• Land Warfare

  “Creating a decision advantage”: how C-UAS is evolving to reduce the operator burden

  1st September 2026

  In Conversation… Speaking to Shephard’s Gerrard Cowan, Dr Brian Shand, Director – Advanced Concepts & Technology at L3Harris, explains how, as operators face growing numbers of low-cost drones, C-UAS providers must focus on reducing operator workload, transforming fragmented sensor data into effective decision-making.

• Land Warfare

  AUSA 2026 preview: Uncrewed systems and platforms to defend against them set to feature

  6th October 2026

  The Association of the US Army’s flagship conference and exhibition takes place in Washington, DC from 12 to 14 October. Shephard takes a look at what might be in store at the 2026 show, with uncrewed and counter-uncrewed systems and platforms under the spotlight.

• Air Warfare

  US Pentagon pushes procurement of dismounted counter-UAS capabilities

  7th October 2026

  The US services are investing in lighter, autonomous and networked systems to protect mobile troops from drone threats.

• Land Warfare

  The C-UAS challenge: Finding the threat before it finds you

  18th May 2026

  How Teledyne FLIR Defense C-UAS solutions – and sensors optimized for third-party systems integrators – deliver early drone detection and decision advantage for UAS threat response

• Land Warfare

  “Timelines are measured in seconds”: tackling the UAS threat with dispersed defences

  17th July 2026

  Small uncrewed aerial systems (UAS) have transformed the battlespace, posing a complex threat across all domains. Militaries now need counter-UAS (CUAS) capabilities that defeat the danger while meeting demands around readiness, manoeuvrability and adaptability, according to Mike Spina, Director, Global Sales and Business Development for Targeting and Sensor Systems (TSS) at L3Harris Technologies.

• Land Warfare

  The US DoD’s counter-drone marketplace begins to produce results

  9th October 2026

  The Pentagon's push to accelerate counter-drone procurement is opening new opportunities for defence companies as it seeks to bring emerging technologies into operational service more quickly.

• Land Warfare

  “A staggering rate of change”: how experience combating IEDs is being applied to the C-UAS arena

  10th June 2026

  The scale of the current escalation in drone attacks is fuelling demand for C-UAS technology that must address a rapidly evolving and expanding threat. Against this background, important lessons can be learned from the battle against IEDs, with networked responses and dispersed capabilities essential to deliver enduring protection.

• Land Warfare

  All of NATO’s innovation ranges may be operational this year

  27th May 2026

  The innovation ranges are designed to provide testing and validation across high technology areas and are a key part of NATO’s Rapid Adoption Action Plan to get new technologies into service faster.

• Land Warfare

  Why cost-effective flexible networks are the key to C-UAS success

  18th May 2026

  The widespread use of drones and loitering munitions in current conflicts has tilted the balance in favour of the attacking force, both operationally and economically. EOS’s Dr Andreas Schwer tackles the question of what kind of C-UAS defences are needed to protect battlefield forces, and even entire countries.

• Land Warfare

  May land forces roundup: counter-drone systems move up the agenda

  2nd June 2026

  There has been a drive towards uncrewed aerial systems and defeating them in recent weeks, with NATO exercises addressing the danger, new systems unveiled and a new Latvian counter-drone unit stood up following recent incursions.

• Land Warfare

  Is motorisation set to be the next evolution of towed artillery?

  22nd June 2026

  Artillery remains a key tool on the modern battlefield. Artillery platforms, however, are increasingly at risk from enemy fire, whether from other artillery or uncrewed …

• Air Warfare

  How detection-led C-UAS solutions are transforming drone defense

  23rd March 2026

  Modern C-UAS solutions must detect threats early, integrate layered sensors, and deliver fast, scalable, adaptable defense against evolving drones.

• Land Warfare

  Air defence at scale: Europe’s challenge of cost, integration and sustainability

  8th June 2026

  The evolution of aerial threats is driving renewed investment in ground-based air defence across Europe. Yet beyond capability, a more pressing challenge is emerging: how to sustain air defence at scale, as rising costs, limited stockpiles and industrial production constraints place increasing pressure on existing structures.

• Land Warfare

  Saab Barracuda update prioritises drone protection on modern battlefield

  11th May 2026

  Barracuda multispectral camouflage systems have been developed over decades and are designed to conceal a range of infrared and ultraviolet signals as well as reducing detection by radar.

• Land Warfare

  Europe’s eastern flank moves on air defence radars with wider efforts also underway

  28th July 2026

  Air defence radars have become more important assets in the past year with incursions in NATO countries on Europe’s eastern flank highlighting the need.

Programme Results - Defence Insight

• Military UAS - micro

  DEF129 (Nano UAS) [Australia]

  Programme Background DEF129 The Australian Ground Service has combined various army procurement efforts under the DEF129 programme to increase the abundance and proliferation of UAVs ...

• Military UAS - mini

  Remotely Piloted Aircraft (RPA) (Phase 1) [Italian Army]

  Background Requirements Released on 5 August 2021, the Italian MoD's Multi-Year Defence Programme Document for 2021-2023 announced a programme aimed at acquiring a mini- and micro-class ...

• CUAS - hybrid effector systems

  C-UAS [Portugal]

  Background Portugal's Military Programming Law 2023–2034 includes $8.8724 million (€8.2 million) to acquire counter-unmanned aerial systems (C-UAS) by 2034. It is assumed that this acquisition requires ...

• Military UAS - mini

  Remotely Piloted Aircraft (RPA) (Phase 2) [Italian Army]

  Background Requirements Released on 5 August 2021, the Italian MoD's Multi-Year Defence Programme Document for 2021-2023 announced a programme aimed at acquiring a mini- and micro-class ...

• Military UAS - small

  Bug Nano UAS (UK)

  Programme Background The British Army previously took delivery of 160 first-generation Black Hornet PD-100 nano UAS in 2013 to support operations in Afghanistan. After these ...

• Military UAS - small

  Puma 2 AE [Germany]

  Programme Background The Germany navy had an urgent requirement for three UAS required for reconnaissance and identification in maritime operations. A platform was required that ...

• CUAS - jammers

  C-UAS [Taiwan]

  Background Taiwan announced a requirement for portable C-UAS systems with capabilities that include passive detection, takeover, spoofing and jamming. The systems are planned to strengthen ...

• UAS: communication systems

  UAS: communication systems | Small UAS [Spain]

  The Spanish Army examined the Russo-Ukrainian War in early 2024 and incorporated many learnings into its Fuerza 35 Project, a restructuring and procurement modernisation initiative. ...

• UAS: flight control systems

  UAS: flight control systems | Small UAS [Spain]

  The Spanish Army examined the Russo-Ukrainian War in early 2024 and incorporated many learnings into its Fuerza 35 Project, a restructuring and procurement modernisation initiative. ...

• Military UAS - tactical

  Blue Water Maritime Logistics UAS (BWUAS) [USA]

  Programme Background Programme Goal The Blue Water Maritime Logistics UAS (BWUAS) programme stems from the Military Sealift Command and Fleet Forces Command identifying, in 2018, a ...

• Hybrid effector systems

  Border C-UAS Defence [Latvia]

  Background Latvia's long-term blueprint for its armed forces lists a comprehensive C-UAS element with an approximate range of three to four km. This programme is ...

• CUAS - jammers

  NEROD RF [France]

  Background France has procured an unconfirmed number of MC2's NEROD RF C-UAS rifles ("fusils brouilleurs") for short-range counter-drone use. In a 2024 Senate report, it ...

• CUAS - hybrid effector systems

  Finnish Border Guard C-UAS Capability

  Background In response to the growing UAS threat, the Finnish Border Guard was given €44 million for procurements to strengthen drone detection, identification, and countering capabilities. ...

• UAS: communication systems

  UAS: communication systems | Medium Range Reconnaissance (MRR) / Rucksack Portable UAS (RPUAS) [USA]

  Under its Rucksack Portable UAS (RPUAS) programme, the US Army plans to procure a Family of Small UAS (FoSUAS) to provide an organic ISR capability ...

• UAS: flight control systems

  UAS: flight control systems | Medium Range Reconnaissance (MRR) / Rucksack Portable UAS (RPUAS) [USA]

  Under its Rucksack Portable UAS (RPUAS) programme, the US Army plans to procure a Family of Small UAS (FoSUAS) to provide an organic ISR capability ...

Equipment Results - Defence Insight

• Military UAS - mini

  Maveric UAS

  The Maveric is a small, lightweight UAS designed to perform covert ISR missions at the tactical level. In order to camouflage the drone, its profile ...

• Air: UAV simulators

  UAS Academy

  IAI has established a UAS Academy for training and certification of operators and technicians. The academy was established to meet a perceived need for skilled ...

• Military UAS - tactical

  UAS 100

  The UAS 100 is an autonomous, three-engined platform, modular UAS manufactured by Thales in partnership with Issoire Aviation, Hionos and with the support of the ...

• Military UAS - tactical

  Heavy UAS

  The Heavy UAS, or Cargo Unmanned Aerial Vehicle, is, as its name suggests, a cargo-carrying UAV.  Manufactured by Honeywell Aerospace, the VTOL capable UAV's horizontal flight ...

• Air: UAV simulators

  UAS Operator Training

  To help in the development of training applications for UAS pilots, Presagis offers a suite of integrated COTS software that can be used for the ...

• Air: UAV simulators

  UAS Mission Trainer

  The UAS Mission Trainer combines an open architecture with COTS hardware and simulation software that minimises the use of proprietary designs to provide a platform-agnostic ...

• CUAS - hybrid effector systems

  Skylock C-UAS

  Skylock, an Avnon Group company, has developed a C-UAS system that is intended to bring sensors, jammers and a laser effector into a single deployable ...

• CUAS - hybrid effector systems

  Howler C-UAS

  Developed by Raytheon, the Howler is a counter-unmanned aerial system (C-UAS), which includes a Ku-band Radio Frequency Sensor (KuRFS), a command-and-control system, and a Coyote ...

• Land: Radio and SATCOM

  Small UAS CISR

  Cubic's Secure ISR Radio (SCISR) for small unmanned aerial systems is a rugged common data link (CDL) multi-band (L, S, and C) full-duplex transceiver for ...

• UAS: Integrated systems - uncrewed

  AsteRx-m2 UAS

  The AsteRx-m2 UAS is a GNSS receiver designed to be easily integrated into UAS applications to provide centimetre-level RTK positioning. The system’s standard connectors enable ...

• CUAS - hybrid effector systems

  Cobham C-UAS

  Unveiled at the AUVSI 2017 trade show in Dallas, Texas, the Cobham C-UAS primarily consists of wideband omnidirectional, directional helix (single- or dual-band), directional flat ...

• Military UAS - tactical

  UAS Concept 1

  In July 2022, BAE Systems revealed two UAV concepts. The UAS Concept 1 is described as a small, versatile aircraft designed to augment existing forces ...

• CUAS - hybrid effector systems

  TOLGA C-UAS

  TOLGA is a short-range air-defence (SHORAD) and counter-uncrewed-aerial-system (C-UAS) platform that MKE markets as a layered “defence shield system”, fusing detection, soft-kill jamming and hard-kill ...

• CUAS - interceptors

  GÖKALP C-UAS

  The GÖKALP system was developed as a cost-effective counter-drone system, using electrically-propelled C-UAS interceptors.

• CUAS - jammers

  iHTAR C-UAS

  The Turkish company ASELSAN has produced the iHTAR (Warning) system to counter drones (C-UAS). It combines AESA radar, image processing algorithms, and programmable FPV jammer ...