• Military Logistics

  AFRL extends serviceability of hydraulic lines

  31st August 2018

  The US Air Force Research Laboratory (AFRL) recently completed an effort to help develop, test and validate a cold spray coating process for the life …

• Naval Warfare

  ADAS 2018: HHI cuts steel on second Philippine frigate

  26th September 2018

  Hyundai Heavy Industries (HHI) hosted a ceremony on 17 September to mark the cutting of steel for the second of two frigates for the Philippine …

• Digital Battlespace

  Comtech to supply troposcatter equipment to Iraq

  28th September 2018

  Comtech Systems has received a $9.1 million contract to supply equipment and services in support of an existing C4ISR maritime surveillance system in service with …

• Training

  Singapore commissions LMV Simulator Centre

  26th September 2018

  The Republic of Singapore Navy (RSN) inaugurated a new Littoral Mission Vessel (LMV) simulation centre on 26 September at the same time as commissioning its …

• Special Operations

  UK requests SEAL Delivery Vehicles

  26th September 2018

  The US State Department has made a determination approving a potential foreign military sale of SEAL Delivery Vehicles (SDV) to the UK, the Defense Security …

• Digital Battlespace

  Northrop introduces Vanguard radar solution

  27th September 2018

  Northrop Grumman has introduced its new Vanguard multi-function, open architecture radar solution for multiple missions and platforms. With a modular, panel-based structure, each radar panel …

• Military Logistics

  US Navy teaches partners small boat repair skills

  20th September 2018

  US Navy personnel are teaching partner nations the critical logistics skills necessary to repair and maintain small boat fleets to support special operations and other …

• Military Logistics

  Construction starts on USNS John Lewis

  27th September 2018

  General Dynamics-National Steel and Shipbuilding Company (GD-NASSCO) has begun construction of the US Navy's first John Lewis-class Fleet Replenishment Oiler, the future USNS John Lewis. …

• Uncrewed Vehicles

  US Army, Bell advancing micro-UAS technologies

  24th August 2018

  The US Army Research Laboratory (ARL) and Bell are continuing their joint effort to further advance the development of new micro UAS technologies, the army …

• Naval Warfare

  Terma, T&G Nordic sign agreement

  20th September 2018

  Terma has signed a Memorandum of Understanding (MoU) with Finnish company T&G; Nordic regarding Terma’s C-Guard decoy launching system. Under the agreement, T&G; Nordic will …

• Digital Battlespace

  Rockwell Collins to provide airborne radios to US DoD

  26th September 2018

  Rockwell Collins has received a contract from the US Department of Defense (DoD) to supply sixth-generation ARC-210 RT-2036(C) radios, the company announced on 20 September. …

• Naval Warfare

  US Navy orders more Independence-class ships

  21st September 2018

  Austal has received construction contracts from the US Navy to build two additional Independence-class Littoral Combat Ships (LCS), the company announced on 18 September. These …

• Uncrewed Vehicles

  Teledyne Gavia to support Danish Navy's Gavia AUV

  27th September 2018

  Teledyne Gavia will support the Danish Navy’s Gavia AUV under an agreement with the Danish Defence Acquisition and Logistics Organization announced on 24 September. The …

• Defence Notes

  China nixes US warship port visit, recalls admiral from US

  26th September 2018

  China has pulled the plug on a US warship's scheduled visit to Hong Kong, and scrapped plans for a top admiral to meet with his …

• Naval Warfare

  CASG acknowledges Hunter-class build challenges

  21st September 2018

  As the Royal Australian Navy looks ahead to acquiring Hunter-class frigates, RADM Anthony Dalton, General Manager of Ships at Australia’s Capability Acquisition and Sustainment Group …

Programme Results - Defence Insight

• UAS: communication systems

  UAS: communication systems | ULTRA [US]

  The USAF, and more specifically the Air Force Research Laboratory (AFRL), has invested in the ULTRA aircraft from DZYNE Technologies, with the drone possibly developed ...

• UAS: flight control systems

  UAS: flight control systems | ULTRA [US]

  The USAF, and more specifically the Air Force Research Laboratory (AFRL), has invested in the ULTRA aircraft from DZYNE Technologies, with the drone possibly developed ...

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

  Air-Launched Unmanned Aerial Vehicle (ALUAV) [US]

  Background  Origins The development programme has its origins in the US-India Defence Technology and Trade Initiative signed between the nations in 2006 and renewed in 2015. This ...

• Military UAS - tactical

  ULTRA [US]

  Background Origins The Air Force Research Laboratory (AFRL) Center for Rapid Innovation (CRI) conceived and developed the aircraft with DZYNE Technologies. According to The War ...

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

  Air-Launched Unmanned Aerial Vehicle (ALUAV) [India]

  Background  Origins The development programme has its origins in the US-India Defence Technology and Trade Initiative signed between the nations in 2006 and renewed in 2015. This ...

• Submarines: nuclear/attack

  PROSUB - SSN [Brazil]

  Programme Background Following the successful delivery of the four Riachuelo-class SSK, which is due to all enter service between 2020 and 2023, the construction of ...

• Air: Radio and SATCOM

  Air: Radio and SATCOM | Future Naval Fighter China

  China is planning to deploy stealth naval fighter aircraft with vertical take-off landing capabilities to operate from Peoples Liberation Army Navy (PLAN)'s future Type 075A class ...

• Data links

  Data links | Future Naval Fighter China

  China is planning to deploy stealth naval fighter aircraft with vertical take-off landing capabilities to operate from Peoples Liberation Army Navy (PLAN)'s future Type 075A class ...

• Air: Helmet-mounted displays

  Air: Helmet-mounted displays | Future Naval Fighter China

  China is planning to deploy stealth naval fighter aircraft with vertical take-off landing capabilities to operate from Peoples Liberation Army Navy (PLAN)'s future Type 075A class ...

• Air: Head-up displays

  Air: Head-up displays | Future Naval Fighter China

  China is planning to deploy stealth naval fighter aircraft with vertical take-off landing capabilities to operate from Peoples Liberation Army Navy (PLAN)'s future Type 075A class ...

• Transponders and IFF

  Transponders and IFF | Future Naval Fighter China

  China is planning to deploy stealth naval fighter aircraft with vertical take-off landing capabilities to operate from Peoples Liberation Army Navy (PLAN)'s future Type 075A class ...

• Sealift/replenishment vessels

  Expeditionary Medical Ship (EMS) [USN]

  Background Requirements The EMS is based on the Spearhead-class Expeditionary Fast Transport vessel, featuring a catamaran design, providing hospital-level care, with three operating rooms, as well as ...

• Naval: Combat Management Systems

  Naval: Combat Management Systems | Light Replenishment Oiler (T-AOL) [USN]

  The US Navy wants to procure a new class of medium-sized supply ships aimed at refuelling, rearming, and resupplying naval assets. The Navy’s proposed FY2025 budget requests $7.7 ...

• Naval: shipboard communication systems

  Naval: shipboard communication systems | Light Replenishment Oiler (T-AOL) [USN]

  The US Navy wants to procure a new class of medium-sized supply ships aimed at refuelling, rearming, and resupplying naval assets. The Navy’s proposed FY2025 budget requests $7.7 ...

• Sealift/replenishment vessels

  Polar Support Vessel [Brazil]

  Programme Background Requirements In June 2020, the Brazilian Navy released a Request for Proposal (RfP) to procure a new Antarctic vessel to be manufactured in Brazil. The ...

Equipment Results - Defence Insight

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

  Hybrid Tiger

  Manufactured by the Naval Research Laboratory, the Hybrid Tiger is an electric UAV. As its name suggests, the platform features a hybrid power generation unit. ...

• Air: UAS radar

  RASAR

  The real-time, autonomous, synthetic aperture radar (RASAR) is a self-contained radar designed for installation under the wing of UAS for counter-IED and FOPEN (Foliage Penetration) missions. It is ...

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

  SA-400 Jackal

  The SA-400 Jackal is a heavy-payload-capability, long-endurance VTOL UAS that had its first flight in 2013. It is an optionally piloted vehicle, so it can ...

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

  Outlaw SeaHunter

  Outlaw UAVs are used by military and research agencies for training, testing, data collection and system development. In the 114-137kg maximum take-off weight class, SeaHunter ...

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

  ShadowHawk

  The ShadowHawk is a VTOL UAV that can be transported and launched/recovered within a small area. The ShadowHawk is able to maintain aerial surveillance at ...

• Air: EO/IR – Jamming Systems

  AN/AAQ-45

  Leonardo’s AN/AAQ-45 Distributed Aperture Infrared Countermeasures is designed to equip rotorcraft. The system is being installed on Sikorsky HH-60G Pave Hawk medium-lift utility helicopters used ...

• Military UAS - fixed-wing, Military UAS - tactical

  Havoc

  Havoc is a MALE modular payload UAS designed for customers with varying missions and payload requirements. Features include tool-less assembly, rolling take-off and landing and ...

• Military - USVs

  MAST

  The Maritime Autonomy Surface Testbed (MAST) was developed by ASV Global and Roke Manor Research under funding from the Defence Science and Technology Laboratory. It ...

• Air-launched ASW torpedoes, Ship-launched torpedoes

  Shyena/TAL

  Shyena, also known as TAL (The Advanced Light Torpedo), is an Indian lightweight anti-submarine torpedo developed by the Naval Science and Technological Laboratory (affiliated to ...

• Subsystems: software

  SWARM

  CHI Systems worked with Lockheed Martin on a programme for the Air Force Research Laboratory (AFRL) to build software models that imitate human behaviour, and ...

• Military UAS - fixed-wing, Military UAS - tactical

  Bat

  Northrop Grumman is developing the Bat family of medium-altitude, multi-mission UAS. The company announced two variants of the UAS (3.7m and 4.3m) and a rotary-wing ...

• Light UGVs

  Dragon Runner

  The Dragon Runner UGV, manufactured by QinitiQ, has two versions: the Dragon Runner 10 (DR10) and the slightly larger Dragon Runner 20 (DR20). All Dragon ...

• Military UAS - fixed-wing

  CLS-200

  The CLS-200 is part of the Yates Electrospace Corporation Silent Arrow family. It is a powered cargo-carrying one-use UAV, based on the company's GD-2000 glider.  In ...

• Military UAS - fixed-wing

  XQ-67A

  In February 2024, GA-ASI first released images of the XQ-67A, a drone developed under a contract for thge USAF's Off-Board Sensing Station (OBSS) developmental programme. It ...

• Light UGVs

  Jackal

  Launched in September 2014, Clearpath Robotics' Jackal is a small, portable, integrated and weatherproof UGV. It has been built on a metal chassis and has four wheels ...