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Vintage taildragger

Piper PA-22 Tri-Pacer CO₂ emissions per flight hour

The Piper PA-22 Tri-Pacer is a four-seat, high-wing aircraft with fixed tricycle gear and a Lycoming engine of 125 to 160 hp. The figure is for the 160 hp PA-22-160 at 75% power. At a typical fuel flow of 8.0 US gallons (30 L) of avgas per hour, a Piper PA-22 Tri-Pacer puts about 66 kg of CO₂ into the air for every hour flown.

CO₂ per flight hour
66 kg
Fuel flow
8.0 US gal/h (30 L/h)
Cost to offset one hour
$2.38
Aircraft
4 seats, 125–160 hp
Cruise speed
113 kt
CO₂ per 100 nautical miles
58 kg

A year of flying in a Piper PA-22 Tri-Pacer

Hours flownCO₂Cost to offset
25 h1.65 t$54.86
50 h3.30 t$103.95
100 h6.60 t$196.35
200 h13.20 t$392.70

Costs are for the yearly plan, from $0.035 per kg with lower rates as the amount grows. The monthly plan is $0.036 per kg, and one tonne once is $40.

On the monthly plan, offsetting an hour in a Piper PA-22 Tri-Pacer costs about $2.38. See plans

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How the Piper PA-22 Tri-Pacer compares

CO₂ per flight hour for common piston aircraft, at typical cruise fuel flow.

How we calculate this

Burning one US gallon of avgas releases about 8.31 kg of CO₂, so CO₂ per hour is fuel flow multiplied by 8.31. The figure covers combustion only, not producing or transporting the fuel.

Your real fuel flow depends on power setting, mixture, altitude and how much of the hour you spend climbing. If your logs give you an average burn, multiply it by 8.31 for a closer number.

CO₂ per 100 nautical miles is CO₂ per hour divided by the cruise speed of 113 knots, times 100. It describes cruise: a climb burns more fuel for each mile.

Offset the CO₂ from every hour you fly

Retire rated carbon credits for the CO₂ your flights emit. Pick your aircraft and hours, and get a certificate for every order.