Performance scan

Scan to Find Your Level

Discover how far digital insights can take you.

Our solutions span four measurement levels, each unlocking deeper insight, stronger performance, and lower emissions. As you move up the levels, you progress from basic fuel tracking using bunker delivery data to advanced, real-time monitoring of fuel flow, shaft power, and propeller thrust. Each stage gives you clearer visibility into vessel efficiency and empowers smarter, data-driven decisions for improved performance and sustainability.

Level 1: Do you rely solely on bunker delivery data to track fuel consumption?
Level 2: Do you measure individual fuel flows at onboard consumers such as engines and boilers?
Level 3: Do you also track shaft power to calculate engine SFOC and efficiency?
Level 4: Do you measure fuel, engine power, and propeller thrust for complete performance insight?

Question 1 of 4

Do you rely solely on bunker delivery data to track fuel consumption?(Required)

Yes

No

Your current level:

Level 1 | Bunker delivery data only

Your Situation

You rely solely on bunker delivery data. This provides only a rough overview of fuel consumption.

What you miss

No real-time insights, no detailed operational data and only a limited basis for emission reporting.

How VAF Helps

VAF enables you to move from static data to real-time fuel measurement and operational transparency. Your first step towards digitalization and decarbonization.

Question 2 of 4

Do you measure individual fuel flows at onboard consumers (engine, boiler, etc.)?(Required)

Yes

No

Level 2 | Fuel Flow measurement per consumer

Your Situation

You measure fuel flows to the main engine and individual consumers (aux engines, boilers). This provides operational insights into fuel distribution.

What you miss

There is no insight into actual main engine performance or efficiency. Fuel-only data does provide insight into the main engine SFOC.

How VAF Helps

By linking fuel consumption to engine output the main engine SFOC can be monitored together with the needed shaft power to propel the vessel. In addition VAF identifies inefficiencies and helps you optimize operations. This prepares you for the next step: true operational optimization.

Question 3 of 4

Do you also track shaft power to derive engine SFOC & efficiency?(Required)

Yes

No

Level 3 | Fuel Flow measurements + Shaft Power

Your Situation

You monitor both fuel consumption and shaft power, enabling SFOC calculation and main engine efficiency monitoring. A strong foundation for energy management.

What you miss

You still lack the full picture: how fuel and engine output translate into propulsion and vessel performance.

How VAF Helps

Adding propeller thrust measurement provides end-to-end visibility of the propulsion chain, by creating insight into propeller efficiency and hull resistance. This unlocks maximum fuel efficiency, voyage optimization, and transparent performance proof.

Question 4 of 4

Do you measure fuel, engine power, and propeller thrust for full performance insight?(Required)

Yes

No

Level 4 | Fuel + Engine Power + Propeller Thrust

Your Situation

You measure fuel, engine power, and propeller thrust. This gives the deepest operational insights.

Your advantage

You can independently prove performance gains of the propeller, hull, and main engine, optimize energy efficiency, and demonstrate compliance with CII, EEXI, EU ETS, MRV, IMO DCS, and future regulations.

How VAF Helps

VAF empowers you to maintain a data-driven edge, ensuring continuous improvement, reliable reporting and measurable decarbonization impact.

Level 3 | Fuel Flow measurements + Shaft Power

Your Situation

You monitor both fuel consumption and shaft power, enabling SFOC calculation and main engine efficiency monitoring. A strong foundation for energy management.

What you miss

You still lack the full picture: how fuel and engine output translate into propulsion and vessel performance.

How VAF Helps

Adding propeller thrust measurement provides end-to-end visibility of the propulsion chain, by creating insight into propeller efficiency and hull resistance. This unlocks maximum fuel efficiency, voyage optimization, and transparent performance proof.

Performance scan

What measurement level drives your decarbonization by digitalization?

Level 1 | Bunker delivery data only

Your Situation

What you miss

How VAF Helps

Level 2 | Fuel Flow measurement per consumer

Your Situation

What you miss

How VAF Helps

Level 3 | Fuel Flow measurements + Shaft Power

Your Situation

What you miss

How VAF Helps

Level 4 | Fuel + Engine Power + Propeller Thrust

Your Situation

Your advantage

How VAF Helps

Level 3 | Fuel Flow measurements + Shaft Power

Your Situation

What you miss

How VAF Helps

Unlock your
Full Performance Potential■

Our experts are
standing by■

About Us

Elevate your performance

VAF

Performance scan

What measurement level drives your decarbonization by digitalization?

Level 1 | Bunker delivery data only

Your Situation

What you miss

How VAF Helps

Level 2 | Fuel Flow measurement per consumer

Your Situation

What you miss

How VAF Helps

Level 3 | Fuel Flow measurements + Shaft Power

Your Situation

What you miss

How VAF Helps

Level 4 | Fuel + Engine Power + Propeller Thrust

Your Situation

Your advantage

How VAF Helps

Level 3 | Fuel Flow measurements + Shaft Power

Your Situation

What you miss

How VAF Helps

Unlock your Full Performance Potential■

Our experts are standing by■

About Us

Elevate your performance

VAF

Unlock your
Full Performance Potential■

Our experts are
standing by■