Modular drop-stitch utility platforms and methods of assembly and use thereof

The modular drop-stitch utility platform addresses the limitations of existing pontoons by using structural locking connections to create a scalable and reconfigurable system for amphibious operations, enhancing modularity and stability.

WO2026115084A1PCT designated stage Publication Date: 2026-06-04FRAZER-NASH CONSULTANCY LTD
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Patent Information

Authority / Receiving Office
WO · WO
Patent Type
Applications
Current Assignee / Owner
FRAZER-NASH CONSULTANCY LTD
Filing Date
2025-11-28
Publication Date
2026-06-04

AI Technical Summary

Technical Problem

Existing modular pontoons like Mexeflote are not easily transportable, reconfigurable, or scalable, failing to meet the needs of amphibious operations requiring heavy-lift capabilities and varying payloads.

Method used

A modular drop-stitch utility platform using structural locking connections between modules, allowing for lightweight, flexible, and packable drop-stitch modules that can be easily reconfigured and scaled to support different payloads and operating conditions, with enhanced rigidity and stability through double butt hinges.

Benefits of technology

Enables easy transportation and reconfiguration of the platform to suit diverse marine applications, providing enhanced modularity, flexibility, and robustness, while reducing dependency on specialized vessels and tools.

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Abstract

Systems and methods are presented for modular utility platforms. These platforms can be lightweight, handleable, flexible, and / or packable. The platform can be formed from a plurality of drop-stitch modules that can be deflated, rolled up, and compactly containerized to minimize storage volume. The drop-stitch modules may be connected using connection features to form the platform, enabling the platform to be easily and quickly reconfigured without the use of specialized tools or equipment. The platform may be scaled by connecting additional drop-stitch modules to support or transport heavier payloads. The platform may provide enhanced modularity by use of connection elements that enable incorporation of towing, loading / unloading, and / or propulsion modules. The platform may enable enhanced robustness to accommodate various operating conditions. Accordingly, the platform provides a fully modular system that can be easily transported and reconfigured to suit the demands of a plethora of marine applications.
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