Standard tactical vests absorb water like a sponge during amphibious insertions, adding dead weight and restricting natural mobility.

The S&S Precision PlateFrame Redux™ bypasses traditional fabric design by utilizing an advanced semi-rigid polymer skeletal frame. By eliminating excess fabric, the Redux platform allows water to drain instantly, keeping your loadout bone-dry and lightweight during open-water operations, boat landings, or heavy downpours. The updated Redux ergonomics improve weight distribution across the upper torso, locking hard armor plates in place to prevent shifting during high-speed movement.

Key Features & Technical Highlights

• Hydrophobic Semi-Rigid Polymer Construction: Built with high-impact, non-absorptive materials that resist salt water, sweat, and environmental degradation.
• Instantaneous Water Drainage: Minimalist frame geometry maximizes airflow and allows water to exit the carrier in seconds.
• Optimised Load Distribution: The rigid frame structure distributes armor plate weight evenly across the shoulders and core, reducing localized strain.
• Comprehensive Modular Ecosystem: Features dedicated quick-release cummerbunds, low-profile pouch mounting systems, and back-panel accessories.
• Low-Profile Anti-Snag Profile: Clean outer lines prevent gear from catching on vessel hatches, ropes, or vehicle doors.

Technical Specifications

• Brand: S&S Precision (Made in USA)
• Collection Name: PlateFrame Redux™ Collection
• Primary Material: High-Impact Hydrophobic Polymer / Mil-Spec Webbing
• Armour Plate Compatibility: Fits standard SAPI / ESAPI cut hard armor plates
• Operational Environment: Maritime ops, VBSS, tropical environments, and high-mobility land engagements

Operational Applications

• Maritime & VBSS Operations: Ideal for maritime interdiction, combat diving, and beach landings where water retention compromises mission efficiency.
• High-Mobility Direct Action: Excellent for operators needing a rigid, stable platform that won't absorb sweat or shift during rapid sprints.