UK Military Drone and AI Programmes: Where are we?

Since the beginning of the summer we have had the release of the long-delayed Defence Investment Plan (DIP), the resignation of Defence Secretary John Healey and the replacement of his successor (Dan Jarvis lest you forget) with the appointment of Wes Streeting and of course, the ousting of PM Keir Starmer for Andy Burnham. In addition there have been a number of military spending announcements related to UK military drone and AI programmes so its worth setting out where we are at the moment in this area.

New PM Andy Burnham viewing a British drone with Major General Duncan Capp, August 2026. Credit: SkyNews
Military spending increased, other budgets cut

Firstly, despite noisy complaints from the usual suspects that not enough is being spent on ‘defence’, the government has committed eye-watering amounts to increase funding for the military as well as for military equipment development programmes. The DIP outlined how the UK will spend £298bn over the next four years, with annual UK military spending set to rise to £80bn a year in 2029 – that’s up from £54bn in 2024, a 27% increase.

Included in this spending is

  • £5bn for military drones
  • Over £5bn for military AI systems
  • £1.8bn to a new Digital Targeting Web
  • £3.2bn for military space capabilities
  • £11bn for munitions and weapons.  

This increase in military spending is, of course, at the cost of other budgets. In 2025, the government announced £6 billion of cuts to UK’s aid budget with the money to be spent instead on the development of “cutting-edge capabilities” for the military.  Alongside the publication of the Defence Investment Plan, the government announced further cuts to all government departments plus deeper cuts to Energy and Transport budgets. According to analysis by Transition Security Project, cuts at the Energy department will total around £3.9bn, Transport will be cut by £2.4bn with the Department of Health by about £1 billion.

Most media coverage of these announcements though included a host of talking heads arguing that it simply wasn’t enough and that much more military spending was needed.  As parliament returns for the autumn we are likely to see more lobbying in this vein.

Swindon: The New Home of Drone Warfare

Swindon has become the UK’s home of drone warfare with the establishment of the MoD’s new Uncrewed Systems Centre (USC) at its DroneTEX facility at Panattoni Park in the town. The term ‘DroneTEX’ come apparently for somebody’s neat idea to amalgamate  ‘drone’, ‘technology’ and ‘testing’. It will be the focal point for the development and testing of UK military drones and technology in collaboration with industry. At 545,000sq ft, DroneTEX, we are told, is the size of more than 10 football pitches.  

Then Defence Secretary, John Healey, visiting DroneTex in Swindon. Credit: Tekever

According to the DIP, the Uncrewed Systems Centre will be the MoD’s “centre of excellence for uncrewed systems and the digital exploitation of that capability, supporting the Digital Targeting Web.”   Whether the MoD’s Defence Uncrewed Design Authority (DUxDA) [latest FoI on DUxDA here] will be relocated to Swindon is as yet unclear.

Alongside these new MoD facilities, a growing number of private companies involved in the development of military AI drones have established facilities in the town including Tekever, Stark, Munin and Neros.

New UK Land War Doctrine: Drones, Drone Drones

The DIP makes clear that Army commanders now see the development of drone technology as having a profound impact on how it conducts ground warfare, both in terms of needing to exploit the use of drones for ‘recce-strike’  but also in how it needs to defence personnel and equipment.  According to the DIP,

“The British Army’s is transforming… founded on the Army’s new doctrine of fighting by ‘recce-strike’ at every level – from corps down to platoon – and underpinned by the widespread adoption of autonomous systems and AI.”

In other words, the Army intends to thoroughly integrate drones and AI capabilities into its fighting.  As the DIP puts it, “it is a complete reimagination of British land warfare.”

A number of programmes to train and equip British soldiers to use small to medium size drones are being funded, including a £2bn contract with Omnia to train 60,000 soldiers annually.  The UK has also funded Project NYX aimed at developing autonomous drones to accompany the army’s Apache helicopters and £400m to replace the army’s disasterous Watchkeeper drones with new Tekever AR5 drones.  But significant funding is also being allocated to ASGARD.

Project ASGARD is a British Army communications and control system which uses AI to connect a variety of sensors with weapons such as artillery, tanks, rockets and soldiers on the ground to enable commanders to find targets and strike faster than ever before.  The aim is to make the Army “ten times more lethal” than before. ASGARD is the army’s part of the MoD’s new Digital Targeting Web.

The Digital Targeting Web

While drones have had a huge impact on warfare, the rapid develop and integration of AI into warfare is likely to be profound. While in part this will come through the integration of AI into weapon systems themselves, AI is also being used to process information and data to rapidly produce potential targets and to help strike those targets far more rapidly.  We have seen this in the Israeli use of systems such as ‘Lavender’, Habsora’ and Where’s Daddy?’  The UK is developing what it calls the Digital Targeting Web (DTW) in order to utilise AI for targeting and strikes.

Giving evidence to the Defence Select Committee, General Sir Richard Barrons, one of the authors of the Strategic Defence Review said in relation to the Digital Targeting Web

“I regret that we had to settle on the word “targeting”, which implies that it just does targeting. Actually, the digital kill web—a word I prefer—is the architecture of command and control now.”

He went on:

“Essentially, what the web does is to take in every form of thing or capability that senses the operating environment—whether it is satellite, aircraft, drone, mobile phone, ship, vehicle or database, it does not matter; everything that allows you to understand your operating environment—and networks that into a database and secure cloud managed by AI—without AI, you cannot manage it—supervised by clever people. That capability allows you to assemble an understanding of your operating environment to support decision making, including ranking targets and allocating them to weapons systems, whether they are kinetic, from any service, or non-kinetic, like a cyber-attack.

While the DIP committed £1.8bn in funding for the Digital Targeting web up until 2030, it also said it expected to spend £17bn on it and the wider MoD ‘digital backbone’ between 2030 and 2035.

Digital Warfighter Group and the Military Use of Agentic AI

The MoD says that work is underway to establish a Digital Warfighter Group with the aim of  “deploying digital and conventional war fighters on operations side-by-side”. In part this is about “creating a new type of operator, whose education, training and equipment supports digital operations”. 

However, alongside this, the plan is also to deploy Agentic AI. Unlike traditional generative AI (such as ChatGPT) that can only respond to single prompts, Agentic AI uses a variety of tools and programmes to independently plan and execute multi-step actions to achieve a broader goal. Increasing we have seen Agentic AIs go rogue in tests and it is extremely worrying that the UK is already planning to deploy these systems for warfighting.

Collaborative Combat Aircraft: A Drone By Any Other Name

While the UK has already funded some smaller Autonomous Collaborative Platforms such as StormShroud  (ACP are drones designed to accompany crewed aircraft to undertake various tasks such as jamming or lethal attacks) the DIP, commits funding to develop a larger armed ‘Collaborative Combat Aircraft Programme’ for the RAF with initial funding of £300m.  The DIP states that CCA “will expand sensor coverage, carry extra missiles, and push far ahead of the crewed air component, to enhance survivability and lethality.”

Defence Minister Luke Pollard announced in July that the new jet-powered CCA would be called StormFighter.  Both BAE Systems and Boeing have already thrown their hats into the ring with systems they have already developed. The DIP makes clear that the UK aims to spend “at least £70bn in new capabilities for the air domain” between 2030 and 2035.  Interestingly, the DIP also says that “our CCAs will exploit a sovereign, world-leading propulsion system.”

Boeing’s Ghost Bat CCA
BAE Systems’ Brontanax CCA
Maritime Drones to create a ‘Hybrid Navy’

The DIP aims to push the Navy towards developing large number of uncrewed systems, with at least £1.3bn aimed at creating ‘a hybrid fleet’ (crewed and uncrewed naval systems).  The Hybrid fleet will

“ultimately comprised of uncrewed missile platforms (Type 91), uncrewed underwater sense platforms (Type 92), extra-large uncrewed underwater vessels (XLUUV) (Type 93), uncrewed radar platforms (Type 94) and a future class of Common Combat Vessels (CCV).”

Image released by Royal Navy depicting uncrewed navy vessel designs.

These systems will be connected by a ‘Maritime Fighting Web’ – the navy element of the Digital Targeting Web.  Alongside these developments, £240m will fund Project Pantheon, the development of autonomous systems to start building a autonomous Carrier Air Wing,  In addition, various programmes aimed at bringing AI into the anti-submarine warfare arena are also being funded.  

In Space No One Can Hear You Scream (about space warfare)

In the same way that the UK denies it is actively working to develop lethal autonomous weapons, the UK insists that it opposes military action in space. Yet at the very same time it is actively developing plans for what it calls ‘space control’, a euphemism for offensive military action in space. The DIP states that the MoD will “be more ambitious in delivering the space capabilities necessary to fight and win.” 

The DIP allocated over £3bn to military space activities over the next four years alone, with plans to spend a further £9bn between 2030 and 2035.

Plans include

  • A UK space-based ‘sovereign’ operational Intelligence, Surveillance, and Reconnaissance capability
  • Working with the US and Australia on a Deep Space Advanced Radar Capability.  The UK element will be based at Cawdor Barracks in Pembrokeshire.  This new network of ground-based space radars is aimed at surveillance of other states space assets. 
  • Developing various classified capabilities to enhance UK Space Control.
  • A new centralised Air, Space and Missile Defence Operations Centre (IASMDOC)
  • Extending thee life of the SKYNET 5 military communications satellites until SKYNET 6 is operational.

Unfortunately, armed conflict in space can no longer be seen as unlikely or far-fetched but increasingly possible. Any such conflict will have severe consequences for all of us below as space-based systems play an essential role in critical civilian infrastructure and are indispensable to the provision of essential services

Alongside these key developments the UK is spending over £11bn on new munitions and weapons stockpiles; developing a ‘Deep Precision Strike’ missile; spending almost £500m on what used to be called lasers but are now called Direct Energy Weapons; an unknown amount on the development of a new Biological Warfare Laboratory at Porton Down to be named after Ernest Bevin; and £750m funding counter-drone systems for deployed and UK based forces.  

Drone Wars will continue to scrutinise and enable critical public debate about all these developments.

See: Key UK drone development programmes

See: Key UK Military AI development programmes

Lucky Dip: Drone companies await spending bonanza as Defence Investment Plan (DIP) to be revealed.   

Following the government’s commitment to increase military spending and the publication of the Strategic Defence Review (SDR) in early June, the military industry has been keenly awaiting the release of the government’s Defence Investment Plan (DIP) which will layout military spending plans and other details for the rest of this parliament. Numerous reports have indicated that many planned projects are ‘on hold’ until the plan is finalised and published.

UK Military Spending 2010/11 – 2024/25 – Statista

Defence minister Luke Pollard told MPs in June that the DIP will “cover the full scope of the defence programme, from people and operations to equipment and infrastructure”. Time and again ministers have promised that the plan will be unveiled in the autumn and so this now seems likely to be soon after the Budget of 26 November (although such promises are of course routinely broken).

How much?!

UK military spending was £60.2bn in 24/25 (around 2.4% of GDP), up from £42.4bn in 2020/21. In February 2025, the Starmer government committed to further increase military spending raising the budget to 2.5% of GDP by 2027 (estimated at around an extra £6bn per year – roughly the amount cut from the UK’s Aid budget) with ‘an ambition’ to reach 3% by the next parliament.  At the NATO summit in June 2025, however, Starmer upped the ante, with a pledge to reach a ‘goal’ of 5% (3.5% on ‘core defence’ (estimated to be an extra £30bn per year) with 1.5% (around £40bn per year) on ‘defence-related areas such as resilience and security’) by 2029. Subsequently the government said it “expected to reach at least 4.1% of GDP in 2027”.

‘Whole of Society’

Importantly, alongside the increase in military spending, the Strategic Defence Review argued that ‘defence’ is now to be seen as a ‘whole of society’ effort and this may well be re-emphasised when DIP is published.

The plan is being billed as enabling the UK to be at ‘warfighting readiness’ and alongside equipment and weapons programmes, the public is being urged to be ”prepared for conflict and ready to volunteer, support the military, and endure challenges”.

Plans already announced to ‘reconnect society with the military’ include the expansion of youth cadet forces, education work in schools to develop understanding among young people of the armed forces, and broader public outreach events to outline the threats and the need for greater military spending despite increased social challenges.

Government keen to ‘reconnect’ young people with the armed forces

And to top this off, the government is deploying the hoary old chestnut that military spending is good for the economy (despite such claims being persistently and thoroughly debunked).

Trailed Plans

While specific spending details remain under wraps, government announcements since the publication of the SDR have indicated some of the broad areas which will receive more funding:

Drones, Drones, Drones. In the Spring Statement, Chancellor Rachel Reeves stated that “a minimum of 10% of the MoD’s equipment budget is to be spent on novel technologies including drones and AI enabled technology.”  Defence Minister Alistair Cairns indicated in July that there would be around £4bn spending on uncrewed systems – ‘Drones, drones and drones‘ as he put it on twitter. 

To the ever-expanding list of UK drone development programmes, many of which are seeking funding decisions as part of the DIP, we can add Project Nyx which seeks to pair a new drone with the British Army’s Apache Helicopter. 

Perhaps most significantly in this area, publication of the Defence Investment Plan may illuminate UK plans for a ‘loyal wingman’ type drone  – now described by the MoD as an Autonomous Collaborative Platform (ACP) – to accompany the UK’s planned new fighter aircraft, Tempest. While some funding has already been allocated to develop smaller Tier 1 and 2 ACP’s, plans for the more strategic and no doubt costlier level Tier 3 drone have been placed on the back burner pending funding decisions.  Will the UK go it alone and build a new armed drone (as no doubt BAE Systems hopes) or will it buy Australia’s Ghost Bat or one of the two drones currently competing for the US contract?

Integrated targeting web. Alongside new drones, the UK is developing a ‘digital targeting web’ to link, as MoD-speak puts it,  ‘sensors’, ‘deciders’ and ‘effectors’.  In other words commanders supported by AI will be networked with ‘next generation’ drones, satellites and other systems to identify targets to be destroyed by a variety of novel and traditional military systems. The aim is to rapidly speed up the time between target identification and attack.  As Drone Wars has reported, several tests of various elements of this system (such as ASGARD) have been tested and it is likely that further funding for this programme will be part of the DIP.

New munition and drone factories.  The government is keen to bolster the UK’s munitions stocks after supplying huge amounts to Ukraine. The MoD accidentally released details of 12 potential sites for new munitions factories to The Ferret in a Freedom of Information mix-up.  The government has plans to open 6 new factories at a cost of £6bn,   

Helsing factory

Alongside this, there is also a desire to persuade some of the newer drone companies to open factories here in the UK. While Tekever has announced it will open a new site in Swindon, Anduril and Helsing seem to be keeping their power dry while awaiting news that they have secured government contracts before committing to setting up premises.  Both companies have, however, set up UK subsidiaries and have launched PR campaigns to persuade ministers and officials of the efficacy of their products.

While drones are key for these companies, a huge increase in UK spending on military AI systems is also in their sights.

An AI ‘Manhattan Project’ endeavour.  Despite continued and significant concerns about the military use of AI, particularly in ‘the kill chain’, ministers, officials and commanders seem convinced that a rapid integration of AI into all areas of the armed forces is urgent and vital.  Just before stepping down as Chief of the Defence Staff in September, Admiral Sir Tony Radakin put his weight behind calls from Helsing co-founder Gundbert Scherf for a “Manhattan-Project for AI defence”.  Arguing such a plan “would not cost the earth” (but putting it at around $90bn!) Scherf suggested four areas to concentrate on: a) masses of AI-enabled defensive drones deployed on NATO’s eastern flank;  b) deploying AI-enabled combat drones to dominate airspace; c) large scale deployment of ai-enabled underwater drones/sensors; and finally, d) replacing Europe’s ageing satellites with (you guessed it) ai-enabled surveillance and targeting satellites.

Anduril is also not shy of lobbying in its own interests. Anduril UK CEO Richard Drake told The House, Parliament’s in-house magazine, that Anduril US was “very much happy with the direction [the SDR is] taking” but went on to publicly push to reduce regulation on the use of drones in UK airspace:

“For UK PLC to get better and better and better in drones and autonomous systems, they have to always look at their regulatory rules as well. Companies like ours and other UK companies can design and build these really cool things, but if we can’t test them well enough in the UK, that’s going to be a problem.”

Winners and Losers

While wholesale adoption of Helsing’s plan seems unlikely, there seems little doubt that the new AI-focused military companies will be among the various military companies who will be the lucky beneficiaries of the UK’s DIP.  Meanwhile, the rest of us seem assured of spending cuts and tax rises.  

UK crossing the line as it implements use of AI for lethal targeting under Project Asgard

Despite grave ethical and legal concerns about the introduction of AI into decision making around the use of lethal force, the UK is rapidly pressing ahead with a number of programmes and projects to do so, with the British Army recently trialling a new AI-enabled targeting system called ASGARD as part of a NATO exercise in Estonia in May 2025.

A mock HQ utilising ASGARD at MoD briefing, July 2025. Crown Copyright 2025.

Last week, the Ministry of Defence (MoD) gave a briefing to selected media and industry ‘partners’ on Project ASGARD – which it describes as the UK’s programme to “double the lethality” of the British Army through the use of AI and other technology. ASGARD is not aimed at  producing or procuring a particular piece of equipment but rather at developing a communications and decision-making network that uses AI and other technology to vastly increase the speed of undertaking lethal strikes.

ASGARD is part of a £1 billion ‘Digital Targeting Web’ designed to “connect sensors, shooters, and decision-makers” across the land, sea, air, and space domains. “This is the future of warfare,” Maria Eagle, Minister for Defence Procurement and Industry told the gathering. 

According to one reporter present at the briefing, the prototype network “used AI-powered fire control software, low-latency tactical networks, and semi-autonomous target recommendation tools.” 

Janes reported that through ASGARD, “any sensor”, whether it be an unmanned aircraft system (UAS), radar, or human eye, is enabled by AI to identify and prioritise targets and then suggest weapons for destroying them. “Before Asgard it might take hours or even days. Now it takes seconds or minutes to complete the digital targeting chain,” Sir Roly Walker, Head of the British Army told the gathering.

Drones used in conjunction with ASGARD
DART 250EW one-way attack drone
Helsing HX-2 one-way attack drone

While the system currently has a ‘human in the loop’  officials suggested that this could change in future, with The I Paper reporting ‘the system is technically capable of running without human oversight and insiders did not rule out allowing the AI to operate independently if ethical and legal considerations changed.’

How it works

A British Army report after the media event suggested that  “Asgard has introduced three new ways of fighting designed to find, strike and blunt enemy manoeuvre: 

  • A dismounted data system for use at company group and below.
  • The introduction of the DART 250 One Way Effector. This enables the targeting of enemy infrastructure three times further than the current UK land based deep fires rockets.
  • A mission support network to accelerate what is called the digital targeting or ‘kill’ chain.

According to a detailed and useful write-up of the Estonia exercise, ASGARD uses existing equipment currently in service alongside new systems including Lattice command and control software from Anduril which provides a ‘mesh network’ for communications, as well as Altra and Altra Strike software from Helsing used to identify and ‘fingerprint’ targets. The report goes on:

“targets were passed to PRIISM which would conduct further development including legal review, collateral damage estimates, and weapon-to-target matching.”  

Helsing’s HX-2 drone was also used during the exercise and is another indication that the UK is likely to acquire these one-way attack drones. DART 250, a UK manufactured jet-powered one-way attack drone with a range of 250 km that can fly at more than 400 km/h was also deployed as part of the exercise. The manufacturer says that it can fly accurately even when GPS signals are jammed and that it is fitted with seeker that enables it to home-in and destroy jamming equipment.  

AI: speed eroding oversight and accountability

The grave dangers of introducing AI into warfare, and in particular for the use of force are by now well known.  While arguments have been made for and against these systems for more than a decade, increasing we are moving from a theoretical, future possibility to the real world: here, now, today.

While some argue almost irrationally in the powers and benefits of AI, in the real world AI-enabled systems remain error prone and unreliable. AI is far from fallible and relies on training data which time and time again have led to serious mistakes through bias.  

Systems like ASGARD may be able to locate tanks on an open plain in a well-controlled training exercise environment (see video above), the real world is very different.  Most armed conflicts do not take place in remote battlefields but in complex and complicated urban environments.  Relying on AI to choose military targets in such a scenario is fraught with danger.

Advocates of ASGARD and similar systems argue that the ‘need’ for speed in targeting decisions means that the use of AI brings enormous benefits.  And it is undoubtedly true that algorithms can process data much faster than humans. But speeding up such targeting decisions significantly erodes human oversight and accountability.  Humans in such circumstances are reduced to merely rubber-stamping the output of the machine.

Meanwhile, the Ministry of Defence confirmed that the next phase of ASGARD’s development has received government funding while at the UN, the UK continues to oppose the negotiation of a new legally binding instrument on autonomous weapons systems.

The Strategic Defence Review and Drone Warfare: Questioning a Dangerous Consensus

While there appears to be a consensus between mainstream political parties, officials and defence commentators that a significant increase in spending on drone and military AI systems would be a positive development, there are serious questions about the basis on which this decision is being made and the likely impact on global security.

New military technology in general, and uncrewed systems in particular, are being presented by politicians and the media as a quick and simple, cost-effective way for the armed forces to increase ‘mass’ and ‘lethality’ without having to procure hugely expensive kit that can take years to produce. Drones are also seen as an alternative to deploying troops in significant numbers at a time when recruitment has become increasingly difficult.

However, far from aiding security, increased spending on drones, autonomous weapons and other emerging military technology will simply lead to a further degrading of UK and global security. Remote and autonomous military systems lower the threshold for the use of armed force, making it much easier for state and non-state groups alike to engage in armed attack. Such systems encourage war as the first rather than the last option.

KEY QUESTIONS

Does the war in Ukraine really demonstrate that ‘drones are the future’?
  • It seems to be taken for granted that the ongoing war in Ukraine has demonstrated the effectiveness of drone and autonomous warfare and that therefore the UK must ‘learn the lesson’ and increase funding for such technology. However, while drones are being used extensively by both Russia and Ukraine – and causing very substantial numbers of casualties – it is far from clear that they are having any strategic impact.
  • Larger drones such as the Turkish Bayraktar TB2 operated by Ukraine – hailed as the saviour of  Ukraine at the beginning of the war  – and Russia’s Orion MALE armed drone have virtually disappeared above the battlefield as they are easily shot down. Larger one-way attack (sometimes called ‘suicide’) drones are being fired at each other’s major cities by both sides and are causing considerable harm. While these strikes are mainly for propaganda effect, again it is not clear if this will change the outcome of the war.
  • Short range surveillance/attack drones are being used very extensively on the battlefield, and the development in particular of First Person View (FPV) drones to carry out attacks on troops and vehicles has been a significant development. However, counter measures such as electronic jamming means that thousands of these drones are simply lost or crash. In many ways, drone warfare in Ukraine has become a long-term ‘cat and mouse’ fight between drones and counter-drone measures and this is only likely to continue.
Is ‘cutting edge military technology’ a silver bullet for UK Defence?
  • The capabilities of future military systems are frequently overstated and regularly underdelivered. Slick industry videos showcasing new weapons are more often than not the product of graphic designers creative imaginings rather than real world demonstrations of a new capability.
  • Click to open the briefing

    The hype surrounding trials of so-called ‘swarming drones’ is a good example. There is a world of difference between a ‘drone swarm’ in its true, techno-scientific meaning and a group of drones being deployed at the same time. A true drone swarm sees individual systems flying autonomously, communicating with each other and following a set of rules without a central controller. While manufacturers and militaries regularly claim they are testing or trialling ‘a drone swarm’, in reality they just operating a group of drones at the same time controlled by a group of operators.

  • While there have been considerable developments in the field of AI and machine learning over the past decade, the technology is still far from mature. Anyone using a chatbot, for  example, will quickly discover that there can be serious mistakes in the generated output. Trusting data generated by AI systems in a military context, without substantial human oversight and checking, is likely to result in very serious errors. The need for ongoing human oversight of AI systems is likely to render any financial of human resources saving from using AI virtually redundant.
Will funding new autonomous drones actually keep us safe?
  • Perhaps the key question about plans to heavily invest in future military AI and drone warfare is whether it will actually keep the UK safe. Just over a decade ago, armed drones were the preserve of just three states: the US, the UK and Israel. Today, many states and non-state groups are using armed drones to launch remote attacks, resulting in large numbers of civilian casualties. In essence, as they enable both states and non-state groups to engage in armed attack with little or no risk to themselves, remote and autonomous drones lower the threshold for the use of armed force, making warfare much more likely.
  • Given the global proliferation of such technology, it seems inevitable that any new developments in drone warfare funded by the UK over the next few years will inevitable proliferate and be used by other state and non-state groups. In many ways, it seems only a matter of time before drone warfare comes to the UK.
  • Rather than funding the development of new lethal autonomous drones, the UK should be at the forefront of efforts to curb and control the use of these systems, working with other states, NGOs and international experts to put in place globally accepted rules to control their proliferation and use.
Is the development and use of autonomous weapons inevitable?
  • Although the realm of science fiction until relatively recently, plans are now being developed by a number of states, including the UK, to develop and deploy lethal autonomous weapon systems. It is highly likely that the first fully autonomous weapons will be a drone-based system.
  • The real issue here is not the development of AI itself, but the way it is used. Autonomy raises a wide range of ethical, legal, moral and political issues relating to human judgement, intentions, and responsibilities. These questions remain largely unresolved and there should therefore be deep disquiet about the rapid advance towards developing AI weapons systems.
  • While some argue the inevitability of the development of these systems, there are a range of measures which could be used to prevent their development including establishing international treaties and norms, developing confidence-building measures, introducing international legal instruments, and adopting unilateral control measures. Given how much we have seen drone warfare spread and create global insecurity over the past decade, now is the time for the UK to be fully involved in international discussions to control the development of lethal fully autonomous weapon systems.

Read more →

RAF’s new armed drone given approval to fly freely over UK  

Protector RG1 flying over RAF Waddington. Crown Copyright.

The UK’s Military Aviation Authority (MAA) has issued ‘Military Type Certification’ to the UK’s new ‘Protector’ armed drone, meaning that it is now free to fly within UK airspace, including over populated areas.

Previously, for safety reasons, Protector and other large uncrewed systems such as the Protector’s predecessor, the Reaper, were only allowed to fly in segregated airspace, with other aircraft excluded.  Although large military drones are spreading rapidly, as Drone Wars has documented they continue to tumble out of the skies for a whole variety of reasons.

The UK is the first country to certify a large drone to fly freely in unsegregated airspace and General Atomics, the manufacturer of the drone – which they call MQ-9B SkyGuardian rather than UK designation of ‘Protector RG1’– were delighted as it has huge implications for their sales.  The company’s press release called it “a seminal achievement.”  A key element of the  approval, alongside “rigorous testing”, was apparently the ‘rigid separation’ of mission software from flight critical software.

Protector flights in the UK

The Protector has been undertaking a short series of test flights around RAF Waddington, the home of UK drone warfare, over the past few weeks. The Aviationist noted two tests in the past week which were of the longest duration so far, including one which saw the drone fly to RAF Marham before taking off and returning to Waddington.  RAF Marham is the nominated diversion airfield for the drone.

General Atomics reported that 10 of the 16 Protector drones ordered had now been delivered to the UK but it is not clear if these are all at RAF Waddington  as previous drones that have ‘been delivered’ to the RAF remained in the US for testing and trials.  The UK is increasingly secretive about its drone operations and exact details about when Protector is to come into service have been given vaguely as ‘by the end of 2025’.  Reaper is also expected to exit service by the end of the year.

Protector test and training flights are now likely to expand both in number and in range, including flights to launch weapons at Holbeach Air Weapons Range, near Boston in The Wash. Protector carries the Paveway IV guided bomb and Brimstone 3 missiles.

The Ministry of Defence has always been clear that Protector will also be available to support counter-terrorism operations within the UK and undertake Military Aid to Civilian Authorities (MACA) tasks such as assisting HM Coastguard with search and rescue missions.  Read more →

Companies vying for share of purloined aid budget as UK plans to spend big on drones and military tech

Keir Starmer visits drone factory. Credit: Reuters

While behind-the-scenes wrangling on the final details of the latest Strategic Defence Review continue, the overall message is crystal clear: the UK intends to significantly increase military spending. To enable this there have already been a number of government decisions designed to make funds available, in particular, for new weapons technology and programmes.

In November, the Defence Secretary announced he was cutting a number of ‘outdated’ military programmes (including the infamous Watchkeeper drone) to make funds available for new military technology. The Chief of the Defence Staff, Admiral Tony Radakin argued that “accelerating the disposal of legacy equipment is the logical approach to focus on the transition to new capabilities that better reflect changing technology and tactics.”

In a more ambitious money grab, PM Kier Starmer announced that he was cutting the UK’s aid budget to help increase military spending to 2.5% of GDP and said he would use the released funds to “accelerate the adoption of cutting-edge capabilities.” Starmer argued that the aid cuts would mean an extra £13.4bn military spending per year from 2027. Others, however, argued that in real terms, the increase would be around £6bn per year. Many noted that whatever the boost to UK military spending, the cuts would significantly harm the worlds poorest people.

Finally, there has been a concerted effort to ensure that banks, pension funds and other big investors – who have accepted that military companies should be excluded from ethical investment portfolios – get back in line and ensure that military companies have full access to all their funds. The government it seems, is adamant that private as well as public funds are made available to such companies. Not unrelated to this move, universities are also coming under pressure to crackdown on opposition to military company recruitment on campus.

Which drones companies are likely to benefit?

A number of newer and older military companies are likely to benefit from the coming increase in military spending and, in anticipation, we have seen a surge in the stock prices of many of the companies involved. While drones and related technology are only one part of the increase in military spending, a number of companies in this area are likely to benefit.

Helsing

Helsing is a new company set-up by three AI experts in Berlin in 2021. Its website states that it was “founded to put ethics at the core of defence technology development” and insists that ”artificial intelligence will be the key capability to keep liberal democracies from harm”

HX-2 one way attack drones stocked at Hesling factory
HX-2 one way attack drones stocked at Hesling factory

One of the company’s first products is the HX-2 attack drone. HX-2 is a meter long, electrically propelled X-wing, one-way attack drone with up to 100 km range. The company says that on-board AI enables it to resist jamming and that multiple HX-2 can be assembled into swarms. The drone has been designed to be mass-producible and Helsing announced in February 2025 that It had set-up the first of what it is calling its ‘resilience factories’ in southern Germany to mass produce 6,000 of the drones for Ukraine. Jane’s reported in December 2024 that Helsing was to set up a factory in the UK and it is highly likely that the UK will order the HX-2 drone.

Anduril

Palmer Luckey with Andruil's Fury drone
Palmer Luckey with Andruil’s Fury drone

Although a little older than Helsing, Anduril too is a relatively new player to the defence industry. Co-founded in 2017 by technology entrepreneur Palmer Luckey, the company (named after a sword in Lord of the Rings) and its co-founder have been subject to an extra-ordinary amount of adulatory media coverage.

The UK has already awarded Anduril a number of contracts including a £30m deal in March 2025 to supply the Altius 600m and Altius 700m drones to Ukraine and it too announced this week plans to open a drone factory in the UK. Anduril is one of two companies left in the competition to supply the US air force with new category of drone called Collaborative Combat Aircraft (CCA). The UK too wants to acquire these type of drones to work in conjunction with its F-35 fighter aircraft and future Tempest combat aircraft. Anduril also works closely with another US AI tech company, Palantir, in development of AI-enabled intelligence and ‘battle-management’ systems similar in vein to the Israel ‘Lavender’ and ‘Gospel’ systems. This too is an area that the UK is likely to want to fund.

BAE Systems

Image of model of BAe's new drone concept
BAES System’s latest concept model for the UK’s ‘Autonomous Collaborative Platform’

The opposite of a newcomer, BAE Systems has a long history of being the main beneficiary of UK military spending. Research by CAAT showed that between 2012 and 2023, the company had more meetings with British prime ministers than any other private company.

With a track record of being involved with the development of drones including the UK’s experimental Taranis combat drone, BAE Systems is keen to position itself at the forefront of development of uncrewed autonomous systems. It has showcased its designs for the UK’s Autonomous Collaborative Platforms (ACP) programme – the UK’s equivalent to the US Collaborative Combat Aircraft (CCA) – and it continue to trial is Phasa-35 High-altitude surveillance drones.

Alongside this, BAE has quietly bought up a number of smaller, niche military drone companies to acquire new designs and expertise from those companies – including Prismatic, Malloy Aeronautics and Callen-Lenz – and has signed an agreement with QinetiQ to collaborate on the development of drone technology.    Read more →