• Naval Warfare

  A400M trial demonstrates airborne deployment of uncrewed surface vessel

  31st July 2026

  Kraken Technology Group’s A400M airdrop of a K3 Scout uncrewed surface vessel points to a new way for navies to insert USVs into contested waters, bypassing ports and motherships.

• Naval Warfare

  Quantum sensing gathers pace as navies eye undersea advantage

  28th September 2026

  As AI dominates defence conversations, industry increasingly points to quantum sensing as the technology set to change submarine and uncrewed underwater vehicle operations.

• Land Warfare

  Eurosatory 2026: Pearson Engineering to send AI mine detecting systems into Ukraine

  22nd June 2026

  Pearson Engineering’s Threat-Sense system is designed to use imaging from drones to geolocate scattered mines and support uncrewed systems in defeating the threats.

• Air Warfare

  August drone digest: AEVEX solidifies large US loitering munition market share as procurement models shift

  27th August 2026

  AEVEX has strengthened its position in the US loitering munition market with another contract award, solidifying its position as the second-largest supplier of the capability in the US. Elsewhere in August, new and emerging programmes in Sweden and Germany point to a broader shift towards larger, rolling framework agreements for loitering munitions across Europe.

• 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.

• Naval Warfare

  How France’s SNLE 3G programme is reshaping the naval nuclear industrial base

  24th September 2026

  Extending far beyond a four-submarine replacement programme, France’s ballistic missile submarine effort is a decades-long industrial initiative designed to preserve the country’s ability to build and sustain nuclear-powered strategic platforms.

• Defence Notes

  UK urged to prioritise sea, air and space over heavy armour

  21st September 2026

  A report from the Council on Geostrategy argues the UK should move away from a traditional balanced force and shift investment to naval, air and space capabilities, backed by a larger fleet of attack submarines and deeper AUKUS integration.

• Land Warfare

  How to breach a minefield: from traditional systems to modern techniques in action

  21st September 2026

  The news from Ukraine has again shown that antitank minefields and other obstacles on the battlefield, such as deep trenches, can play a key role in both offensive and defensive operations. Given this, there will always be a need to clear them, both during and after a conflict.

• Air Warfare

  UK Defence Investment Plan: What does it mean for UK air power?

  30th June 2026

  The DIP sees £8.6 billion earmarked for the Global Combat Air Programme, with heavy emphasis on uncrewed systems procurement and a national CCA programme, despite pushed forward helicopter retirements and questions over what shape future ISR capabilities could take.

• Air Warfare

  Germany air focus: Europe’s leading near-term air market targets domestic industry

  16th September 2026

  Between 2026 and 2032, almost a quarter of EU aircraft spending is expected to come from Germany. While crewed programmes seek modernisation and replacement, uncrewed opportunities look to introduce entirely new capabilities, with both highlighting sovereignty and domestic production.

• Naval Warfare

  Can Portugal solve NATO’s uncrewed systems development challenge?

  23rd June 2026

  NATO has spent more than a decade building one of the world’s most sophisticated maritime uncrewed experimentation ecosystems, but still lacks a way to translate this testing into alliance-wide operational capability. Portugal now believes it has the answer.

• Land Warfare

  SOF Week 2026: The Gear Keeping Warfighters Ready in Extreme Climates (Video)

  21st May 2026

  At SOF Week 2026, Pro-Shot Defense discusses the maintenance technologies and weapon support tools designed to keep special operations forces mission ready in the world’s harshest environments.

• Naval Warfare

  Naval primes dive into an underwater acquisition gold rush

  20th July 2026

  A cluster of acquisitions by Fincantieri, Thales, Lockheed Martin and Rheinmetall points to a race to secure underwater warfare, autonomy and sensing capability.

• Land Warfare

  “A survivable architecture”: why resilient communications are no longer a luxury

  6th October 2026

  In Conversation… Military communications must adapt to a rapidly evolving battlespace, characterised by decentralised forces and an increasingly contested electromagnetic spectrum. To survive and thrive, it is vital to prioritise resilient systems and networks, Faisal Munir, President – Mission-Critical Communications at L3Harris Technologies, told Shephard’s Gerrard Cowan.

• 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.

Programme Results - Defence Insight

• Military UAS - small

  Black Hornet 3 PRS (UK)

  Programme Background The British Army operated approximately 160 first-generation Black Hornet PD-100 nano UAS between 2013 and 2017, when the decision was made to retire ...

• Loitering munitions

  Organic Precision Fire - Light (OPF-L) (Uncontracted) [USMC]

  Background Force Design 2030 The USMC Force Design 2030 is a modernisation effort to create a lighter, more agile maritime force. In May 2022, an annual update ...

• Military UAS - micro

  French Operational Pocket Drone / DrOP (France)

  Programme Background French UAV Procurment / DrOP Under its 2019-2025 Military Programming Law (LPM), France aims to introduce 1,200 new UAVs into service with the ...

• Loitering munitions

  Organic Precision Fire - Light (OPF-L) (Contracted) [USMC]

  Background Force Design 2030 The USMC Force Design 2030 is a modernisation effort to create a lighter, more agile maritime force. In May 2022, an ...

• Military UAS - micro

  Black Hornet 4 [Switzerland]

  Background Announcment Teledyne FLIR Defense announced on 2 February 2026 that it had received a $17.5 million contract from armasuisse, the Swiss Federal Office of ...

• 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 - micro

  Black Hornet 3 (First Order) [Norway]

  Programme Background First Batch The Norwegian Home Guard has procured the Black Hornet 3 to provide each of its districts with a nano UAS that ...

• Military UAS - micro

  Soldier Borne Sensor (SBS) (Phase II) [USA]

  Programme Background Requirement The Soldier Borne Sensor (SBS) provides short-range day and night ISR to US Army units at the squad, platoon and other small ...

• Military UAS - mini

  Chemical, Biological, Radiological, and Nuclear Sensor Integration on Robotic Platforms (CSIRP) [US Army]

  Background  Requirements The purpose of the CSIRP is to repackage and integrate modular CBRN sensors onto uncrewed systems to provide increased situational awareness on the ...

• Military UAS - micro

  Black Hornet 3 (Second Order) [Norway]

  Programme Background First Order The Norwegian Home Guard has procured the Black Hornet 3 to provide each of its districts with a nano UAS that ...

• Military UAS - micro

  Black Hornet 4 [Germany]

  Programme Background BAAINBw In February 2025, Shephard reported that Teledyne FLIR had been awarded a $15 million contract from Germany’s Federal Office of Bundeswehr Equipment, Information Technology ...

• 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 - micro

  Black Hornet 3 (Ukraine Aid) [UK & Norway]

  Programme Background Russo-Ukraine War Since Russia invaded Ukraine on 24 February 2022, UAVs have proved vital to the country's defence. Consequently, as in this programme, the ...

• Military UAS - micro

  Black Hornet 3 (Ukrainian Aid) [Norway]

  Background Previous Purchases Norway has purchased two batches for its use, the first in October 2020 and the second in June 2022. International Fund For ...

• Military UAS - micro

  Render Safe Sets, Kits & Outfits (RS SKO) (UAV) [US]

  Programme Background Definition The RS SKO provides capabilities needed for Explosive Ordnance Disposal (EOD) teams to render safe US and foreign ordnance and improvised explosive ...

Equipment Results - Defence Insight

• EO/IR systems

  FLIR 111

  The FLIR 111 is a field-proven, high-performance, compact, and lightweight Forward Looking InfraRed (FLIR) system designed for utility and attack helicopters.  It is jointly produced ...

• EO/IR systems

  KUH FLIR

  The KUH FLIR is an IR system from Hanwha Systems for the Korean Utility Helicopter (KUH). Hanwha says it provides stable infrared images at night and/or under limited ...

• Military UAS - micro

  PD-100 Black Hornet

  The PD-100 Black Hornet personal reconnaissance system (PRS) is designed for dismounted close-combat soldiers, providing them with an immediate reconnaissance capability with minimal increase in ...

• EO/IR systems

  StormCaster-DX

  Unveiled at Modern Day Marine 2022, the Teledyne FLIR StormCaster-DX is a multi-role, low-SWaP laser target designator (LTD) payload designed to affect the STANAG-compliant terminal ...

• Core systems: cameras and IR detectors

  SWIR Components – FPAs and Sensor Assemblies

  FLIR Systems produces COTS staring focal plane arrays (FPAs) and sensor assemblies based on the company’s InGaAs detectors and integrated circuit technology. FLIR FPAs and ...

• Military UAS - micro

  Black Hornet 3

  The Black Hornet 3 is the next generation of the PD-100 Black Hornet, the world’s smallest nano-UAS. This new model of the Black Hornet provides ...

• EO/IR systems

  Star SAFIRE III

  The Star SAFIRE III was a military-qualified COTS multipurpose and gyro-stabilised airborne platform carrying seven payloads. Manufactured by Teledyne FLIR, the now out-of-production system featured internal navigation, ...

• Loitering munitions, Military UAS - mini

  Rogue 1

  Unveiled in May 2024, the Rogue 1 is a rotary-wing quadcopter UAV from Teledyne FLIR. The drone can be equipped with an explosively formed penetrator (EFP), ...

• Military UAS - mini

  R80D SkyRaider

  The military-grade R80D SkyRaider VTOL small UAS is an open-architecture, multi-mission aircraft. Manufactured by Teledyne FLIR System exclusively for US DoD and Federal Agencies, the ...

• Light UGVs

  Centaur

  The Centaur is a military UGV developed specifically for the US Army's Man Transportable Robotic System Increment II (MTRS Inc II), a requirement for a ...

• EW test systems

  RISS

  The Real-Time IR/EO Scene Simulator (RISS) provides a set of integrated products for development, test and evaluation of IR and EO sensor systems. Software and ...

• EO/IR systems

  Hadron 640 (series)

  The Hadron 640 is a series of dual thermal and visible camera modules from Teleydyne FLIR. The dual-sensor payload is designed to be integrated into UAVs ...

• EO/IR systems

  GS410 Stabilised Multi-Sensor Targeting System

  The GS410 Stabilised Multi-Sensor Targeting System was a single-unit surveillance gimbal with four-axis stabilisation that could be adaptable to various airborne platforms.  It featured a forward-looking infrared ...

• EO/IR systems

  Star SAFIRE 380-HD

  The Star SAFIRE 380-HD is a EO/IR system from Teledyne FLIR. It combines HD IR, colour, and SWIR spectral information in a single video channel downlink. Various customers ...

• EO/IR systems

  Sea Star Safire III

  The Sea Star SAFIRE III is an out-of-production EO/IR system manufactured by Teledyne FLIR. A maritime variant of the Star SAFIRE III, the system had an MWIR ...