Sustainability Practice in USA Business Aviation Market: What Flight Activity Tells U

Sustainability practice in the USA business aviation market is increasingly moving beyond long-term environmental commitments toward practical operational measures. Sustainable Aviation Fuel (SAF), fleet renewal, flight efficiency, emissions measurement, and reducing unnecessary repositioning are becoming important parts of the discussion.

Avi-Go flight activity data shows why these measures need to reflect how business aircraft are actually being operated across the United States.

From 1 January 2024 to 21 August 2026, the U.S. recorded 10,436,283 business aviation departures involving 63,925 active aircraft. The average sector was approximately 409.92 nautical miles, with an average airborne duration of 86.34 minutes.

In 2026, activity has also remained resilient. U.S. business aviation recorded 2,321,285 departures from January through July 2026, up 1.4% compared with 2,288,905 during the same period in 2025.

Data sourced from Avi-Go Database.

Short Flights Put Operational Efficiency in Focus

One of the most important characteristics of the U.S. business aviation market is its relatively short average mission profile.

With the typical recorded sector covering around 410 nautical miles and 86 minutes, sustainability improvements do not depend only on adopting new aircraft or alternative fuels.

Operational measures can also contribute, including:

• More efficient flight planning
• Reducing unnecessary repositioning and empty-leg sectors
• Minimising auxiliary power unit use
• Single-engine taxiing where operationally permitted
• More direct routing where airspace and ATC conditions allow
• Selecting aircraft appropriate for each mission

Across a high-frequency market, small improvements applied repeatedly can become significant.

Turboprops Represent a Major Part of U.S. Activity

The U.S. fleet-activity mix also shows that sustainability strategies cannot focus exclusively on business jets.

Turboprops alone accounted for 41.9% of recorded departures.

For regional missions where their performance is suitable, turboprops can provide a lower-fuel-burn alternative to jet operations. Continued fleet modernisation can further improve efficiency through newer engines, avionics, aerodynamics, and operational technology.

At the same time, jets remain highly significant. Light, midsize, heavy, and ultra-long-range jets collectively generated approximately 5.93 million departures, representing 56.8% of activity.

That makes fleet renewal and mission-appropriate aircraft selection important sustainability levers for the U.S. market.

SAF Adoption May Benefit From Concentrated Demand

Sustainable Aviation Fuel remains one of the most discussed pathways for reducing lifecycle emissions from aviation fuel, but availability, infrastructure, and cost continue to influence adoption.

A practical approach in business aviation is to aggregate demand around high-utilisation operators and major FBO locations.

Avi-Go data identifies several operators with substantial recorded U.S. departure activity during the study period, including:

• NetJets Aviation: 976,388 departures
• Flexjet: 386,190 departures
• Wheels Up Partners: 138,838 departures
• flyExclusive: 107,938 departures
• Vista Jet US: 89,041 departures

Concentrating SAF procurement, book-and-claim programmes, and corporate customer participation around high-volume operations could help create more predictable demand.

Rather than expecting equal physical SAF availability at every airport immediately, the market can combine physical fuel distribution at strategic locations with recognised accounting mechanisms where appropriate.

Reducing Empty Legs Is Also a Sustainability Practice

Repositioning is an unavoidable part of many business aviation operations, but unnecessary empty sectors represent both a commercial inefficiency and an emissions challenge.

Better visibility into aircraft availability, charter demand, fleet positioning, and upcoming missions can help operators identify opportunities to reduce unproductive movements.

From a sustainability perspective, this creates an important connection between commercial efficiency and environmental efficiency.

An aircraft that can serve another suitable charter requirement instead of repositioning empty may improve utilisation while spreading the environmental impact of the flight across a productive mission.

Fleet Renewal Matters, but Aircraft Selection Matters Too

New-generation aircraft can offer improvements in fuel efficiency, engine technology, aerodynamics, and operating performance.

However, replacing aircraft alone does not solve every sustainability challenge.

Mission matching is equally important. Using more aircraft capacity, range, or performance than a particular journey requires can increase fuel consumption unnecessarily.

For a market where the average sector is only around 410 nautical miles, sustainability strategies should therefore consider both: Which aircraft are in the fleet? and Which aircraft are being assigned to each mission?

Combining fleet renewal with better aircraft selection can create more meaningful operational improvements.

Sustainability Measurement Needs Flight-Level Data

Market averages help identify broad trends, but credible emissions reporting requires greater detail.

Operators should increasingly measure fuel consumption and CO₂e at individual flight level, with relevant variables such as:

• Aircraft registration and model
• Route and distance
• Flight duration
• Fuel consumption
• Fuel source, including SAF where applicable
• Repositioning or revenue-flight status
• Payload or occupied-seat estimates where available

This allows operators to distinguish between direct operational reductions, SAF use, and carbon credits rather than combining them into one sustainability figure.

For corporate customers, brokers, operators, and other stakeholders, this level of transparency can make sustainability claims more measurable and comparable.

Want to estimate the carbon impact of a business aviation flight? Use the Avi-Go Carbon Emission Calculator to estimate flight emissions and support more informed sustainability planning.

What Sustainability KPIs Should U.S. Operators Track?

A practical sustainability framework could monitor:

• Fuel burn and CO₂e per flight hour
• CO₂e per nautical mile
• CO₂e per occupied seat
• SAF volume and percentage of total fuel
• Empty-leg and repositioning share
• Fuel consumed on repositioning sectors
• Average taxi and APU time
• Average fleet age
• Percentage of newer-generation aircraft
• Carbon credits retired for residual emissions

Carbon credits should also be reported separately from direct emissions reductions and SAF use. This provides a clearer view of what has actually changed operationally.

A Practical Reduction Hierarchy for U.S. Business Aviation

Sustainability practice in USA business aviation market can be approached through a simple hierarchy.

First, avoid unnecessary emissions, particularly avoidable repositioning sectors.

Second, improve operational efficiency through flight planning, aircraft selection, taxi procedures, maintenance, and routing.

Third, replace conventional jet fuel with SAF where practical and available.

Finally, address residual emissions through credible carbon programmes where direct reductions are not currently achievable.

This approach keeps operational reduction at the centre rather than treating offsets as a replacement for improving aircraft operations themselves.

Sustainability at the Scale of the U.S. Market

U.S. business aviation typically records approximately 285,000 to 378,000 departures during full months, according to Avi-Go data.

At that level of activity, sustainability cannot depend on isolated initiatives.

SAF access, fleet modernisation, better aircraft utilisation, reduced repositioning, operational efficiency, and transparent emissions reporting need to become repeatable processes that can operate across thousands of flights.

The data suggests that the biggest opportunity may not come from a single solution. Instead, progress is likely to come from applying multiple efficiency measures consistently across one of the world's most active business aviation markets.

For business aviation companies, sustainability is therefore increasingly a question of how efficiently every flight is planned, operated, measured, and utilised.

To support emissions awareness in day-to-day planning, try the Avi-Go Carbon Emission Calculator and estimate the carbon impact of your next business aviation flight.

Data source: Avi-Go Database. Coverage: U.S. business aviation departure activity, 1 January 2024–21 August 2026.