Revolutionizing marine propulsion with artificial intelligence. Get optimized propeller designs in minutes, not weeks.
Our advanced AI analyzes your requirements and generates optimized propeller designs with unprecedented efficiency.
Your AI-generated propeller design will appear here
Example parameters to try:
Container Ship | Length: 200m | Beam: 32m | Draft: 12m | Displacement: 50000t | Speed: 22 knots | Power: 15000kW
For manufacturing-ready designs, please contact our engineering team
Combining naval architecture expertise with cutting-edge machine learning for superior results
Our proprietary database contains thousands of historical propeller designs and performance data from vessels worldwide, supplemented with CFD simulation results and model test data.
Our deep learning models identify complex patterns and relationships between design parameters and performance outcomes, going beyond traditional empirical methods.
Genetic algorithms explore the design space to find optimal solutions that balance efficiency, cavitation performance, structural integrity, and manufacturing constraints.
ISO 484
Propeller manufacturing
ITTC
Testing standards
CFD Validation
Numerical accuracy
Model Tests
Experimental verification
End-to-end solutions for marine propulsion challenges
Advanced CFD simulations to evaluate flow characteristics, pressure distribution, and potential cavitation issues using our proprietary AI-enhanced solver.
Tailored propeller solutions for specialized vessels including tugs, icebreakers, and high-speed crafts with manufacturing-ready technical drawings.
Accurate forecasting of speed-power curves and fuel consumption for various operational profiles with uncertainty quantification.
Optimizing existing propellers for improved efficiency and reduced fuel consumption without major modifications to the vessel.
Specialized designs to minimize underwater radiated noise for research vessels, naval applications, and environmentally sensitive areas.
Custom AI solutions for unique marine engineering challenges beyond standard propeller design, including hull optimization and propulsion system integration.
Documented improvements from real-world implementations
"ShiptechAI's propeller retrofit reduced our fuel consumption by 12% compared to our previous conventional design. The AI-generated solution was implemented faster than traditional methods with a payback period of just 11 months."
Technical Director, Oceanic Shipping
"The cavitation analysis from ShiptechAI helped us identify and solve a persistent vibration issue in our oceanographic research vessel. Their AI approach provided insights we hadn't considered, reducing underwater noise by 14dB at cruising speed."
Chief Engineer, Blue Horizon Cruises
ShiptechAI combines decades of naval architecture experience with cutting-edge artificial intelligence to deliver propeller designs that outperform conventional methods.
Our team includes PhDs in hydrodynamics, naval architects with 20+ years experience, and machine learning specialists.
We maintain an active research program in collaboration with leading maritime universities to advance the state of the art.
All designs undergo rigorous CFD validation and are reviewed by senior naval architects before delivery.
Watch our technical presentation at the International Marine Design Conference
2023 Winner for Innovation in Propeller Design
Top 10 Maritime Tech Companies 2022
Quality Management System Certification
Join hundreds of marine engineering teams using AI to create better propellers faster.
Need immediate assistance? Call +86 21 1234 5678
Get in touch for project inquiries, technical questions, or to schedule a consultation
123 Marine Tech Park
Shanghai, China 200000
+86 21 1234 5678
info@shiptechai.cn
Monday - Friday: 9:00 - 18:00 CST
Answers to common questions about our AI propeller design services
Our AI models achieve 92-95% correlation with physical model tests when validated against ITTC standards. All designs undergo CFD validation before delivery, and we offer optional physical model testing for critical applications.
Standard designs are typically delivered within 5-7 business days. Complex or specialized designs may take 10-14 days. Our online tool provides preliminary results in minutes for evaluation purposes.
Yes, we specialize in retrofit optimization. Send us your current propeller drawings or specifications, and we'll analyze potential improvements. Typical fuel savings range from 5-15% depending on the original design.
We partner with certified propeller manufacturers worldwide. We can recommend suitable manufacturers based on your location, quality requirements, and budget, or work with your preferred supplier.
Pricing depends on vessel size, complexity, and required deliverables. Our online tool provides free preliminary designs. For detailed engineering packages, contact us for a customized quote based on your specific requirements.