This article summarizes reporting by USNI News and Aaron-Matthew Lariosa.

Philippines to Acquire King Air 360ER Surveillance Aircraft in $400M Contract Modification

The Philippine military is set to significantly upgrade its maritime patrol capabilities through a newly modified U.S. Department of Defense contract. According to reporting by USNI News, the Philippines has been identified as a key beneficiary in a Foreign Military Sales (FMS) agreement awarded to Textron Aviation Inc., which will see the delivery of advanced surveillance aircraft to the archipelago nation.

The deal is part of a broader Contracts modification that raises the budgetary ceiling for Textron’s services from $99.7 million to $400 million. While the contract covers requirements for multiple U.S. partners, documents cited by USNI News confirm that the Philippines specifically requires support for two Beechcraft King Air 360 Extended Range (ER) aircraft, alongside sustainment for Cessna 208B Grand Caravan platforms.

This Orders comes at a critical juncture for Manila, as tensions in the South China Sea continue to necessitate improved domain awareness. The introduction of the King Air 360ER will provide the Philippine Air Force (PAF) with a dedicated, modern manned surveillance platform capable of extended operations over disputed waters.

Contract Specifications and Scope

The procurement is structured through the U.S. Foreign Military Sales program, a mechanism that facilitates the transfer of defense articles and services to allied nations. The contract modification, announced by the U.S. Army Contracting Command earlier this month, outlines “specific requirements and services” for the procurement of Cessna and Beechcraft aircraft.

Aircraft Allocation

Based on the contract documents reviewed by USNI News, the specific allocation for the Philippines includes:

• Two (2) Beechcraft King Air 360ER aircraft, configured for surveillance missions.
• Support and sustainment for the Cessna 208B Grand Caravan fleet.

The contract modification to $400 million reflects a significant expansion in scope, allowing Textron Aviation to meet the diverse needs of several international partners, including Bangladesh and Cameroon. However, the inclusion of the King Air 360ER for the Philippines marks a distinct capability leap for the PAF, which has historically relied on aging fixed-wing assets and donated equipment for similar roles.

Technical Capabilities: The King Air 360ER

The Beechcraft King Air 360ER represents the latest generation of the legendary turboprop family, offering performance metrics well-suited for the maritime geography of the Philippines. Unlike the standard variants, the “Extended Range” model is engineered for long-endurance missions, a critical requirement for patrolling the vast Exclusive Economic Zone (EEZ) in the West Philippine Sea.

Range and Endurance

According to Manufacturers specifications, the King Air 360ER boasts a ferry range exceeding 2,600 nautical miles. In an operational surveillance configuration, this allows the aircraft to remain airborne for more than 12 hours, depending on the payload and mission profile. This endurance is vital for the PAF, enabling persistent “eyes on the horizon” over distant features such as the Scarborough Shoal and Second Thomas Shoal without the need for frequent refueling.

Surveillance Configuration

While specific sensor suites for this contract have not been publicly detailed, aircraft of this class are typically outfitted with:

• Maritime Search Radars: Belly-mounted Radar-Systems capable of detecting surface vessels from significant distances.
• EO/IR Turrets: Electro-optical and infrared cameras for day and night visual identification of targets.
• Data Links: Secure communications equipment to transmit real-time video and data feeds to ground stations or naval vessels.

The aircraft also features an updated cockpit with the Collins Aerospace Pro Line Fusion Avionics suite, which reduces pilot workload and improves situational awareness during complex missions.

Strategic Context: The P-SSAR Roadmap

This acquisition aligns with the recently established Philippines-Security Sector Assistance Roadmap (P-SSAR). Signed in July 2024, the roadmap outlines the priority defense platforms the United States intends to help the Philippines acquire over the next five to ten years. The delivery of new-production aircraft like the King Air 360ER serves as a materialization of this bilateral commitment.

The deal also follows the allocation of $500 million in Foreign Military Financing (FMF) by the U.S. to the Philippines in mid-2024. This funding was designated to boost territorial defense capabilities amidst what defense officials describe as a period of “strategic hardening” by Beijing in the region.

Complementing the Existing Fleet

Currently, the Philippine Air Force operates a limited number of Cessna 208B Grand Caravans, some of which were donated by the U.S. government in previous years. While the C-208B is a rugged and capable platform for short-range intelligence, surveillance, and reconnaissance (ISR), it lacks the speed, altitude, and endurance of the King Air 360ER.

The PAF also utilizes unmanned aerial vehicles (UAVs) such as the Boeing ScanEagle and Elbit Hermes. However, manned aircraft offer distinct advantages in complex maritime environments, including the ability for on-board crew to make immediate command decisions and visually verify targets that sensors might misidentify.

AirPro News Analysis

The shift from receiving donated, used equipment to procuring factory-new assets like the King Air 360ER signals a maturation in the U.S.-Philippines defense relationship. For years, the PAF has operated a patchwork fleet of surveillance assets. This acquisition suggests a move toward standardization and higher operational readiness.

Operationally, the King Air 360ER fills a critical gap between the short-range Cessna 208Bs and the high-altitude, strategic surveillance that might be provided by allies. In the context of the “gray zone” tactics often employed in the South China Sea, where coast guard and maritime militia vessels operate aggressively, having a persistent, manned aerial presence allows the Philippines to document incursions with high-fidelity evidence. This capability is essential not just for defense, but for the “transparency strategy” Manila has adopted to publicize incidents at sea.

Furthermore, the dual-use nature of these aircraft cannot be overstated. In a nation prone to typhoons and natural disasters, the King Air’s ability to rapidly survey damage and coordinate relief efforts adds a layer of domestic utility that often secures broad political support for such defense expenditures.

Frequently Asked Questions

What is the U.S. Foreign Military Sales (FMS) program?

The FMS program is a form of security assistance authorized by the U.S. Arms Export Control Act. It allows the U.S. government to sell defense articles and services to foreign countries, often handling the procurement and contracting processes on behalf of the partner nation.

How does the King Air 360ER differ from the Cessna 208B?

The King Air 360ER is a twin-engine turboprop with a pressurized cabin, offering higher speeds, higher service ceilings, and significantly longer range compared to the single-engine, unpressurized Cessna 208B. This makes the King Air better suited for long-duration maritime patrols.

When will the aircraft be delivered?

Specific delivery timelines were not disclosed in the initial contract announcement. However, aircraft procurement contracts typically involve a production and modification lead time of 18 to 24 months.

Sources

• USNI News
• Aaron-Matthew Lariosa

This article is based on an official press release from Eaton.

Eaton Finalizes $1.55 Billion Acquisitions of Ultra PCS, Bolstering Defense Portfolio

Intelligent power management company Eaton (NYSE: ETN) has officially completed its acquisition of Ultra PCS Limited from the Cobham Ultra Group. The transaction, valued at $1.55 billion, closed on January 23, 2026. This strategic move significantly expands Eaton’s capabilities in the aerospace and defense sectors, adding critical technologies such as missile cooling compressors and aircraft ice protection systems to its industrial portfolio.

According to the company’s announcement, the acquisition aligns with Eaton’s broader strategy to deepen its footprint in high-margin, mission-critical defense markets. Ultra PCS, formerly known as Ultra Precision Control Systems, brings a suite of proprietary technologies that complement Eaton’s existing fuel and motion control offerings. The deal represents Eaton’s largest defense-focused acquisition since 2021.

Deal Structure and Financial Impact

Under the terms of the agreement, Eaton paid $1.55 billion to acquire the UK-based business from the Cobham Ultra Group, which is owned by private equity firm Advent International. Market data indicates that Ultra PCS was projected to generate approximately $240 million in sales for 2025. Based on these figures, the acquisition price reflects a valuation multiple of roughly 6.5 times sales, a premium that analysts attribute to the high barriers to entry in the defense sector and the long-term nature of military contracts.

The integration of Ultra PCS falls under Eaton’s Industrial Sector, specifically within its Aerospace Group. Pete Denk, President of Eaton’s Industrial Sector, emphasized the value of the acquired assets in a statement regarding the deal’s completion.

“Ultra PCS’s innovative solutions for safety and mission critical aerospace systems supplement Eaton’s portfolio for both military and civilian aircraft.”

, Eaton Press Release

Strategic Synergies and Technology

The acquisition is designed to bridge specific gaps in Eaton’s current defense offerings. While Eaton has long been a leader in hydraulic systems, fuel flow, and motion control, often described as the “muscles” of an aircraft, Ultra PCS specializes in the “nerves,” including electronic controls and pneumatic actuation.

Key Product Lines

According to industry reports, Ultra PCS adds several high-value technologies to the Eaton lineup:

• HiPPAG (High-Pressure Pure Air Generator): A critical cooling system for infrared seekers in missiles and pneumatic ejection for munitions. This technology is currently utilized on major platforms such as the F-35 Lightning II and the Eurofighter Typhoon.
• Ice Protection Systems: Advanced electro-thermal systems designed to prevent ice buildup on airframes, including the engine inlets of the F-35 and the wing leading edges of the Boeing 787 Dreamliner.
• Generic Vehicle Architecture (GVA): Open-architecture systems for military land vehicles that facilitate the integration of sensors and communications gear.

Platform Integration

Both companies already hold significant positions on key defense programs. The combination of Eaton’s hydraulic expertise with Ultra PCS’s pneumatic and electronic capabilities is expected to allow Eaton to offer more integrated, comprehensive packages to prime contractors like Lockheed Martin. This is particularly relevant for the F-35 program, where both entities supply essential components.

Market Context and Leadership

This transaction marks a continuation of Eaton’s aggressive expansion into the defense market. It follows the company’s 2021 acquisition of Cobham Mission Systems for $2.8 billion. By acquiring Ultra PCS, Eaton reinforces its pivot toward “smart” defense systems, technologies that combine mechanical engineering with advanced electronic controls.

Leadership changes have also accompanied this transition. Pete Denk, who assumed the role of President and COO of Eaton’s Industrial Sector on January 1, 2025, is overseeing the integration. Denk brings extensive experience from his previous leadership of Eaton’s Vehicle Group and a two-decade tenure at Bosch.

AirPro News Analysis

The completion of this deal highlights a broader trend of consolidation within the aerospace supply chain. As defense budgets rise globally, suppliers are seeking scale to negotiate more effectively with aerospace giants like Boeing and Airbus. Furthermore, the sale of Ultra PCS by Advent International illustrates the ongoing strategy of private equity firms acting as “incubators” that break up large conglomerates, in this case, the Cobham Ultra Group, to sell specialized units to strategic industrial buyers.

From a technological standpoint, this move secures Eaton’s role in the future of air combat. By controlling both the mechanical actuation and the thermal management systems for missiles and aircraft, Eaton is positioning itself not just as a parts supplier, but as a critical systems integrator for next-generation platforms.

Sources

• Eaton/Business Wire

This article is based on an official press release from Boeing.

Boeing and Shift5 Partner to Bring Real-Time Cyber and Maintenance Intelligence to USAF Fleets

Boeing has announced a strategic partnership with Shift5, a technology company specializing in onboard data capture and cybersecurity, to integrate near real-time monitoring capabilities into military aircraft. Announced on January 21, 2026, the collaboration aims to enhance fleet readiness for the United States Air Force (USAF) by combining predictive maintenance with active cyber threat detection.

According to the company’s announcement, the initiative will initially focus on two critical mobility platforms: the C-17 Globemaster III transport aircraft and the KC-46 Pegasus aerial refueler. By deploying Shift5’s hardware and software alongside Boeing’s platform analytics, the partnership seeks to identify mechanical faults and digital anomalies at “mission speed,” significantly reducing the time between detection and resolution.

Converging Maintenance and Cybersecurity

The core of this partnership lies in the dual use of onboard data. Modern military aircraft generate vast amounts of information through their Operational Technology (OT) networks, the internal “nervous systems” that control flight surfaces, engines, and navigation. Historically, accessing this data for real-time analysis has been difficult, particularly on legacy airframes.

Under the new Memorandum of Understanding (MoU), Shift5 will provide the hardware necessary to capture high-frequency data directly from the aircraft’s internal buses. This data stream will serve two distinct but complementary purposes:

• Predictive Maintenance: Data will be fed into Boeing’s analytics tools to monitor the mechanical health of the aircraft, identifying wear and potential system failures before they ground the plane.
• Cyber Threat Detection: Shift5’s software will simultaneously analyze the same data for anomalies that could indicate a cybersecurity breach or electronic interference.

Travis Williams, Vice President of USAF Mobility & Training Services at Boeing, emphasized the operational necessity of this speed. In the press release, Williams highlighted the importance of outpacing potential threats.

“When data moves faster than threats and insights outpace failures, our aircrews get their best chance to succeed. This partnership marries Boeing’s deep aircraft intuition with Shift5’s edge-speed cyber defense, that’s force protection and fleet performance in one.”

, Travis Williams, VP of USAF Mobility & Training Services, Boeing

Accelerating the OODA Loop

A primary goal of the collaboration is to shorten the “OODA loop” (Observe, Orient, Decide, Act) for maintenance crews and cyber defenders. Traditional maintenance models often rely on downloading flight logs after an aircraft has landed, a process that can delay repairs and reduce fleet availability. By moving to a “near real-time” model, Boeing and Shift5 aim to provide insights while the mission is still ongoing or immediately upon landing.

Ronak Shah, Chief Technology Officer at Shift5, noted that the partnership leverages Boeing’s OEM expertise to maximize the utility of the data Shift5 captures.

“Boeing knows these aircraft better than anyone, they built them, they maintain them, and they understand what keeps fleets mission-ready. Shift5 brings the hardware and cybersecurity layer that these platforms need.”

, Ronak Shah, CTO, Shift5

AirPro News Analysis

The Rise of the “Flying Data Center”

This partnership underscores a critical shift in military aviation: the treatment of aircraft as cyber-physical systems. As airframes like the KC-46 become more connected, and legacy workhorses like the C-17 are modernized, the distinction between mechanical safety and cybersecurity is blurring. A compromised data bus can be just as dangerous as a failing hydraulic pump.

We observe that integrating third-party “observability” tools like Shift5 into proprietary OEM ecosystems represents a significant step forward for open architecture in defense. Historically, extracting granular data from legacy protocols (such as MIL-STD-1553 buses) has been a technical bottleneck. By officially partnering with Shift5, Boeing is acknowledging that specialized, agile tech firms are essential for securing the “edge” of the battlefield network.

Furthermore, this move aligns with the Department of Defense’s broader push for “predictive logistics.” In a high-intensity conflict, the ability to diagnose a jet’s health before it lands, allowing ground crews to prep parts and tools in advance, could be the deciding factor in sortie generation rates.

Future Implications

While the initial rollout is targeted at the USAF’s C-17 and KC-46 fleets, the technology has potential applications across other Boeing defense platforms. The ability to monitor OT networks for cyber intrusions is becoming a standard requirement for airworthiness in an era of electronic warfare.

The partnership builds upon Boeing’s existing Airplane Health Management (AHM) capabilities, which have been widely used in the commercial sector (such as on the 787 Dreamliner) to minimize delays. Adapting this commercial best practice for the contested environments of military aviation represents a logical evolution of Boeing’s Global Services strategy.

Sources:

• Boeing News Now (BNN)