Autonomous Ship Economics Explorer - AI Maritime Insights

Change ship type, CAPEX, autonomy cost level, onboard tech staff, onshore support and cargo overhead to see annual savings, payback and 20-year TCO vs a conventional crewed vessel. All figures are illustrative and depend on your assumptions.
Inputs ?
The model uses different default costs per ship type. Replace with your own numbers in the code if needed.
This scales the annual OPEX of the autonomy tech (sensors, software, cyber, maintenance) for each ship type.
Used only if "Custom" is selected in the autonomy cost level. Otherwise the model calculates tech OPEX from ship type & level.
Use this to jump between common scenarios. For anything more specific, pick “Custom” and change the values below.
Crew OPEX, common OPEX and mid-case autonomy tech OPEX are embedded per ship type. You control the human support and overhead costs directly here.
Results 20-year view ?
Annual OPEX savings
Crewed vs autonomous, including insurance & space uplift.
Payback period
Extra CAPEX divided by annual savings.
TCO 20y – Crewed
TCO 20y – Autonomous
TCO difference
Positive = autonomy cheaper over 20 years.
Autonomy tech OPEX (year)
Sensors, software, cyber, maintenance – excludes human staff.
Metric Value (USD)
Annual OPEX – Crewed
Annual OPEX – Autonomous
Extra CAPEX for autonomy
20-year TCO = newbuild CAPEX + 20 × annual OPEX. The line chart shows cumulative cash cost per year (0–20). At year 0 the autonomous line starts higher due to extra CAPEX; over time OPEX differences decide who wins.