Environmental Impact Tool

Carbon Calculator

Compare CO2 emissions across transport modes. See how eVTOL electric air taxis produce dramatically fewer emissions than cars, helicopters, and conventional flights per passenger kilometer.

Calculate Your CO2 Savings

Adjust the distance and number of passengers to see real-time emissions comparisons across transport modes.

5 km250 km500 km

Car emissions are divided by passenger count

CO2 Emissions for 50 km Trip (per passenger)

eVTOL
0.75 kg
15g/km per passenger · ~0g direct + ~15g from electricity · 0.03 trees to offset/year
Train
1.75 kg
35g/km per passenger · Electric/diesel average · 0.08 trees to offset/year
Car (Electric)
2.5 kg
50g/km per passenger · Per vehicle, divided by passengers · 0.11 trees to offset/year
Car (Gasoline)
6 kg
120g/km per passenger · Per vehicle, divided by passengers · 0.27 trees to offset/year
Commercial Flight
12.75 kg
255g/km per passenger · Short-haul average per passenger · 0.58 trees to offset/year
Helicopter
15 kg
300g/km per passenger · Per passenger (jet fuel) · 0.68 trees to offset/year

88%

less CO2 than a gasoline car

95%

less CO2 than a helicopter

0.03

trees needed to offset eVTOL trip/year

Key Environmental Facts

Why eVTOL air taxis represent a major step forward for sustainable transportation.

Zero Direct Emissions

eVTOL aircraft produce no exhaust, no combustion byproducts, and no direct CO2 emissions during flight.

85% Less Than Helicopters

Per passenger mile, eVTOL aircraft produce approximately 85% fewer CO2 emissions than conventional helicopters.

60% Less Than Cars

When accounting for electricity generation, eVTOLs produce approximately 60% less CO2 than gasoline cars per passenger.

Renewable Ready

eVTOLs can run on 100% green electricity, achieving near-zero total lifecycle carbon emissions.

How eVTOL Is Greener

Understanding why electric vertical takeoff and landing aircraft are a breakthrough for sustainable aviation.

1No Jet Fuel Required

Unlike helicopters and conventional aircraft that burn fossil fuels, eVTOLs are powered entirely by electric batteries. This eliminates direct carbon emissions, particulate matter, nitrogen oxides, and other pollutants associated with combustion engines.

2Regenerative Descent

Many eVTOL designs incorporate regenerative braking during descent, converting kinetic energy back into electrical energy to recharge the batteries. This further improves energy efficiency and reduces the overall electricity consumption per flight.

3Cleaner With the Grid

As electricity grids worldwide transition to renewable energy sources like solar, wind, and hydroelectric, eVTOL emissions will continue to decrease. In regions already powered primarily by renewables, eVTOL flights approach true zero-emission transportation. Vertiport charging stations can also be equipped with dedicated solar panels for on-site clean energy generation.

Ready for Cleaner Skies?

Be among the first to experience zero-emission air travel. Join the waitlist for eVTOL flights in your city.