FIRST RESPONDER · SAR · PUBLIC SAFETY
Propulsion in the Water. Mobility on the Rescue Path.
SALT AMS gives responders propulsion during active swimming and more mobility options as the rescue path shifts across surf, floodwater edges, ramps, decks, shoreline, mud, debris, and unstable terrain.
U.S. Patented · Made & Manufactured in the USA
Universal Fit: U.S. sizes 6–15
Built for Surf · Shoreline · Flood · Rescue Transition
SAR responders move through conditions that change fast: surf, floodwater, current, debris, ramps, boats, docks, shoreline, mud, and unstable terrain.
Traditional fins help when the responder is swimming. They become the penalty when the rescue path moves through everything else.
SALT AMS gives responders propulsion in the water and mobility when the environment shifts, supporting movement from water entry to victim approach to extraction path.
What rescuers need:
Faster victim access
Less gear removal
Improved mobility
Reduced rescuer fatigue
Immediate transition to shore operations
More control across variable water and terrain
Mission Profiles
Surf rescue
Swiftwater rescue
Flood response
Coastal search operations
Fire rescue marine units
Boat ramp and dock response
Victim approach
Extraction paths
When every second counts, keep moving.
Request a Responder Evaluation
Evaluate SALT AMS in the variable-depth, current, shoreline, or extraction environment where conventional fins create handling and mobility friction.
Built for the Seconds That Matter.
RESCUE PROBLEM
The Waterline Mobility Gap
Traditional fins help in the water, but they create a mobility problem when responders must move across surf, shoreline, floodwater edges, boat ramps, rocks, mud, or rescue terrain.
Rescue teams lose time when they must remove, carry, stow, recover, or reattach fins during an operation.
Slower exits from surf, floodwater, or shoreline
Reduced footing across rocks, ramps, mud, and debris
Extra gear-handling while moving toward the victim
Delayed transition from swimming to walking or climbing
Footwear compromise in mixed water-and-land environments
SALT AMS was built to close the gap between swim propulsion and rescue mobility.
RESCUE SOLUTION
Propulsion in the Water. Mobility on the Rescue Path.
SALT AMS allows responders to deploy the blade for swim propulsion, retract it for movement, and continue across surf, shoreline, floodwater edge, boat ramp, deck, rocks, mud, or debris without stopping to remove or stow fins.
DEPLOY
Extend the blade when swim propulsion is needed.
SWIM
Move through water, surf, or flood conditions with fin-driven propulsion.
RETRACT & MOVE
Retract the blade and continue across shoreline, ramp, deck, debris, mud, rocks, or rescue terrain.
SAR / PUBLIC SAFETY PROOF
Built for the Moment Rescue Leaves the Water
SALT AMS—the Sea Air Land Transition Amphibious Mobility System—is a U.S. patented amphibious mobility system built for responders who move between water, shoreline, flood zones, boat ramps, decks, mud, rocks, and rescue terrain.
U.S. Patented retractable fin platform
Universal Fit: U.S. sizes 6–15
Supports rescue footwear, dive booties, high-top footwear, and boots
Built for Surf · Shoreline · Flood · Rescue Transition
Designed to reduce gear-handling during rescue movement
Made & Manufactured in the USA
VIDEO PROOF
See the Rescue Transition Advantage
Extend for propulsion. Retract for mobility. Keep moving through the transition zone.
RESCUE APPLICATIONS
Built for Surf · Shoreline · Flood · Rescue Transition
SALT AMS supports responders who may need to swim, exit, walk, climb, cross debris, move across ramps, or continue toward a victim without stopping to remove or stow fins.
Movement through surf, beach exits, red-flag conditions, and shoreline rescue zones.
Mobility across floodwater edges, submerged terrain, mud, debris, and access points.
Movement across ramps, docks, decks, vessels, and hard-surface rescue areas.
Transition support near rivers, banks, rocks, shoreline, and uneven rescue terrain.
Continue movement from water to victim contact, stabilization, and extraction path with reduced gear-handling.
Rescue Footwear. Amphibious Mobility.
SALT AMS is designed for Universal Fit across U.S. sizes 6–15, allowing responders to choose footwear based on water conditions, terrain, agency preference, and rescue environment.
Rescue footwear for public safety and response teams
Dive booties for water-focused operations
Boots or high-top footwear for shoreline, ramp, flood, and debris environments
Dynamic footwear choice before, during, and after water entry
Universal Fit: U.S. sizes 6–15
NEXT STEP
Request a SALT AMS Rescue Demo / Evaluation
Evaluate SALT AMS for search and rescue, lifeguard, law enforcement, fire rescue, flood response, surf rescue, and public safety environments. Phibian Gear can support fit review, footwear compatibility, use-case discussion, and evaluation-path planning.