DOW · SOF · AGENCY
DOW users do not have a swimming problem. They have a traversal problem under load, stress, risk, space constraints, and transition pressure.
The Fin Penalty appears during aircraft staging, water entry, watercraft movement, SDV-style confined spaces, RHIB operations, loadout management, surf zones, variable-depth littoral movement, shoreline transition, and movement toward the objective.
SALT AMS gives users propulsion when water movement demands it and mobility when the environment shifts to aircraft, watercraft, confined spaces, variable-depth water, shoreline, terrain, or objective movement.
Deploy. Swim. Retract. Move.
End the Fin Penalty in Sea-Air-Land Mission Traversal.
Reduce Transition Time. Increase Mission Effectiveness.
Move from water to objective without stopping to fight your fins.
U.S. Patented | Veteran-founded | Universal Fit: U.S. sizes 6–15 | Made & Manufactured in the USA | Built for sea-air-land transition
OPERATIONAL PROBLEM
Where Conventional Fins Become the Burden
For combat divers, the Fin Penalty is not just awkward movement on land. It is a mission-chain problem.
It appears during aircraft staging, water entry, watercraft movement, SDV-style confined spaces, RHIB operations, loadout management, surf zones, variable-depth water, littoral transition, and movement toward the objective.
Traditional fins remain useful in active swimming. The penalty begins when the user must carry, wear, stow, remove, recover, or fight them everywhere else.
Slower exits from water
Reduced mobility across beach, rock, deck, and terrain
Extra gear-handling during movement
Increased exposure during transition
Footwear compromise before and after the swim
SALT AMS was built to reduce the penalty between swim propulsion and mission mobility.
MISSION SOLUTION
A Mobility System for the Full Movement Chain
SALT AMS supports movement before, during, and after water propulsion.
The system deploys for swim movement and retracts for mobility across the transition zone. That means fewer gear-handling events, less space burden, reduced deck and craft clutter, and more movement options when the user is under load.
SALT AMS is not replacing fins. It is modernizing the fin into a mission-capable amphibious mobility system.
DEPLOY
Extend the blade when swim propulsion is needed.
SWIM
Move through water with fin-driven propulsion while maintaining mission footwear compatibility.
RETRACT & MOVE
Retract the blade and continue across shoreline, boat deck, craft, terrain, or objective area.
What operators need:
Faster littoral movement
Reduced equipment management
Reduced deck and craft clutter
More movement options under load
Water-to-land transition without stopping
Better mobility across confined and variable terrain
Mission Profiles
Maritime interdiction
Beach reconnaissance
Combat swimmer operations
VBSS
Special reconnaissance
Riverine operations
Littoral movement
Loaded shoreline transition
Describe the insertion method, water movement, loadout, footwear, transition terrain, and intended evaluation environment.
MILITARY / AGENCY PROOF
Built for the Moment the Mission Leaves the Water
SALT AMS—the Sea Air Land Transition Amphibious Mobility System—is a U.S. patented amphibious mobility system built for users who move between water, shoreline, craft, deck, terrain, and mission environments.
U.S. Patented retractable fin platform
Universal Fit: U.S. sizes 6–15
Supports combat boots, dive booties, and compatible high-top footwear
Built for Sea · Air · Land Transition
Designed to reduce gear-handling during movement
Made & Manufactured in the USA
Origin of Phibian Gear
Anora Bellator: The Frog Warrior
Anora Bellator is the Phibian Gear animated mascot and frog warrior — built to represent movement across sea, air, land, and the transition zones where conventional gear fails.
MISSION APPLICATIONS
Built for Sea · Air · Land Transition
SALT AMS supports military and agency users who may enter from water, aircraft, craft, shoreline, or surf zone and continue movement across terrain without stopping to remove or stow fins.
SDV, small boat, over-the-beach, and waterborne movement.
Helo cast, military freefall, and follow-on movement from water to objective area.
Surf zone, shoreline, rocks, beach, mud, boat ramp, and coastal terrain.
Movement across vessels, decks, docks, ramps, and confined maritime access areas.
Continue movement from water exit to mission terrain with reduced gear-handling.
VIDEO PROOF
See the Transition Advantage
Department of War field demonstration: SALT AMS and conventional fins across an over-the-beach infiltration and exfiltration transition. See the difference in propulsion, shoreline mobility, and gear handling as the environment changes.
NEXT STEP
Request a SALT AMS Demo / Evaluation
Evaluate SALT AMS for military, agency, maritime, special operations, training, and field-use environments. Phibian Gear can support mission-fit review, footwear compatibility, demonstration planning, and evaluation-path discussion.