Home Air AFSOC shares its vision of the amphibious C-130J seaplane

AFSOC shares its vision of the amphibious C-130J seaplane

MC-130J Commando II Amphibious Capability (MAC)
A rendering of an amphibious modification to an MC-130J Commando II. Photo: AFSOC

The US Air Force Special Operations Command (AFSOC) is turning to the versatile C-130J to enhance its runway independence by allowing the aircraft to land on water.

Ever since it’s creation, the C-130J had a multitude of uses and landed on rough fields, in arctic locations and even an aircraft carriers.

Yet, it cannot land on water, which covers about 71% of the planet. AFSOC is looking to change that as the national strategic objectives shift focus to littoral regions.

In partnership with the Air Force Research Lab’s Strategic Development Planning and Experimentation (AFRL-SDPE) directorate, AFSOC is developing an MC-130J Commando II Amphibious Capability (MAC) to improve the platform’s support of seaborne special operations.

AFSOC and private sector counterparts are currently developing a removable amphibious float modification for the MC-130J, allowing the aircraft to take off and land in bodies of water. Photo: AFSOC

“The development of the MAC capability is the culmination of multiple lines of effort,” said Lt Col Josh Trantham, AFSOC Science, Systems, Technology, & Innovation (SST&I) Deputy Division Chief. “This capability allows the Air Force to increase placement and access for infiltration, exfiltration, and personnel recovery, as well as providing enhanced logistical capabilities for future competition and conflict.”

The development of a removable amphibious float modification for an MC-130J would enable “runway independent” operations, which, according to Trantham, would extend the global reach and survivability of the aircraft and Air Commandos. “Seaborne operations offer nearly unlimited water landing zones providing significant flexibility for the joint force,” Trantham said.

According to AFSOC, utilizing the MAC capability may provide unlimited operational access to waterways to distribute forces if land assets are compromised.

“MAC is vital to future success because it will allow for the dispersal of assets within a joint operations area,” said Maj Kristen Cepak, AFSOC Technology Transition Branch Chief. “This diaspora complicates targeting of the aircraft by our adversaries and limits aircraft vulnerability at fixed locations.”

Photo: AFSOC

A task force of industry partners are closely collaborating with AFSOC and AFRL-SDPE to bring the vision to life.

A five-phase rapid prototyping schedule is expected to lead to an operational capability demonstration in only 17 months while de-risking the concept for a future potential MAC program of record that could field MAC for MC-130Js but also potentially field a similar amphibious capability for other C-130 variants with only minor variations.

MAC prototypes are already being tested through digital design, virtual reality modeling (VR), and computer-aided designs (CAD) in a virtual setting known as the Digital Proving Ground (DPG), paving the way for digital simulation, testing, and the use of advanced manufacturing for rapid prototyping and physical prototype testing.

According to Trantham and Cepak, the DPG can deliver mission review, aircraft system analysis, design ideation, engineering risk-reduction, virtual reality, concept imagery, feasibility studies, and other deliverables.

“Being able to experiment with existing technology to evaluate design tradeoffs and test a new system before ever bending metal is a game-changer,” Cepak said. “AFSOC is evolving and experimenting in a smart way to reduce technical risk and deliver capability to the field more rapidly and efficiently than before.”