Retracted incidents are excluded from this view but remain reachable at their canonical URLs.

Operator customers (1)

Recent coverage

General Atomics Aeronautical Systems in third-party press

Peer companies