Drone statistics span several different populations: FAA certifications, registered aircraft, regulatory exemptions, survey respondents and regional agricultural or research samples. The figures below distinguish observed counts from estimates, forecasts and reported perceptions, with measurement periods and geography stated explicitly.
Key Drone Statistics
The most broadly useful figures include:
- In December 2024, 427,598 remote-pilot certifications had been issued in the United States.
- From 2023 to 2024, U.S. remote-pilot certifications increased by just under 59,000.
- In December 2024, 77% of U.S. FAA remote pilots held only a Part 107 certificate.
- The FAA forecasts 522,325 U.S. remote pilots by 2029.
- In 2019, approximately 1.7 million small UAS were estimated to be in non-government use in the United States.
- In 2024, core Part 107 operators reported an average of 131.3 annual flights in the FAA survey.
- In 2024, core Part 107 operators reported operating an average of 2.2 aircraft.
- In 2024, 1,114 new large-UAS exemptions were granted in the United States.
- In 2024, 1,079 of those new large-UAS exemptions, almost 97%, were for agricultural aircraft.
- At the end of 2024, the FAA estimated an active U.S. large-UAS fleet of 4,314 aircraft.
- In 2024, 382 FAA Part 107 registrants reported operating UAS for emergency-response organizations.
- In 2024, surveyed emergency-response organizations reported 45,888 UAS operations.
- In 2024, search and rescue was reported by 89% of surveyed emergency-response organizations.
- In a 2025 Eastern South Dakota producer survey, 11% used UAVs for imagery only.
- In a 2025 international agricultural-research survey, 41% of respondents were actively using UAS technology in research.
- In that 2024-published research survey, 46.0% cited high equipment or software cost as a barrier.
Contents
- U.S. drone registrations and remote-pilot trends
- Drone fleet size and operating profiles
- Commercial drone activity and exemptions
- Public-safety drone operations and safety signals
- Agricultural drone adoption statistics
- Drone research adoption, barriers and perceived value
U.S. Drone Registrations and Remote-Pilot Trends
The FAA’s certification figures measure credentials, not occupations or flying frequency. In December 2024, the agency recorded 427,598 remote-pilot certifications, including pilots who passed the initial knowledge test or Part 107; the total is therefore not an occupation count.
The number increased by just under 59,000 from 2023 to 2024.
The certification mix also matters:
- About 77% of FAA remote pilots held only a Part 107 certificate in December 2024.
- The remaining 23% held both Part 107 and Part 61 pilot certificates in December 2024.
- The FAA forecast chart lists 368,000 remote pilots in 2023 and 427,000 in 2024; those chart values are rounded, while the exact 2024 text total is 427,598.
The FAA assumes 2.26 remote pilots per small commercial drone in its 2024 forecast model. This is an estimate used for forecasting, not a direct count of active pilot-aircraft pairings.
Actual commercial small-drone registrations at the end of 2024 were more than 28,000 above the prior FAA projection, and the 2024 remote-pilot total exceeded that previous projection by 7.0%. The FAA also revised its historical remote-pilot series downward by around 4,000, or around 2%, after data cleanup removed duplicate records and wrong entries noticed during renewal.
For the future outlook, the FAA forecasts 522,325 remote pilots in 2029, 22% above the 2024 base. It describes that increase as almost 95,000 potential remote-pilot opportunities associated with commercial and public-use small drones, not observed jobs.
Source: FAA Aerospace Forecast Fiscal Years 2025–2045.
Drone Fleet Size, Aircraft Types and Operating Profiles
Fleet statistics use different definitions. The FAA defines a small sUAS under Part 107 as having a gross takeoff weight below 55 pounds, while GAO reported an estimated 1.7 million small UAS in non-government use in 2019; that estimate covers aircraft under 55 pounds including cargo.
The FAA’s 2024 survey describes how surveyed Part 107 operators use aircraft rather than counting the entire drone population:
| Survey group or measure | 2024 result | Population and unit |
|---|---|---|
| Core Part 107 operators | 131.3 | Average annual flights per operator |
| Recreational-only Part 107 respondents | 26.0 | Average annual flights per operator |
| Core Part 107 operators | 95.1 | Average annual nonrecreational flights per operator |
| Core Part 107 operators | 2.2 | Average aircraft operated per operator |
Core Part 107 operators averaged 2.3 quadcopters, compared with 1.2 among recreational-only Part 107 respondents. Among core operators, the average fleet included 1.6 aircraft weighing 0.5 to under 5 pounds.
These are self-reported averages from named survey groups, not estimates for all drone owners or all registered aircraft. The relevant sources are the CY 2024 Small Unmanned Aircraft Systems Survey Report and GAO’s Unmanned Aircraft Systems report.
Commercial Drone Activity and Exemption Trends
Commercial activity appears in survey responses, exemptions and aircraft registries, which are related but different measures. In the FAA’s 2024 survey, real estate and construction were the most common commercial activities among core Part 107 operators, with more than 500 operators active at least somewhat in each area; the figure is a lower-bound visual reading and activity was self-identified.
Large-UAS exemptions provide a regulatory leading indicator rather than an aircraft count:
- The FAA granted 1,114 new large-UAS exemptions in 2024, up 13% from 2023; the agency notes that the count methodology changed.
- Agricultural aircraft accounted for 1,079, or almost 97%, of the 1,114 new exemptions in 2024.
- Including extensions and amendments, the FAA counted 1,270 large-UAS exemptions granted in 2024.
- Extensions or amendments accounted for 156, just under 12%, of all 2024 grants.
The portion of existing large-UAS exemptions that were extended or amended fell from 66% in 2021 to 11% in 2024. Because exemptions are valid for two years, this is not an approval-rate measure.
Registry data show a separate pattern. The FAA added 2,800 new large-UAS aircraft to the Part 47 registry in 2024, a 156% increase from 2023, while 409 aircraft—21% of those registered at the end of 2023—were delisted in 2024.
Delisting is a registry event and does not establish why an aircraft left the active fleet.
After applying its classification filters to registration and deregistration files, the FAA estimated 4,314 active large-UAS aircraft at the end of 2024. Sources: FAA Aerospace Forecast Fiscal Years 2025–2045 and CY 2024 Small Unmanned Aircraft Systems Survey Report.
Public-Safety Drone Operations and Safety Signals
In 2024, 382 FAA Part 107 registrants reported operating UAS for an emergency-response organization. Those participating organizations reported 45,888 UAS operations, averaging 10.9 operations per month, with a median of 4 and a maximum of 500.
The distribution is strongly skewed, so the mean should not be treated as a typical program. The same organizations reported an average of 7.0 participating UAS operators or remote pilots, owned 4.4 UAS on average and operated 3.4 UAS on average.
Operational and fleet details from the survey include:
- Only 3.5% of surveyed emergency-response organizations hired private UAS operators or remote pilots.
- Quadcopters represented 88% of reported UAS, while rotary-wing aircraft represented 7%; omitted categories and rounding mean the shares do not necessarily sum to 100%.
- Reported aircraft weights were 58% at 0.55 to 5 pounds, 24% under 0.55 pound and 13% over 5 pounds, with rounding or unreported categories accounting for the remainder.
- The average operational life of UAS in emergency-response programs was 3.1 years.
Mission types could overlap. Search and rescue was reported by 89% of organizations, natural-disaster response by 61% and firefighting support by 53%.
Safety-sighting data require an additional caution: since 2014, pilots and others reported more than 6,000 UAS sightings to the FAA in the period covered by a 2014–2018 GAO report, but most could not be verified as small UAS. Sightings are not confirmed incidents.
Sources: CY 2024 Small Unmanned Aircraft Systems Survey Report and GAO’s Small Unmanned Aircraft Systems report.
Agricultural Drone Adoption Statistics
The 2025 South Dakota evidence describes eastern South Dakota producers, not global agricultural adoption. The survey found 11% using UAVs for imagery only, 7% using UAVs for imagery and input application, and 6% using UAVs for input application only.
Among adopters using both purposes, 69% owned a drone, 32% purchased the service and 7% rented one. Respondents could use more than one acquisition mode, so those percentages do not sum to 100%.
Adoption timing in the same regional survey was distributed as follows:
| Imagery adoption timing | Share of surveyed producers |
|---|---|
| Within the previous three years | 8% |
| Three to five years earlier | 6.1% |
| Six to ten years earlier | 1.4% |
| More than ten years earlier | 2.5% |
The study’s model associated each additional education-level step with a 7-percentage-point increase in the probability of adopting UAV imagery. An additional gross-sales level was associated with a 7.7-percentage-point increase in imagery-adoption probability and a 4.0-point increase for input-application adoption; these are bivariate probit associations, not randomized causal effects.
Source: Drones for Imagery vs. Input Application: Farmer Adoption and Perceived Profit.
Drone Research Adoption, Barriers and Perceived Value
An international agricultural-research survey published in 2024 found 41% of respondents actively using UAS technology in research, 49% interested in future use and 9% not interested. The authors caution that the sample was not completely random and may overrepresent people already interested in UAS.
Perceived value was high but should not be confused with measured yield or financial outcomes:
- 82.1% rated UAS valuable for phenotyping, including 47.6% who rated it very valuable.
- Among active UAS users, 63.9% rated UAS very valuable for phenotyping, compared with 39.4% among future users.
- High equipment or software cost was a barrier for 46.0% of respondents.
- Lack of knowledge or trained personnel for data analysis was a barrier for 40.9%.
Respondents also identified practical support needs. Detailed step-by-step processing protocols were requested by 34.7%, while in-person personnel training was requested by 16.5%; these are preferred resources, not measured adoption effects.
In interviews, precision agriculture was identified as a promising UAS application by 75% of interview respondents, while crop phenotyping or plant breeding and crop modeling each reached 60%. These interview figures describe perceived promise in a subgroup, not measured deployment or outcomes.
Source: Adoption of unoccupied aerial systems in agricultural research.