Built for Performance
Every Aquafarer board is engineered with precision materials and construction methods tested for marine environments. 12,000 m² R&D center with in-house prototyping.
Materials & Construction
Engineered for Marine Environments
Every material is selected, tested, and validated in-house at our 12,000 m² Qingdao R&D center.
Drop-Stitch Core
12-15 PSI operating pressureThousands of internal polyester threads connect the top and bottom layers, creating a rigid structure at 12-15 PSI. This is the same technology used in professional paddle boards and inflatable racing boats. Our drop-stitch density is optimized per model for the ideal balance of rigidity and weight.
Marine-Grade PVC
Fusion-welded | UV / saltwater / abrasion testedMulti-layer laminated PVC fabric rated for marine environments. Each layer is fusion-welded rather than glued, eliminating delamination risks. Tested for UV resistance (ASTM G154, 1,000+ hours), saltwater corrosion (ISO 9227), and abrasion (ASTM D751).
Hypalon Tubes
CSM rubber | UV / chemical / extreme-temp resistantUsed on RIB models, Hypalon (CSM) rubber provides superior UV and chemical resistance compared to standard PVC. Hypalon tubes maintain flexibility in extreme temperatures and resist degradation from fuel and oil exposure. All seams are hand-laid by certified technicians.
Air Deck Floor
High-pressure inflatable | Replaces plywood/aluminumHigh-pressure inflatable floor system replacing traditional plywood or aluminum slat floors. Reduces setup time, overall weight, and storage volume while providing adequate rigidity for standing, fishing, and walking. Tested to support 200+ kg distributed load.
“What sets Aquafarer apart is their material science. They don't just assemble components — they engineer the PVC compounds, weld parameters, and structural layup in-house. That vertical integration shows in the final product.”
David Park
Product Development Manager, Bluewater Sports Equipment · Australia
In-House R&D
Our materials science team develops and validates every compound, weld parameter, and structural layup in-house. No outsourcing of critical engineering.
See our R&D Center →