• Uncrewed Vehicles

  Autonomous navigation drives UUVs proliferation in the Indo-Pacific

  7th March 2024

  The US Department of Defence has teamed up with Anduril Industries to develop advanced AI-driven long-range uncrewed underwater vehicles (UUVs), countering China’s escalating UUV advancements.

• Air Warfare

  Teledyne FLIR Defense Wins $91 million deal for Black Hornet 4 UAS

  22nd October 2024

  The Black Hornet 4 was unveiled 12 months ago and has an improved thermal sensor and an EO camera over the previous platform, and a forward-facing ultrasound sensor and navigation cameras on the top and sides.

• Digital Battlespace

  Adarga’s Vantage AI software selected for UK Strategic Command’s Defence Support

  23rd September 2024

  Adarga’s Vantage information analysis tool is in service with the UK MoD and individual UK forces. It builds on the company’s Knowledge Platform which processes, organises and analyses open source material, as well as information held by the user’s military, security and intelligence services.

• Air Warfare

  Quantum Systems unveils new Reliant UAS

  8th May 2024

  As well as the new UAS, Quantum Systems has outlined its plans to improve the capabilities of its existing platforms.

• Naval Warfare

  Australia’s new frigate options: No easy choices as pressure mounts on DoD

  16th April 2024

  A new class of General Purpose ‘Tier 2’ frigate will replace the Royal Australian Navy’s (RAN’s) Anzac-class frigates, but the selected design options appear to have major issues in terms of compatibility and availability for the future fleet.

• Uncrewed Vehicles

  US Army Aviation targets increased UAS and CUAS capabilities

  13th September 2024

  Despite claiming there was no need for a drone corps, Army Aviation remains ready to address UAS and CUAS warfighter requirements, as it focuses on adaptability and rapid deployment across all levels of warfare.

• Digital Battlespace

  Mini Blackbird 1280 HFM infrared detector unveiled by SCD

  13th June 2024

  Advanced Mid-Wave Infrared (MWIR) high-definition detector to offer users extended operational duration.

• Naval Warfare

  SEA teams up with Terma for international countermeasures sales

  7th November 2024

  International teaming has bought trainable anti-electronic warfare technology to a global market.

• Naval Warfare

  US Navy commissions the last San Antonio-class Flight I vessel

  10th September 2024

  Equipped with the capabilities of the other San Antonio Class ships, the USS Richard M. McCool (LPD 29) incorporated additional lessons learned in its design.

• Land Warfare

  Seeing the Unseen – The Indispensable Role of Infrared Detection in Modern Defense Technology

  30th September 2024

  Infrared detection has emerged as a cornerstone of defense systems, providing essential capabilities in surveillance, target acquisition, and threat detection.

• Air Warfare

  Avenger UAS controlled in flight using Link 16

  1st November 2024

  The flight test formed part of a larger programme of work to provide mission autonomy software to integrate, data links and other advanced mission systems onto the Avenger UAS.

• Digital Battlespace

  Space Dominance: How Laser Technologies are Reshaping Modern Military Operations

  27th May 2024

  High-energy lasers and space-based technologies now play a pivotal role in modern military operations, emphasising their role in enhancing communications, surveillance, and security across multi-domain operations, particularly with the increasingly strategic use of space-based capabilities.

• Naval Warfare

  Solution offered for US Navy’s nuclear submarine availability problem

  5th September 2023

  Bartlett Maritime Corporation (BMC) has published a plan that offers a solution to the US Navy’s availability crisis with its Virginia-class nuclear-powered attack submarines (SSNs).

• Digital Battlespace

  How Seamless Communications are Enabling Multi-Domain Operations (Studio)

  11th June 2024

  The availability of seamless, secure SATCOM solutions is transforming military communications. By leveraging hybrid networks, virtualisation, and emerging technologies such as optical networking, Intelsat enables efficient, interoperable data sharing across all domains, enhancing decision-making in critical situations.

• Naval Warfare

  Fourth US Navy TAO replenishment oiler launched despite cost concerns

  31st October 2023

  The fourth John Lewis-class (TAO-205) fleet replenishment oiler for the US Navy was launched in a ceremony at shipbuilder General Dynamics NASSCO’s San Diego facility on 28 October 2023.

Programme Results - Defence Insight

• Military UAS - fixed-wing, Military UAS - small

  Long Range/Long Endurance (LR/LE) [USMC]

  Programme Background Force Design 2030 The USMC Force Design 2030 is a modernisation effort to create a lighter, more agile maritime force. The update to ...

• Military UAS - MALE, Military UAS - rotary-wing

  MQ-8C Fire Scout (USA)

  Programme Background Timeline According to the Naval Air Systems Command, having first ordered the MQ-8B in 2009, the UAV has become a pillar of the ...

• Military UAS - fixed-wing, Military UAS - MALE

  Marine Air-Ground Task Force (MAGTF) Unmanned Expeditionary (MUX) (Increment 1) [USMC]

  Programme Background All-in-One UAV Since 2016, the USMC has wished to acquire a UAV that could be deployed from a vessel, be used for various missions, ...

• Landing platform docks/dock landing ships

  Medium Landing Ship (9-18) [USMC]

  Programme Background Requirements As part of the US Marine Corps' future force structure, it is developing a new platform under the Medium Lading Ship programme ...

• Landing platform docks/dock landing ships

  Medium Landing Ship (1-8) [USMC]

  Programme Background Development As part of the US Marine Corps' future force structure, it is developing a new platform under the Medium Lading Ship programme ...

• Military UAS - fixed-wing, Military UAS - small

  Medium Range/Medium Endurance (MR/ME) [USMC]

  Programme Background Force Design 2030 The USMC Force Design 2030 is a modernisation effort to create a lighter, more agile maritime force. The update to ...

• UAS: communication systems

  UAS: communication systems | Future Vertical Lift Maritime Strike (FVL-MS) [USA]

  The Future Vertical Lift Maritime Strike (FVL-MS) programme seeks to develop and acquire a family of systems, including crewed and uncrewed aircraft, to replace rotary life aircraft ...

• UAS: flight control systems

  UAS: flight control systems | Future Vertical Lift Maritime Strike (FVL-MS) [USA]

  The Future Vertical Lift Maritime Strike (FVL-MS) programme seeks to develop and acquire a family of systems, including crewed and uncrewed aircraft, to replace rotary life aircraft ...

• Military UAS - MALE

  Future Vertical Lift Maritime Strike (FVL-MS) [USA]

  Programme Background Requirement The FVL-MS programme seeks to develop and acquire a family of systems, including crewed and uncrewed aircraft, to replace rotary life aircraft utilised ...

• Military helicopters - multirole

  HH-60W - Combat Rescue Helicopter (CRH)

  According to the FY2021 Base funding, the HH-60W helicopter unit cost is $43.2 million. The HH-60W will be capable of employment day or night, in ...

• Destroyers

  Next-Generation Large Surface Combatants (LSC) - DDG(X) [USN]

  Programme Background Requirements The US Navy (USN) is acknowledging a need to move away from the Arleigh Burke-class destroyer design, which is slowly outgrowing. Flight III ...

• Military UAS - small

  RQ-21A Blackjack / STUASLO - Replacement Units (USN)

  Programme Background Joint USN and USMC Procurment The RQ-21 Blackjack, or STUALSO, was a combined United States Navy (USN) and United States Marine Corps (USMC) programme ...

• Military UAS - small

  RQ-21A Blackjack / STUASLO - Replacement Units (USMC)

  Programme Background Joint USN and USMC Procurment The RQ-21 Blackjack, or STUALSO, was a combined United States Navy (USN) and United States Marine Corps (USMC) programme ...

• Military helicopters - maritime

  Maritime Operations Helicopters

  The three maritime operations helicopters will be used for logistics and personnel transport, alongside transportation of PASKAL naval special forces in operations in the area. ...

• Landing craft and hovercraft

  LCAC 100 Class (SSC) [USN]

  Programme Background Timeline The major role of the SSC will be deployment from landing ships in support of USN and USMC operations and the transport ...

Equipment Results - Defence Insight

• Naval: RF, IR and acoustic decoys

  Sea Lightning

  Developed by a joint venture between BAE Systems and General Dynamics Advanced Information Systems, Sea Lightning is being offered to the USN for the Block ...

• Landing craft and hovercraft

  SECAT

  In 2022, Textron Systems unveiled its new Surface Effect Cargo Amphibious Transport (SECAT) craft, designed to support logistics behind the US Expeditionary Advanced Base Operations and ...

• Major networking projects

  CANES

  The Consolidated Afloat Networks and Enterprise Services (CANES) programme is a USN-wide effort to rationalise shipboard computing assets. It is designed to create a common ...

• Air: Integrated cockpit systems

  Tactical Mission System for Helicopter Applications

  The Saab tactical mission system is a system for transport, utility, C2 and combat helicopters intended to operate in a net-centric environment. It is designed ...

• Air: helicopter radar, Air: surveillance and maritime patrol radar, Air: surveillance radar

  AN/APS-124

  The AN/APS-124 is a long-range maritime search and targeting radar, originally developed for USN Sikorsky SH-60 Seahawk helicopters. It features a high mean output power, ...

• Air: COMINT and ELINT systems, Land: COMINT and ELINT systems, Naval: COMINT and ELINT systems

  LOKI

  The LOKI family is a cross-platform C2 system designed to integrate EW, SIGINT and Electro-Magnetic Spectrum Operations on many distributed platforms. The platform can be ...

• Air: UAV simulators

  MQ-9 MTD

  SDS’s ROVATTS-based MQ-9 Mission Training Device (MTD) was developed to provide high-fidelity simulation to support US Air National Guard operational Reaper crew training. The PC-based ...

• Military UAS - rotary-wing, Military UAS - tactical

  MQ-8C Fire Scout

  The MQ-8C is a newer version of the Fire Scout and is based on a Bell 407 commercial helicopter. It offers a greater range, endurance and ...

• Land: soldier modernisation systems - national programmes

  MERS

  The Marine Expeditionary Rifle Squad (MERS) takes a systems engineering approach to equipping the USMC’s fundamental fighting unit. The integration and configuration management of all ...

• Military helicopters - maritime

  MH-53E Sea Dragon

  Sikorsky developed the MH-53E (S-80) Sea Dragon variant of its CH-53E to provide the USN with a dedicated airborne mine countermeasures helicopter. Equipped with enlarged ...

• Military UAS - rotary-wing, Military UAS - tactical

  MQ-8B Fire Scout

  The MQ-8B Fire Scout is a rotary-wing UAV that provides situational awareness and precision targeting support for the US Armed Forces. The MQ-8B Fire Scout, ...

• Trainer

  Saab 340 trainer

  The Saab 340 trainer aircraft is based on the Saab 340 regional airliner. It is used by the USN for pilot training. The aircraft replaced ...

• Military - UUVs

  Sea Wasp

  The Sea Wasp is designed to be land-portable by a two-person team and consists of a vehicle, generator, pilot station, hand winch and power supply ...

• Air: mission management systems

  Air Operations Systems of Systems

  Air Operations System of Systems is designed to enable management of airspaces across large states and/or regions focusing on strategic planning. The system integration approach ...

• Subsystems: software

  LiteFlite II Simulators

  The LiteFlite II was designed to provide a high-fidelity, laptop-based system with white-force/man-in-the-loop capabilities for use with a variety of simulation systems. LiteFlite II represents ...