Media Kit
Foundational assets and narrative briefs for the Maritime Paradigm Shift. Fluidity Marine is redefining marine propulsion through Active Boundary Layer Thrust Vectoring (ABLTV).
Brand Synthesis
Key Messages
Press Assets
- Fluidity Marine Media Kit (PDF) Full media kit with brand guidelines, tech specs, and company overviewDownload via Google Drive
- Fluidity Marine Logo (SVG) Brand mark — available at /favicon.svgDownload
- Beyond Hulls Infographic (PNG) Full ecosystem visualization (6.2 MB)Download via Google Drive
- Maritime Propulsion Diagram (PNG) Technology overview diagram (1 MB)Download via Google Drive
- Reversing Marine Pollution Cycle (PNG) Environmental impact infographic (1.1 MB)Download via Google Drive
- Splash1 Concept Render (PNG) Product visualization (2.2 MB)Download via Google Drive
Some files are behind Google Drive authentication. Contact us to request access or for alternative download links.
Pitch Decks
- Fluidity Marine Simplified Pitch Concise overview for quick investor briefingsView Latest
- Fluidity Marine Full VC Pitch Comprehensive investor deck with financials, roadmap, and competitive analysisDownload via Google Drive
- Unified Vision Pitch Full venture ecosystem deck spanning InnovativeDynamix portfolio companiesDownload via Google Drive
Pitch decks are available via Google Drive. Request access if needed.
For Investors
- Executive Summary Strategic overview for accredited and institutional investorsDownload via Google Drive
- Equity Offering Memorandum Full legal and financial offering details — Seed Round via WefunderDownload via Google Drive
Investor documents are confidential and available upon request. Contact us to discuss investment opportunities.
Narrative Brief
For Journalists & Analysts
Fluidity Marine, a division of InnovativeDynamix, has developed the first rudderless marine propulsion system based on Active Boundary Layer Thrust Vectoring (ABLTV). Unlike traditional systems that rely on mechanical appendages to redirect water, ABLTV uses a synchronized array of 7 thrust nodes at the transom to modulate the hull's boundary layer, enabling precise yaw control without moving parts below the waterline.
The system is entirely software-defined, operating at a 100Hz control loop for millisecond response times. This represents a fundamental departure from the mechanical paradigm that has governed marine propulsion for over a century.
The company is currently raising its Seed round on Wefunder, open to accredited and non-accredited investors.