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70 Years of Flight: The C-130’s Legacy, Future

Thursday, September 12th, 2024

ROBINS AIR FORCE BASE, Ga. (AFNS) —  

Since its first flight Aug. 23, 1954, the C-130 Herculeshas proven to be one of the most versatile and active aircraft in the Air Force’s fleet, having carried troops and supplies from the tundra of Antarctica, to the deserts of the Middle East, to the tropical islands of the Pacific, and nearly everywhere in between. 
 
Robins Air Force Base, host of the C-130 70th Anniversary celebration, has played a key role in keeping the C-130 fleet not just flying, but equipped with the technology and modernizations that make it a critical component of the contemporary Air Force fleet.

“It’s the greatest airplane ever built, and it’s stained honorably with American blood, sweat and tears,” said Gen. Mike Minihan, commander of Air Mobility Command. “That airplane is a monument to everyone that flies, fixes, and supports it … From the assembly line, to the flight line, to the depot line, it’s the hands that touch it that make it so powerful.”

The Warner Robins Air Logistics Complex at Robins AFB is the central hub for depot maintenance and modernization of the C-130. With 12 different C-130 models spread across seven major commands and the Air National Guard, totaling 436 aircraft in the Air Force fleet, effective and efficient maintenance is vital to keeping the mission running – especially in an era of Great Power Competition.

“We’re the best at what we do here,” said Ben Stuart, 560th Aircraft Maintenance Squadron director of operations. “The first flight was in 1954, and we’ve been doing depot maintenance on C-130s at Robins since 1964.

We’ve got mission partners with the program office, engineering, the Defense Logistics Agency and Lockheed Martin,” Stuart continued. “That combination is what makes us the best in the business, and we have been doing it for 60 years. Nobody else in the world does the repair and overhaul work that we do here at Robins.”

Around 50 of the aircraft come through each year for maintenance, to include planned depot maintenance, unplanned depot-level maintenance like battle damage repair, and modifications.

While Robins does significant C-130 work on the installation, the scope of its mission does not stop at the gates.

The Air Force Life Cycle Management Center’s C-130 engineering team regularly receives Engineering Technical Assistance Requests, where in-unit maintenance teams run into issues they are not able to solve on station. In 2023, the AFLCMC team received almost 3,500 ETARs, many of which resulted in the aircraft being grounded. In responding to these, Robins AFB coordinates with the home units to find a solution. When needed, engineers will deploy to the aircraft’s location to resolve the issue, keeping the global C-130 fleet flying and active.

As the Air Force calls on its members to reoptimize for Great Power Competition, the C-130 is being prepared for its next chapter. The call for reoptimization, the emphasis on Agile Combat Employment and the challenges of the Pacific theater mean that the C-130 will need to continue evolving.

“To survive and operate in that environment, it will absolutely be on the backs of our C-130s,” said Michael Beasley, the Mobility Directorate C-130 Hercules division senior materiel leader and retired maintenance officer.

According to Beasley, one of the biggest challenges in reoptimizing for GPC is the logistical hurdles that come with the change in area of responsibility.

Beasley spoke on how flights in the Middle East were often short range, only lasting a few hours, with less concern for fuel and range management.

Moving to operations in the Pacific, with major hubs often thousands of miles apart with nothing but ocean in between, that sentiment has changed.

“In the past we never had to worry about that, right? We’re just flying from Ramstein Air Base, (Germany), down to Iraq,” Beasley said. “We didn’t have to worry about that long term, or that margin at the end of the flight that says, ‘Man, I need to squeeze just another hour and a half out of this airplane.’ GPC has us thinking about how we can do that.”

From increases in engine power and efficiency, to new propellor technologies and weight reduction efforts, the modernization efforts of the C-130 are a series of upgrades that not only provide individual benefit but work in tandem to make the aircraft as effective as possible.

“We’re trying to squeeze out every bit of performance out of this airplane we can, because we know that we’re probably the bedrock of that ACE concept,” Beasley said. “Once we get everything in theater and we’re in the battle, what’s going to keep that battle alive are the C-130 tactical transports, getting that stuff from island to island.”

The C-130 has also seen a number of avionics upgrades aimed at increasing effectiveness in a connectivity-contested environment.

Two technologies being utilized are the Real-Time in Cockpit and Dynamic Retasking Capability systems. These allow the C-130 to receive key information from command-and-control communication systems, or C2CS, prior to entering a battle space and provides the ability to forward this information off to advance commanders. Not only does this increase the awareness of the air crew, but also acts as a force multiplier in expanding the reach of C2CS.

With 70 years of history as one of the most versatile and battle-tested aircraft in the Air Force fleet, the C-130 looks to enter its next era in the reoptimization for Great Power Competition – and just as Robins AFB has kept the aircraft flying the last seven decades, it will be sending out the aircraft to maintain air dominance for years to come.

By Patrick Sullivan, 78th Air Base Wing Public Affairs

Cubic Awarded U.S. Air Force Production Order for Encrypted Air Combat Maneuvering Instrumentation (ACMI)

Tuesday, September 10th, 2024

Delivering proven solutions for real-world operations, training and test

SAN DIEGO September 9, 2024 – Cubic Defense, the world’s leading provider of advanced air combat training, announced the first production order for its encrypted Air Combat Maneuvering Instrumentation (ACMI) upgrade from the U.S. Air Force. The modernization allows 4th Gen aircraft to train seamlessly with 5th Gen aircraft, enhancing the overall operational readiness for the Combat Air Force.

“ACMI delivers “Truth in Training,” allowing aircrew to perform mission exercises from anywhere while generating ultra-precise information on their performance.,” said Paul K. Averna, VP and GM, Advanced Training Solutions for Cubic Defense. “The successful completion of the System Security Upgrade (SSU) contract and the subsequent production order for encrypted ACMI is a testament to the expertise of our team and dedication to the warfighter.”

The first-ever production order for SSU kits marks a significant achievement for Cubic Defense. These kits represent a significant leap providing a vital capability to encrypt sensitive maneuvering data for a substantial percentage of the U.S. Air Force P5 pod fleet assets, ensuring that country-specific proprietary material can now be protected.


U.S. Air Force F-15E Strike Eagle assigned to the 389th Expeditionary Fighter Squadron. (Air Force photo by Daniel Asselta, www.dvidshub.net). Cubic’s P5 pod tucked under the F-15E’s wing.

Cubic was awarded the firm-fixed-price contract for the P5 Combat Training System (P5CTS) SSU program in 2022 and executed on ‘First Time Right’ engineering process. The team was able to complete software and firmware integration within two months. This was achieved through Environmental Stress Screening (ESS) testing without white wires or redesign. The team completed Factory System Integration Test (FSIT) and Physical Configuration Audit (PCA) in month nineteen of the program. The customer’s comment: “it was the smoothest FSIT I’ve ever witnessed.”

www.cubic.com/industries/training/air-combat

CAMCOPTER S-100 Obtains First Ever EASA Design Verification Report For Rotary Wing UAS

Friday, September 6th, 2024

Vienna, 5 September 2024 – The CAMCOPTER® S-100 received the first ever Design Verification Report (DVR) by the European Union Aviation Safety Agency (EASA) for a Rotary Wing Unmanned Air System (RWUAS).

The Design Verification Report (DVR) for the specific category of UAS operations was issued after a rigorous evaluation process, including 300 EASA observed flight hours proving airworthiness, safety and enhanced containment, as well as successfully demonstrating laser safety, cyber security features and HIRF (High Intensity Radiated Fields) resistance.

This EASA report enables the French Navy to issue a “Military Operational Type Authorisation” and facilitates the approval processes for S-100 flight operations in all EASA member states.

“Receiving the DVR is a significant milestone for Schiebel and a major step towards fully certifying the CAMCOPTER® S-100 UAS”, said Hans Georg Schiebel, Chairman of the Schiebel Group.

The DVR process was set in place by EASA at the end of 2021 and aims at ensuring safe drone operations in Europe.

US Army Selects Sierra Nevada Corporation as Lead System Integrator for its High Accuracy Detection and Exploitation System

Tuesday, August 27th, 2024

WASHINGTON — The U.S. Army selected the Sierra Nevada Corporation as the lead system integrator for its High Accuracy Detection and Exploitation System today. The initial award on the 12-year indefinite-delivery, indefinite-quantity contract is $93.5 million, with an overall ceiling of $991.3 million. HADES will provide transformational increases in speed, range, payload and endurance for Army aerial intelligence, surveillance and reconnaissance capabilities.

“This is a great day for the continuing effort to modernize the Army’s aerial intelligence, surveillance and reconnaissance collection strategy,” said Mr. Doug Bush, Assistant Secretary of the Army for Acquisition, Logistics and Technology. “The thoughtful and disciplined execution of the HADES program strategy will deliver the transformational capabilities we need for the Army’s next-generation aerial ISR aircraft.”

“HADES is the centerpiece of the Army’s long-promised aerial ISR transformation strategy,” said Lt. Gen. Anthony Hale, Deputy Chief of Staff, G-2. “HADES allows the Army to fly higher, faster and farther, which directly impacts our ability to see and sense deeper, delivering an organic capability in line with the Secretary of the Army’s number-one operational imperative – deep sensing.”

With higher airspeeds and longer endurance, HADES will facilitate aerial ISR coverage for a much larger geographical area and will facilitate global deployment within days instead of the current transitional period of several weeks. This will adversely affect adversaries’ ability to plan and maneuver.

The Army began shaping the HADES program in 2020 to replace the legacy turboprop aircraft fleet currently comprised of the Guardrail, Enhanced Medium Altitude Reconnaissance and Surveillance System, and Airborne Reconnaissance Low aircraft, which have been in service for more than four decades. HADES prototypes will be the first Army-owned large-cabin business jets utilized for aerial ISR platforms.

“I am very proud of the entire HADES team, along with our intelligence, aviation and contracting enterprise partners, who have worked diligently to ensure that the Army delivers a new aerial ISR collection capability that meets the Army’s 2030 operational imperatives,” said Brig. Gen. David Phillips, Program Executive Officer, PEO Aviation. “HADES will allow our formations to see and sense farther and more persistently, providing an asymmetric advantage over our adversaries in large-scale operations and multidomain operations.”

As the Army transforms to meet an uncertain future, HADES is one of the many modernization capabilities that will help ensure that the Army of 2030 is ready and able to fight and win when the nation calls.

First EagleEye Radar Comes Off the GA-ASI Production Line

Friday, August 23rd, 2024

New High-Performance Multi-Mode Radar Tailored for MDO

SAN DIEGO – 23 August 2024 – On July 31, 2024, the first EagleEye multi-mode radar came off the production line of General Atomics Aeronautical Systems, Inc. (GA-ASI). The new radar is a high-performance system that delivers high-resolution, photographic-quality imagery that can be captured through clouds, rain, dust, smoke, and fog at multiple times the range of previous radars. EagleEye will be a “drop-in” radar enhancement for the U.S. Army’s current Gray Eagle Extended Range Unmanned Aircraft Systems (UAS) and is part of the initial configuration for the new Gray Eagle 25M (GE 25M) UAS. The Army National Guard has ordered 12 GE 25Ms.

“The EagleEye radar has improved range and multi-mode performance, which is tailored to the deep sensing capability required for Multi-Domain Operations (MDO),” said Jeff Hettick, GA-ASI vice president of Agile Mission Systems. “We look forward to delivering the EagleEye to our U.S. Army customer in the near future.”

Earlier this year, GA-ASI announced the development of a new Active Electronically Scanned Array (AESA) antenna and associated software for EagleEye, which will increase range and deliver significant mode enhancements. The radar’s increased range and optimized multi-mode performance allow the aircraft to operate well outside the Weapons Effects Zone of most threat systems, adding a layer of survivability that supports the Stand-Off survivability with Stand-In effects of long-range sensors, which is a key component of the Gray Eagle 25M being developed for the U.S. Army.

EagleEye is a multi-mode radar that builds on years of pioneering expertise by GA-ASI. Using Synthetic Aperture Radar (SAR), EagleEye enables operators to look in detail through atmospheric conditions that might obscure a purely visual sensor. And for the first time on the Gray Eagle platform, EagleEye delivers radar-based Full-Motion Video (FMV) capability called “Video SAR,” which enables live visual tracking of moving targets — even during heavy cloud cover. As part of the EagleEye development, GA-ASI has improved target detection range using real-time Artificial Intelligence/Machine Learning (AI/ML) software that runs on board the aircraft.

The EagleEye radar performs Moving Target Indication (MTI), detects changes, builds stripmaps, and yields other precise insights to analysts, commanders, and operators using industry-standard data formats. With its Maritime Wide Area Search (MWAS) mode, EagleEye also provides a dedicated maritime MTI mode for tracking and targeting vessels. This further supports the MDO mission set of the U.S. Army, particularly in support of the U.S. Indo-Pacific Command (INDOPACOM). The same mission is a focus for Europe, Africa, and the Middle East where there is an increased need for maritime reconnaissance, surveillance, and target acquisition, which is critical to achieve information dominance and overmatch.

US Army Seeks Powered Parachute Capability aka Personnel Air Mobility System (PAMS)

Wednesday, August 21st, 2024

Yesterday, the Army Combat Capabilities Development Command-Soldier Center‘s Soldier Sustainment Directive (DEVCOM-SC SSD) published a sources sought notice to industry to to identify potential sources for a Personnel Air Mobility capability to ensure freedom of movement in Contested Environments. They plan to procure this system via an Other Transaction Authority.

As demonstrated by SOF during May’s SOF Week capabilities exercise, a PAMS will provide an additional option to the unit commander, supporting freedom of action in remote and austere locations. This new system will be capable of transporting individual warfighters hundreds of kilometers, reducing dependency on traditional aircraft platforms and extending the range available through traditional parachute infiltration systems. A militarized powered paraglider platform is envisioned to provide both low-altitude (nap-of-the-earth and/or contour-level flight) infiltration and exfiltration capability to increase survivability and avoid detection by the enemy as well as higher-altitude (up to approximately 10,000 feet mean sea level) transit where possible given appropriate threat profile and mission parameters. The PAMS will support multiple mission types including reconnaissance, surveillance, troop movement, infiltration and exfiltration. This new PAMS will also significantly reduce the cost to deliver/transport warfighters over traditional means. 

According to the notice, PAMS is planned to be developed to support the U.S. Army’s Airborne forces by addressing a capability gap to provide unit organic personnel air mobility to support freedom of movement in contested environments. Future battlefield threats are expected to require disbursed operations by small units in complex, contested environments. Traditional air assets, including fixed wing and rotary wing transport aircraft, will likely be unavailable for the movement of small teams due to supporting other missions and the difficulty of operating these vehicles in anti-access/area denial threat areas. To overcome the challenges of conducting operations in this space, a concept of expanded maneuver in all domains calls for new platforms that can provide low-cost mobility solutions over extended ranges which are available at the individual unit/warfighter level.

Desired System Performance Parameters:

Range

Threshold 100 kilometers

Objective 300 kilometers

Total System Weight (dry)

Threshold 75 pounds

Objective 60 pounds

Weight Capacity

Threshold 200 to 350 pounds

Objective 150 to 400 pounds

Maximum Altitude

Threshold 10,000 feet mean sea level

Objective 20,000 feet mean sea level

The textile components must be Berry Compliant.

To respond, submit a Broad Other Transaction Authority Announcement (BOTAA) preproposal as outlined in the DEVCOM Soldier Center BOTAA DEVCOM-SC BOTAA 22-01 located here.

AFSOC Demonstrates ACE with Historic Highway Landing

Wednesday, August 7th, 2024

BONO, Ark. —  

In a historic first, Air Force Special Operations Command successfully landed an AC-130J Ghostrider Gunship on Highway 63 in Bono, Arkansas, on August 4, 2024. This operation was part of a broader exercise, Emerald Warrior Field Training Exercise II, designed to showcase AFSOC’s Agile Combat Employment capabilities.

The exercise provided an opportunity for participating units to refine their skills and advance ongoing pathfinding and experimentation efforts within AFSOC.

“This exercise serves as a significant milestone for AFSOC, demonstrating our ability to operate in diverse and austere environments,” said Tech. Sgt. Robert Gallagher, lead planner for the highway landings, assigned to the AFSOC Air Commando Development Center. “By leveraging ACE concepts, we enhance our operational flexibility and resilience.”

Throughout the morning, Special Tactics Airmen from the 1st Special Operations Wing established and secured a landing zone on the highway.

Shortly after, a C-146A Wolfhound and an MC-130J Commando II from the 492nd Special Operations Wing landed on the five-lane highway.

The MC-130J crew then set up a Forward Arming and Refueling Point (FARP), as the AC-130J assigned to the 1st Special Operations Wing at Hurlburt Field, Florida, made its approach, landed, refueled, rearmed and took off again.

The primary objective of this exercise was to validate AFSOC’s capability to operate in austere environments with minimal infrastructure. Key tasks included securing the landing zone and performing FARP operations, both critical elements of the ACE framework.

“Emerald Warrior FTX II demonstrates to our adversaries that we can meet them anytime, any place, anywhere, without the need for traditional runways to project air power,” said Col. Patrick Dierig, 1 SOW commander. “By landing an AC-130J on a highway and conducting FARP, we’re proving our ability to operate in austere and unique environments. It shows our commitment to maintain operational flexibility and readiness, ensuring we can deliver decisive airpower whenever and wherever it’s needed.”

The successful execution of this exercise underscores AFSOC’s commitment to evolving its capabilities and adapting to emerging threats. By continuing to refine and operationalize ACE concepts, AFSOC ensures it remains at the forefront of innovative and agile combat operations.

By MSgt Ryan Conroy

FLRAA Achieves Milestone B, Enters Next Phase of Development

Tuesday, August 6th, 2024

REDSTONE ARSENAL, Ala. — The Army’s Future Vertical Lift program took a major step forward as the Future Long Range Assault Aircraft, or FLRAA, program entered the next major phase of development when the Army announced the approval of the FLRAA Milestone B Acquisition Decision Memorandum on August 2, 2024.

The decision came after the successful FLRAA preliminary design review in April and a meeting of the Army Systems Acquisition Review Council in June. After reviewing FLRAA affordability, technological viability, threat projections and security, engineering, manufacturing, sustainment and cost risks, the ASARC confirmed that all sources of program risk have been adequately addressed for this phase of the program. Milestone B allows the Army to exercise contract options and continues development of the aircraft as it now enters the engineering and manufacturing development phase.

“This an important step for FLRAA and demonstrates the Army’s commitment to our highest aviation modernization priority,” said the Army acquisition executive, the Honorable Douglas R. Bush. “FLRAA will provide assault and MEDEVAC capabilities for the future Army, adding significantly increased speed, range and endurance.”

“This is an exciting day for the Army … and more importantly for our Soldiers. The FLRAA provides truly transformational capability to Army aviators as we uphold the sacred trust with the Soldier on the ground,” said Maj. Gen. Michael C. McCurry, 17th chief of the U.S. Army Aviation Branch. “Future battlefields require expanded maneuver, the ability to sustain and provide command and control across vast distances, and of course, evacuate our wounded. All of these apply to both conventional and special operations forces. With roughly twice the range and twice the speed, FLRAA brings unmatched combat capability to the joint force.”

The Army awarded the FLRAA Weapon System Development contract to Bell Textron on December 5, 2022, and it includes nine options. The Milestone B allows the Army to exercise the first option which includes detailed aircraft design and build of six prototype aircraft. The Army is planning for the first FLRAA flight in 2026 with low-rate initial production scheduled to begin in 2028 and initial fielding activity in 2030. The Army will continue to review and refine the schedule as necessary based on the contract award and the latest program activities.

“PM FLRAA and our Team of Teams across the aviation enterprise are working hard to make sure that we get it right,” said Brig. Gen. David Phillips, Program Executive Officer, Aviation. “We will deliver a next generation combat capability that meets the Army’s goals for affordability, survivability, maintainability, reliability and safety.”

“The FLRAA Milestone B decision is another successful step of a deliberate modernization effort by the Army,” said Brig. Gen. Cain Baker, director for the Future Vertical Lift Cross Functional Team. “The many stakeholders, including academia and industry, have worked hard to ensure rigorous technology development and demonstration and have informed FLRAA requirements and affordability. FLRAA’s speed, reach and survivability will be key to transforming U.S. Army maneuver.”

“I am very proud of the FLRAA team. We’ve maintained a deliberate balance between sustaining program momentum while maintaining technical and acquisition rigor,” said Col. Jeffrey Poquette, FLRAA project manager. “Using digital engineering as a key part of our ‘go slow to go fast’ approach has helped to accelerate the program by investing in requirements development up front.”

FLRAA will provide transformational capability for ground forces and aircrews with speed, range, and surprise to present multiple dilemmas to the enemy. It will expand the depth of the battlefield, extending reach to conduct air assault missions from relative sanctuary while enabling us to rapidly exploit freedom of maneuver to converge ground forces through decentralized operations at extended distances. FLRAA’s inherent reach and standoff capabilities will ensure mission success through tactical maneuver at operational and strategic distances.

As the Army transforms to meet an uncertain future, FLRAA is one of many modernized capabilities that will help ensure the Army of 2030 and beyond is ready to win when the nation calls.

By PEO Aviation