Aquafarer
R & D Center
Focused on Progress
Aquafarer's Research and Development (R&D) Center is the driving force behind our mission to revolutionize water sports equipment. We empower water sports enthusiasts globally with safer, more comfortable, and more enjoyable products through relentless innovation in inflatable stand-up paddle boards (SUPs) and boats. Our dedicated team of engineers, designers, and passionate water sports experts are shaping the future of the industry, consistently raising the bar for quality, performance, and sustainability.
Our R&D facility brings together material scientists, naval architects, and production engineers under one roof. From fabric formulation and hull simulation to welding process development and full-scale sea trials, every stage of product development is driven by data and validated by testing.
Our Mission
Innovating the Future of Water Sports
Technological Advancement
Pioneering new materials, designs, and manufacturing for superior product performance and longevity.
User-Centric Design
Deeply understanding and exceeding user needs through ergonomic and intuitive product design.
Sustainable Practices
Minimizing our environmental footprint by utilizing eco-friendly materials and processes.
Uncompromising Safety
Ensuring the highest safety standards through rigorous testing and certification.
Technological Advancement
Pioneering new materials, designs, and manufacturing processes to deliver superior product performance and longevity.
Advanced Materials
Investigating cutting-edge PVC, Hypalon, composites, and sustainable alternatives for enhanced product characteristics.
Sustainability
A Core Commitment: We are dedicated to environmental stewardship through sustainable manufacturing and recyclable materials.
Capabilities
R&D Capabilities
Four core disciplines that give us end-to-end control over product development —?from raw material research to final certification.
Material Science & Fabric Technology
- PVC and Hypalon formulation analysis and optimisation
- UV stabilisation, flame retardancy, and anti-microbial additive development
- Multi-layer fabric lamination and adhesion engineering
- Accelerated ageing testing (UV, thermal, humidity, salt spray)
Hull Engineering & Hydrodynamics
- Parametric 3D hull design and CFD optimisation
- Finite element analysis for structural and impact loads
- Scale-model towing tank testing and performance validation
- Custom hull development for special mission profiles
Welding & Joining Technology
- RF dielectric welding process development and optimisation
- Hot-air, hot-wedge, and ultrasonic welding methods
- Adhesive bonding and seam tape qualification
- Weld strength modelling and lifetime prediction
Testing, Certification & Compliance
- , and CE compliance testing
- Independent third-party testing and certification support
- Custom test protocol development for procurement qualification
- In-service failure analysis and root-cause investigation
Innovation
R&D by the Numbers
Custom R&D
R&D Services for Partners
Custom Material Development
We develop custom fabric formulations, laminate stacks, and adhesive systems tailored to your operating environment and performance targets.
OEM / ODM Product Engineering
From concept sketches to production-ready engineering packages —?our team can design, prototype, and validate boats under your brand.
Third-Party Testing & Certification
Use our ISO-compliant test facilities for independent material testing, product validation, and certification support.
Our Vision
Shaping the Future of Water Sports
Aquafarer strives to lead the inflatable boat and SUP industry through continuous innovation, unwavering quality, and a steadfast commitment to safety and sustainability —?ultimately enriching the experiences of water sports enthusiasts worldwide. The Aquafarer R&D Center is where passion meets innovation, setting new standards for the water sports industry.
Labs
Our Laboratories
PVC Fabric Lab
Continuous research and testing of PVC and Hypalon tube fabrics for tensile strength, UV resistance, abrasion, and low-temperature flexibility to ensure long-term reliability in marine environments.
Hull Engineering Studio
CAD-driven design and finite element analysis of HDPE, aluminum, and fiberglass hulls. Every hull is digitally simulated for stress distribution and impact resistance before the first prototype is built.
RF Welding Center
Dedicated radio-frequency welding facility with precision temperature and pressure control, producing high-strength, airtight seams that meet rigorous marine industry standards for inflatable craft.
Hydrodynamic Test Tank
Scale-model testing in our in-house test tank to optimize hull form, planing performance, stability, and fuel efficiency across a range of load and sea conditions.
Prototype Workshop
Full-scale prototyping and rigging facility where new models are built, fitted, and sea-trialed. Every prototype undergoes a minimum 20-hour in-water test programme before production approval.
Quality & Inspection Lab
Dedicated quality assurance lab performing tensile testing, air-retention cycling, seam peel tests, and material certification to ensure every boat leaving the workshop meets our published specifications.