About Velatus Marine
Velatus Marine is an offshore R&D company operating a liveaboard research vessel to develop practical yacht systems. We iterate fast, test in the real world, and ship designs that survive salt, shock, and sun.
R&D Focus Areas
Our research concentrates on three critical areas of yacht system development, each tested and refined aboard our liveaboard research platform.
3D Printing & Prototyping
Rapid fabrication of custom housings, deck hardware, and interior components using marine-grade polymers.
Onboard Systems
Energy, safety, and comfort systems optimised for long-term liveaboard use.
Sail Innovation
Wing-sail concepts and control systems designed for reliability and repeatability.
Featured Projects
Real-world solutions developed and tested aboard our research vessel. Each project represents our problem → approach → result methodology.
Modular Watermaker Mount + Vibration Damping
Designed a modular mounting system for watermaker pumps that reduces vibration transfer to the hull while allowing for easy maintenance access. The 3D-printed dampening mounts use TPU inserts to absorb shock while maintaining structural integrity in marine conditions.
Wing Sail Control Linkage: Rev A → Rev B
Iterated our wing sail control linkage design based on real-world testing. Rev B incorporates lessons learned from storm conditions, featuring improved bearing seals, corrosion-resistant materials, and simplified maintenance procedures.
12V/24V Hybrid Bus with Smart Monitoring
Developed a hybrid electrical system that efficiently manages both 12V and 24V loads while providing real-time monitoring of power consumption, battery state, and system health through a custom dashboard interface.
Printed Companionway Latch, UV-Stable Nylon
Created a replacement companionway latch using UV-stable nylon that matches OEM functionality while being field-repairable. The design includes integrated strain relief and weather sealing for harsh marine environments.
R&D Log
A glimpse into our development process. Real tests, honest results, continuous iteration.
Wing Sail Actuator Testing
Completed stress testing of new titanium actuator arms in 25kt winds. Minimal flex observed.
Watermaker Mount Vibration Analysis
TPU dampers reduced hull transmission by 67%. Ready for production version.
Electrical Bus Load Testing
Smart monitoring system successfully managed mixed 12V/24V loads during 48hr test.
UV Stability Test Results
Nylon PA12 companionway latch shows no degradation after 6 months UV exposure.
CAD Iteration: Mount Rev C
Simplified watermaker mount design for easier field servicing and reduced print time.
Liveaboard Testing Platform
Continuous liveaboard testing lets us spot failures early, measure improvements, and publish honest results. Our vessel operates as a working platform where we prototype, measure, and iterate under real conditions.
Why liveaboard testing matters: continuous usage reveals edge cases that bench testing misses. Realistic constraints force practical solutions. Fast iteration cycles mean better products, faster.
"Our vessel operates as a working platform; we prototype, measure, and iterate under real conditions."
Frequently Asked Questions
Common questions about our R&D process, capabilities, and collaboration opportunities.
Get in Touch
Collaborations, consulting, or media enquiries—we'd love to hear from you.
Contact Information
Ready to collaborate on yacht system development? Have questions about our liveaboard testing platform? We welcome inquiries from yacht builders, system manufacturers, and fellow marine innovators.
Response Times
- • General inquiries: 24-48 hours
- • Collaboration requests: 3-5 business days
- • Technical consultations: 1-2 weeks
Current Focus
We're actively seeking partnerships for wing-sail development and 3D-printed marine hardware validation. Reach out if you're working on similar challenges.