8NOV

RAF Typhoons fire APKWS in Gulf combat

3 min read

19:26UTC

RAF 9 Squadron Typhoons deployed the APKWS laser-guided rocket in counter-drone operations in the Middle East from 17 May, going from first ground test in March to combat use in under two months at £20,000 per shot.

← Back to UK names HII at £303m; its tender said £125m Jump to analysis ↓

TechnologyDeveloping

Key takeaway

Britain deployed a counter-drone rocket from first test to combat in under two months.

RAF Typhoons of 9 Squadron deployed the APKWS laser-guided rocket system for counter-drone missions in the Middle East from approximately 17 May, flying from RAF Akrotiri in Cyprus and Al Udeid Airbase in Qatar. APKWS is a laser-guidance conversion kit that turns unguided rockets into precision counter-drone munitions at roughly £20,000 per shot, a fraction of the millions a Patriot-class interceptor costs. Suppliers are BAE Systems and QinetiQ.

The system went from first ground-target test in March to air-to-air trial in April to combat deployment in May: less than two months from initial testing to operational use. That timeline is faster than any Western weapons integration since the Urgent Operational Requirement process during Iraq and Afghanistan, and signals a deliberate MoD decision to accept integration risk for speed.

At £20,000 per shot, APKWS fills the cost gap between the LOCUST X3 laser (not yet fielded) and million-pound Patriot-class interceptors. The Pentagon's DAWG line at $54.6 billion reflects the same pressure to find affordable counter-drone solutions at scale. The Gulf counter-drone requirement driving this acceleration connects directly to the Hormuz mission and the broader UK commitment of £752 million to the Ukraine drone package.

Deep Analysis

In plain English

British Typhoon fighter jets in the Middle East are now shooting down drones with laser-guided rockets called APKWS. Each rocket costs about £20,000, which sounds expensive, but it is cheap compared to the Patriot missiles the US uses, which cost over a million pounds each. The RAF went from testing this weapon for the first time to using it in combat in less than two months, which is extraordinarily fast for military equipment. It works against Iranian-type drones in the Gulf. It would not work cost-effectively against cheap Ukrainian-style FPV drones in Europe.

Deep Analysis

Root Causes

The APKWS deployment reflects three pressures: the Gulf drone threat from Iranian-aligned groups grew faster than dedicated counter-drone systems could be procured.

The MoD's political commitment to show operational drone-defence capability as part of the £4 billion autonomous-systems agenda; and BAE Systems' APKWS integration work (which already had RAF Typhoon compatibility in development) being available for acceleration.

What could happen next?

Consequence
APKWS' combat debut will accelerate RAF allies' interest in the same integration on their own Typhoon fleets. Germany, Spain, and Kuwait all operate Typhoons; if the RAF shares its APKWS integration work through the Eurofighter consortium, the deployment multiplies across the alliance without additional development cost.

Source Landscape

This story draws on neutral-leaning sources

Primary parallel: The Royal Navy's use of Phalanx close-in weapon systems against Iraqi Silkworm missiles in the 1991 Gulf War demonstrated that manned-platform weapons could be adapted for anti-missile defence faster than dedicated systems could be fielded. APKWS on Typhoon follows the same adaptation logic: use what you have, adapt it rapidly, field it before the alternative is ready.

Counter-parallel: The UK's 2010 Strategic Defence Review cancelled Harrier, leaving the Royal Navy without fixed-wing carrier aviation for a decade. Britain's Harrier gap, from 2010 to 2020, cost £3.4 billion in carrier air-power capability before the F-35B partially restored it.

The RAF's willingness to deploy Typhoons on counter-drone patrol rather than preserve them for air-superiority tasks reflects a judgement that the Gulf drone threat is more immediate than the peer-competitor air-threat.

At £20,000 per shot, APKWS sits between directed-energy (when fielded, approximately £1-5 per engagement at laser cost per shot) and Patriot-class interceptors (£1-3 million per missile). For Middle East threat profiles (armed UAVs, cruise missiles), £20,000 is economically rational.

BAE Systems and QinetiQ supply APKWS to the RAF; each operational engagement represents direct revenue at manufactured cost plus margin. BAE Systems guided 7-9% sales growth for 2026 with drones and counter-drones as a named growth priority.

Consensus view: The APKWS deployment timeline of under two months from first ground test to combat use is the fastest Western weapons integration since the Urgent Operational Requirement process used in Iraq (Osprey body armour, Mastiff protected patrol vehicles, all fielded inside 60-90 days under UOR in 2006-2007).

APKWS is technically a guidance kit added to an unguided 2.75-inch rocket, not a new weapon, which enables the speed: no new explosive ordnance disposal certification, no new explosive train, no new warhead. Justin Bronk (RUSI) has observed that the UK's willingness to accept integration risk for speed is itself a strategic signal to adversaries that British counter-drone capability can surge faster than traditional procurement implies.

Counter-view: At £20,000 per shot, APKWS is cost-effective against drone targets worth more than that figure (Iranian Shahed-136 cost approximately $20,000-50,000 each), but it is not viable against swarms of $500-2,000 FPV-class drones.

The Middle East deployment addresses the Iranian threat profile; it does not solve the European FPV swarm problem documented in Ukraine. Lasers (AeroVironment LOCUST X3, the UK's future EHEL programme) remain the only economically viable response to cheap-drone swarms.

Key tension: The Typhoon-APKWS combination requires a dedicated crew-hours commitment: flying a fourth-generation fighter on counter-drone patrol is expensive per hour. The aircraft's opportunity cost (it is not doing air-superiority or strike missions) is not captured in the £20,000 per-shot cost figure.

First Reported In

Update #10 · NATO shoots down drone over Estonia

FlightGlobal· 29 May 2026

Read original →

Causes and effects

Caused by

Tekever commits £400M to UK expansion

Anduril UK is competing in both Project NYX and Project Corvus simultaneously, using its Lattice platform as leverage across both UK procurement competitions.

Occurred 20 May 2026

Read story →

This Event

RAF Typhoons fire APKWS in Gulf combat

The two-month test-to-combat timeline is faster than any Western weapons integration in recent memory, and APKWS fills the cost gap between directed-energy prototypes and million-pound Patriot-class interceptors.

Different Perspectives

EDGE Group

EDGE took control of Italian engine maker CMD in October and signed exploratory USV memorandums with Novamarine and Abu Dhabi Ship Building in early November. It is assembling an Italian hull and engine supply chain around Emirati autonomy, with no customer named.

Japan Ministry of Defense

Nikkei reported on 29 October that the ministry will start research in fiscal 2027 towards mass-producing underwater drones for detection and attack, with prototypes by fiscal 2035. The stated aim is to deter China's growing submarine fleet with fewer sailors at risk.

Kongsberg Discovery

Kongsberg received a $54m DIU modification, mainly for AUV deliveries, and Camilla Kiss said the unit has signed 1.7bn Norwegian kroner of AUV contracts in 2026. The Norwegian maker sells into the US market as an established production line.

Elbit Systems

Elbit bought ISE of Vancouver, maker of more than 250 AUVs, on 20 October for a price it called not material. The Israeli group adds an underwater vehicle line to its naval business.

Defense Acquisition Program Administration

DAPA's 179th committee cleared a 591bn won mine-warfare USV programme on 6 November, alongside the Jangbogo-N nuclear submarine. HD Hyundai's Long Beach trial with Anduril shows Korean industry pitching hulls abroad while Seoul funds its own.

Finland National Emergency Supply Agency

NESA opened an €11m competition on 4 November for radiation-sensing drones and ground robots, including quadrupeds, for the EU's rescEU stockpile. It is a civil-protection buyer using open tender, with a decision expected in March 2027.

Written with AI from Lowdown's published reporting. Not individually reviewed by an editor. Editorial standards.