What the flight to the paint shop costs

A livery applied at your own aircraft saves a flight that carries no passengers and no cargo. Pick the type and how long that flight would have been, and the number is right there.

13,026 t
CO2 avoided across our projects since 2019
1,042,043
Beech trees needed to bind the same amount in a year
521 ha
Beech forest, for the same effect
Your aircraft

Fuel burn per hour is taken from the figures we use in our own projects. The result counts the flight that does not happen because the work comes to the aircraft.

What you save
16,432kg CO2
Fuel not burnt5,200 kg
Beech trees, one year1,315
Beech forest0.66 ha
Get this in writing for your fleet
How the number is made

No black box

Sustainability claims are only worth something if the arithmetic is on the table.

The calculation
  • Fuel — flight hours × the type’s fuel burn per hour, in kilogrammes
  • CO2 — fuel × 3.16, the ICAO combustion factor for jet fuel
  • Trees — 80 beech trees bind roughly one tonne of CO2 in a year
  • Forest — about 2,000 beech trees stand on one hectare

The same method lies behind the figure we publish for all projects since 2019, so the two can be compared.

What it does not count
  • One flight, not two — only the leg to the paint shop; an aircraft that flies back as well saves roughly twice the figure shown
  • Ground and taxi — APU and taxi fuel at both ends are left out
  • The paint process — strippers and overspray are avoided too, and are not in the number
  • Slot waiting time — an aircraft parked waiting for a booth is a commercial loss, not an emission

Every one of these would make the result larger. We would rather publish the conservative figure.

Typical cases

A two-hour ferry flight, by type

Two hours is a realistic distance to the nearest free booth.

AircraftFuel not burntCO2 avoidedBeech trees, one year
Airbus A3205,200 kg16.4 t1,315
Airbus A321neo4,800 kg15.2 t1,213
Boeing 737-8005,000 kg15.8 t1,264
Airbus A330-30011,000 kg34.8 t2,781
Boeing 767-300ER12,400 kg39.2 t3,135
Boeing 77719,200 kg60.7 t4,854
Boeing 747-40021,200 kg67.0 t5,359

Multiply by the number of aircraft in the programme and a fleet rebrand turns into a figure your sustainability report can use.

Where the saving comes from Vinyl goes on in your hangar, inside maintenance you already have booked — so the aircraft never flies to a booth in the first place Livery and rebranding →
Questions we get asked

About the number

Where does the fuel burn per hour come from?

From the figures we use in our own project planning, per type, in kilogrammes per hour. If your operations department has its own figure for the type, use theirs — the arithmetic on this page is simple enough to redo with your own input.

Where does the factor 3.16 come from?

Burning one kilogramme of jet fuel releases about 3.16 kilogrammes of CO2. That is the factor published by ICAO; Eurocontrol uses 3.15. We use a published value rather than one of our own, so that anyone can check the result.

Figures in older material of ours were calculated differently — the ones on this page are current.

Does this count the flight back?

No. The calculation covers one leg only. An aircraft ferried to a paint shop normally flies back as well, so in practice the saving is roughly twice what you see here. We publish the single-leg figure because it is the one we can defend without discussion.

Can we use this in our sustainability report?

The method is on this page, so your own team can reproduce and review it. For a concrete project we will put the calculation in writing with the aircraft, the assumed flight time and the resulting figure, so it can be filed rather than screenshotted.

Put a number on it

Your fleet, in writing.

Send the types and how many aircraft the programme covers, and you get the calculation as a document with the assumptions named.