This article is based on an official press release from Microwave Products Group (MPG).

On May 18, 2026, Microwave Products Group (MPG), a subsidiary of Dover Corporation, announced the launch of three new AI-enabled radio frequency (RF) products. According to the official press release, these solutions are specifically designed to assist aerospace and defense customers in making faster, more informed decisions regarding the highly contested RF spectrum.

The company stated that the official unveiling of these technologies will take place at AOC Europe 2026, a premier defense and electronic warfare exhibition scheduled for May 19-21 in Helsinki, Finland. The new product lineup focuses heavily on advancing Signals Intelligence (SIGINT) and Radio Frequency Machine Learning (RFML) capabilities for modern military applications.

We note that this announcement aligns with a broader defense industry push toward edge computing. By automating data processing directly on tactical platforms, militaries aim to reduce the time from signal detection to actionable intelligence, a critical requirement in contemporary electronic warfare.

Advancing Tactical Edge Capabilities

Modern battlefields are increasingly characterized by congested electromagnetic spectrums, rendering traditional manual analysis of RF signals obsolete due to the sheer volume of data. In response, MPG’s latest offerings aim to push automated processing to the “tactical edge,” allowing unmanned aerial vehicles (UAVs) and fighter aircraft to process complex algorithms locally.

The New Product Lineup

According to the company’s announcement and accompanying product details, the launch centers on three distinct hardware and software solutions:

• Containerized SENTINEL RFML: A signal classification tool utilizing machine learning to automate the real-time identification of RF signals. The company highlights that this “containerized” version of its existing SENTINEL system is optimized for low-size, weight, and power (SWaP) platforms, making it ideal for embedding in drones and fighter aircraft where space is limited.
• SENTINEL HUB: An advanced data analysis platform built for RF signal analysts. MPG notes that it provides full access to live sensor networks without requiring dedicated client workstations. It is engineered to handle high-volume RF signal ingestion and integrates data from multiple sensors for large-scale correlation and geographic-based notifications.
• EW Tuner: A compact, high-performance microwave tuner featuring front-end preselection and multi-frequency conversion. According to the product specifications, it is designed to reject unwanted signals within a 1 GHz-wide instantaneous bandwidth, targeting defense electronic support measures (ESM) and electronics intelligence (ELINT) applications.

Industry and Corporate Context

The integration of AI into electronic warfare systems has been a long-term objective for defense contractors. MPG has been fielding its baseline SENTINEL RFML technology since 2018, and this latest iteration represents a significant leap in deployment flexibility.

“MPG began developing RFML capabilities more than a decade ago, delivering hundreds of systems to the U.S. government and its allies, while continuing to significantly advance the technology during that time. Our newest products further leverage AI and RFML technology for rapid signal identification and classification, enabling better, faster decision making by customers.”
, Kevin Davis, Vice President of Spectrum Operations at MPG

Dover Corporation’s Market Position

Formed within Dover Corporation in 2005, MPG operates seven manufacturing sites globally, providing mission-critical RF solutions across frequencies ranging from 2 MHz to 40 GHz. Its parent company, Dover Corporation (NYSE: DOV), is a diversified global manufacturer headquartered in Downers Grove, Illinois.

According to recent market data, Dover generates over $8 billion in annual revenue and employs approximately 24,000 people. As of mid-May 2026, industry reports place Dover’s market capitalization at approximately $28.37 billion with a P/E ratio of 26.29. The company is also notable among investors for having raised its dividend for 55 consecutive years. Following the MPG product announcement, Dover’s stock was trading around $210.77.

AirPro News analysis

The venue chosen for this product launch, AOC Europe 2026 in Helsinki, is highly strategic. The conference’s 2026 theme, “Re-Arming Europe for Electromagnetic Spectrum Superiority,” underscores a growing urgency among NATO and European allies to upgrade their electronic warfare capabilities. The ongoing dominance of unmanned platforms and the increasing threat of GPS/GNSS denial tactics require exactly the type of decentralized, AI-driven signal processing that MPG is bringing to market.

Furthermore, the “containerization” of the SENTINEL RFML system is a critical development. By allowing drones and fighter jets to process complex AI algorithms locally, militaries can bypass the need to transmit massive amounts of raw data back to a centralized command center. This not only reduces latency but also minimizes the risk of data interception or communication jamming by adversarial forces. We view this shift toward edge computing as a fundamental evolution in how allied forces will manage spectrum dominance in future conflicts.

Frequently Asked Questions (FAQ)

What is Radio Frequency Machine Learning (RFML)?

RFML is the application of artificial intelligence and machine learning algorithms to radio frequency signals. It allows automated systems to rapidly detect, classify, and analyze complex signals in real-time, replacing slower manual analysis methods.

Where is AOC Europe 2026 taking place?

AOC Europe 2026 is being held in Helsinki, Finland, from May 19 to May 21, 2026. It is a premier event focusing on electromagnetic spectrum operations and electronic warfare.

What does “low SWaP” mean in defense technology?

SWaP stands for Size, Weight, and Power. “Low SWaP” refers to technologies and components that are specifically engineered to be compact, lightweight, and energy-efficient, making them suitable for deployment on platforms like drones, satellites, and tactical aircraft.

Sources: Microwave Products Group (MPG) Press Release

This article is based on an official press release from GE Aerospace, supplemented by defense industry research.

On May 21, 2026, GE Aerospace announced it has secured a three-year contract from Boeing Defence UK Ltd to provide comprehensive support for the T700-GE-T701D engines powering the British Army’s fleet of AH-64E Apache attack helicopters. According to the company’s press release, the agreement is structured around a Performance Based Logistics (PBL) model, a framework designed to directly tie contractor compensation to aircraft availability and mission readiness.

The contract represents a critical sustainment component for the UK Ministry of Defence (MoD), which recently completed a major modernization of its attack helicopter capabilities. By integrating on-site technical expertise with localized repair facilities, the agreement aims to minimize downtime for the British Army’s primary crewed attack platform.

We at AirPro News have reviewed the contract details and broader defense procurement context to understand how this agreement fits into the UK’s long-term military aviation strategy.

Contract Details and the PBL Model

Unlike traditional maintenance contracts that compensate providers based on hours worked or replacement parts supplied, the Performance Based Logistics (PBL) model incentivizes outcomes. According to the GE Aerospace announcement, the company will be evaluated and compensated based on its ability to keep the T700-GE-T701D engines serviceable and the Apache fleet ready to fly.

To achieve these readiness targets, GE Aerospace confirmed it will permanently station a Field Service Representative (FSR) at Wattisham Flying Station in Suffolk, the primary base for the British Army’s operational Apache fleet. This on-site presence is intended to provide immediate technical troubleshooting and eliminate the logistical delays often associated with remote support centers.

Localized Maintenance and UK Job Support

While GE Aerospace serves as the original equipment manufacturer (OEM) and logistics manager, the physical maintenance, repair, and overhaul (MRO) of the engines and line-replaceable units (LRUs) will be conducted domestically. Industry research notes that this hands-on repair work will be routed through StandardAero’s facility in Gosport, Hampshire, located on England’s south coast.

This localized approach not only streamlines the repair supply chain but also sustains highly skilled aerospace jobs within the UK, aligning with broader government initiatives to leverage defense spending for domestic economic growth.

The Broader “Rotary Wing Enterprise” Context

To fully grasp the significance of the GE Aerospace contract, it must be viewed under the umbrella of the UK MoD’s overarching sustainment strategy. In April 2026, just one month prior to this engine support agreement, the MoD awarded Boeing Defence UK a historic £879 million ($1.1 billion) three-year contract under the “Rotary Wing Enterprise” (RWE) framework.

Defense industry reports indicate that the RWE contract, for the first time, consolidated the long-term maintenance, logistics, and training support for both the British Army’s Apache fleet and the Royal Air Force’s Chinook heavy-lift fleet into a single, unified arrangement. GE Aerospace’s engine support contract functions as a critical sub-component of this broader Boeing-led initiative.

Speaking in April 2026 regarding the overarching Boeing contract, Luke Pollard MP, UK Minister for Defence Readiness and Industry, highlighted the strategic importance of these platforms:

“From the workshop to the frontline, this investment delivers for our military, for the British people and the British defence industry. Our workhorse Chinooks and lethal Apaches help keep our Armed Forces safe and operating effectively while on deployment.”

T700 Engine Legacy and Fleet Modernization

The British Army recently concluded a £1.7 billion modernization program, transitioning from its older Apache Mk1 fleet, which saw extensive combat operations in Afghanistan and Libya, to 50 new, advanced AH-64E Apache attack helicopters. According to defense procurement records, the 50th and final AH-64E was delivered to the UK in March 2025. These aircraft are currently operated by the 1st Aviation Brigade Combat Team.

Technical Pedigree of the T700

The T700-GE-T701D turboshaft engines powering these new Apaches belong to a family with a long-established operational history. GE Aerospace data shows that the T700 engine family has been in continuous production since the late 1970s. Over the past four decades, the manufacturer reports producing more than 25,000 T700 engines, which have collectively accumulated over 100 million flight hours.

The engine family currently powers platforms across 50 countries for more than 130 customers, demonstrating significant platform versatility by powering not only the AH-64 Apache but also the UH-60 Black Hawk and SH-60 Seahawk helicopters.

In the official press release, Paul Ferraro, Vice President and General Manager of Defense Engines & Services at GE Aerospace, emphasized the collaborative nature of the agreement:

“We are proud to continue our longstanding relationship with Boeing Defence and support the British Army. This agreement strengthens regional support and services for the UK Apache fleet, helping ensure readiness and availability.”

AirPro News analysis

We view this contract as a prime example of the defense industry’s ongoing shift toward outcome-based sustainment models. By utilizing a Performance Based Logistics structure, the UK MoD and Boeing are ensuring that OEMs like GE Aerospace have a direct financial stake in maximizing aircraft availability. This is particularly crucial for the AH-64E fleet, which represents the tip of the spear for the UK’s crewed attack capabilities.

Furthermore, the delegation of physical repair work to StandardAero in Gosport highlights a strategic balancing act. While the UK relies on US-headquartered prime contractors for cutting-edge platforms, it mandates that the sustainment tail remains firmly rooted in the domestic industrial base. For GE Aerospace, securing this sub-contract reinforces its exposure to resilient military aviation programs, providing a stable, long-term revenue stream that helps insulate the company against broader commercial aerospace supply chain volatility.

Frequently Asked Questions (FAQ)

What is a Performance Based Logistics (PBL) contract?
A PBL contract is a service delivery model where a contractor is compensated based on specific performance outcomes, such as aircraft readiness and engine availability, rather than being paid strictly for the number of hours worked or replacement parts provided.

Where are the UK’s AH-64E Apaches based?
The British Army’s operational AH-64E Apache fleet is based at Wattisham Flying Station in Suffolk, UK, and is operated by the 1st Aviation Brigade Combat Team.

Who is handling the physical repairs for the GE engines in the UK?
Physical maintenance, repair, and overhaul (MRO) of the T700 engines will be conducted by StandardAero at their facility in Gosport, Hampshire.

Sources: GE Aerospace

This article is based on an official press release from Redwire Corporation.

Redwire Corporation (NYSE: RDW) has secured a $15 million follow-on order from the United States Army Aviation Center of Excellence (AVCOE) to provide its Stalker uncrewed aerial systems (UAS). According to an official press release from the company, the systems are slated for deployment to Fort Huachuca, Arizona, where they will support advanced individual training programs.

The newly ordered drones will be utilized by the 2nd Battalion, 13th Aviation Regiment. Their primary mission is to facilitate the training of the Army’s evolving 15-series Military Occupational Specialty (MOS), a modernized role that merges the responsibilities of drone operators and maintainers. This specialized training focuses heavily on reconnaissance, surveillance, and target acquisition (RSTA) operations conducted alongside ground forces.

This latest procurement marks the third order Redwire has received from the 1st Aviation Brigade in the past eight months. Based on company announcements and industry research, this brings the total recent order value from the brigade to $24.8 million, underscoring the military’s growing reliance on Redwire’s tactical platforms for next-generation warfighter preparation.

Training the Modern Warfighter

The 15-Series MOS Evolution

The US Army is actively modernizing its approach to unmanned systems, shifting toward highly trained specialists who can both operate and maintain complex aerial assets in the field. The 15-series MOS Tactical Unmanned Aircraft System (TUAS) Specialists represent this shift. By utilizing the Stalker UAS at Fort Huachuca, the Army aims to provide these soldiers with hands-on experience using equipment that mirrors what they will encounter in active operational theaters.

Redwire notes that its Stalker training programs are built upon operational lessons learned from hundreds of thousands of flight hours across six continents. The curriculum is designed to prepare soldiers for real-world mission variables.

“Our Stalker is purpose built to meet multiple mission needs, and will significantly bolster the U.S. Army’s ability to detect, identify, and track threats across a wide range of operational theaters,” stated Steve Adlich, President of Redwire Defense Tech, in the company’s press release.

Adlich further emphasized the strategic importance of the training pipeline, noting that Redwire understands the criticality of the “train the trainer” methodology through individualized instruction to support the evolving needs of the modern battlefield.

Technical Capabilities of the Stalker UAS

Endurance and Modularity

The Army’s continued investment in the Stalker platform is driven by the system’s specific technical capabilities. The Stalker is a Group 2 Vertical Take-Off and Landing (VTOL) aircraft designed with a Modular Open Systems Approach (MOSA). According to technical specifications provided in recent industry reports, this MOSA architecture allows operators to rapidly swap payloads and integrate technical upgrades directly in the field, reducing “vendor lock” and improving interoperability with other military networks.

Power and endurance are critical factors for RSTA missions. The Stalker features a highly adaptable power system. It can operate on a main battery for nearly six hours of continuous flight. For extended missions, operators can quickly switch the system in the field to a propane solid-oxide fuel cell, which extends its flight operations to over 17 hours.

Stealth and Network Integration

In addition to its endurance, the Stalker boasts a communications range of up to 160 kilometers. The drone is engineered with a silent acoustic profile, allowing it to drop low over target areas and persist undetected for extended periods. Despite these robust capabilities, the entire system maintains an extremely small logistics footprint; it can be fully assembled in minutes and fits entirely inside a single SUV.

Recent field tests have also proven the system’s digital resilience. During the US Army’s Ivy Sting IV exercise at Fort Carson in March 2026, the Stalker UAS successfully demonstrated its ability to integrate seamlessly into the Army’s Next Generation Command and Control (NGC2) tactical network. It functioned as a native node, delivering real-time location data and full-motion video, validating its readiness for data-heavy, encrypted combat networks.

Redwire’s Expanding Defense Footprint

Recent Contract Wins

The $15 million Army order is part of a broader string of high-value defense contracts for Redwire. In April 2026, the company secured a $20 million contract to supply the US Navy and Marine Corps with the Stalker Block 30 variant. This specific version features Advanced Navigation technology designed to operate in highly contested, GPS-denied environments and areas with heavy electronic warfare (EW), capabilities directly informed by modern conflict zones.

Furthermore, just one day prior to the Army announcement, on May 19, 2026, Redwire announced a high eight-figure, multi-year contract to deliver its next-generation Penguin Mk3 tactical UAS to an undisclosed NATO ally. These consecutive announcements highlight the company’s rapid expansion as a global defense supplier.

AirPro News analysis

Redwire’s expanding defense portfolio is generating significant market momentum. The company is successfully capitalizing on the defense industry’s urgent shift toward advanced, expeditionary unmanned systems that can survive in contested electronic environments. Financial data as of May 20, 2026, reflects this operational success: Redwire’s stock has seen a 175% gain over the past six months, supported by a 34% revenue growth over the trailing twelve months. By securing contracts across the Army, Navy, Marine Corps, and NATO allies within a tight timeframe, Redwire is positioning itself not just as an equipment vendor, but as a foundational partner in the US and allied military’s tactical network architecture.

Frequently Asked Questions

What is the Redwire Stalker UAS?

The Stalker is a Group 2 Vertical Take-Off and Landing (VTOL) uncrewed aerial system designed for reconnaissance, surveillance, and target acquisition. It features a modular design, a silent acoustic profile, and an adaptable power system.

Why is the US Army buying the Stalker UAS?

The US Army Aviation Center of Excellence is purchasing the Stalker systems to support advanced individual training for its 15-series MOS soldiers at Fort Huachuca. The UAV provide hands-on experience for specialists who will operate and maintain tactical unmanned aircraft in the field.

How long can the Stalker UAS fly?

The Stalker can fly for nearly six hours on its main battery. When equipped with a propane solid-oxide fuel cell, its flight endurance is extended to over 17 hours.

Sources:
Redwire Corporation Press Release