The short answer
Drone ROI in Los Angeles comes from scheduled patrol hours that a drone takes off the security guard schedule, so the return is a savings range, not a fixed figure. That range depends on the hours a site runs, the share of the route a drone can fly without a person, and the lease payment quoted after a free site assessment. Guard turnover in this industry is high, which adds hiring and training work on top of the scheduled hours.
Key takeaways
- The return is a range built from patrol hours, not a fixed savings promise.
- The labor side is priced on the local wage for security guard work in the government data panel.
- Guard turnover is high enough that open shifts recur every year.
- Routine drone flight beyond visual line of sight is still constrained by federal rules.
- A free site assessment is the only way to get a precise lease quote for your site.
Run the numbers for your site
Auto-detected from your location - we use the real BLS wage here. Not right? Pick your city or state above.
What do you want to automate?
The unit runs the repetitive patrol and watch; guards handle the judgment calls.
What is drone ROI in Los Angeles, CA?
Drone ROI in Los Angeles is the return a business gets when a drone takes over scheduled patrol work that a security guard would otherwise do. The return shows up as labor hours offset, net of the lease cost, and it is always expressed as a range. This page explains where that range comes from for a Los Angeles site and how to narrow it.
Whether drone patrol is worth it in Los Angeles depends on the site. A warehouse yard with a long fence line, a parking structure and a rooftop does not look like an office tower with indoor-only coverage. The research behind this page did not verify an hour figure for drone patrol in Los Angeles, so the hour side is set from your own shift logs during assessment.
The labor side is priced on the wage for security guard work, which appears in the government wage data panel next to this text. The drone takes some of that work off the schedule. It does not remove the need for a person to respond to alarms.
Where does the return come from in Los Angeles?
The return comes from three places: patrol hours taken off the guard schedule, fewer open shifts that need filling, and the lease cost offset. Each lever is measured separately in the assessment, because they move on different timelines.
Los Angeles has a large base of security guard employment. According to the BLS Occupational Employment and Wage Statistics for May 2023, the Los Angeles-Long Beach-Anaheim metro had 77,500 people employed in this job. That scale means many sites compete for the same staff, which is part of why turnover matters here.
The job is not growing fast. According to the BLS Occupational Outlook Handbook, employment of security guards is projected to grow 1 percent from 2025 to 2035, slower than average. According to O*NET OnLine, about 199,800 security guards were employed in California in 2024, with projected growth of 3 percent from 2024 to 2034. A business planning a guard schedule for years should expect hiring to stay hard.
Median hourly wage, Security Guards
$4,830
Monthly cost of one full-time worker in Los Angeles, CA, at the median wage plus payroll costs (an estimate, not a quote).
How does the drone ROI math work?
The math has four inputs: scheduled patrol hours per week that repeat, the share of those hours a drone can realistically fly, the local wage for security guard work from the government data panel, and the lease payment quoted after assessment. Labor hours offset equals scheduled patrol hours times the share the drone takes. The savings range is that offset valued at the local wage, less the lease cost and any added supervision time.
The share is the hard part. Not every patrol route is open air, in line of sight, or allowed under present flight rules. A realistic share is set route by route. Where a route has indoor sections, a person still walks them, so the drone takes only the outdoor share.
For planning, this page assumes one guard on a typical single-site patrol post. The research behind it found no verified per-site headcount for Los Angeles, so the assessment confirms the real number. The table below shows how the hours split between the guard and the drone. The hour figures come from your logs during assessment, not from published averages.
What is the local wage for this job, and why does it matter?
The savings side is priced on the local wage for security guard work, which the government wage data panel shows for Los Angeles, CA. That wage applies to the hours the drone takes over, not to your whole staff. If a contractor runs your patrol, the billed rate may differ from the wage, so the assessment asks for the rate you actually pay for those hours.
Workforce conditions also shape the labor picture. According to a University of California report on California security guards, 41.1 percent of guards in the Los Angeles metro are low-wage workers. The same report gives a median age of 35 and says 80.4 percent of guards are male. These figures describe the workforce, not any single site, but they show a labor pool with heavy wage pressure.
Injury data is older. According to a BLS factsheet using 2007 data, security guards had 107.8 nonfatal injury and illness cases with days away from work per 10,000 full-time workers, against 122.2 for all private industry. The same factsheet put the assault and violent act rate at 14.4 per 10,000 for guards, against 2.6 for private industry. These figures are dated and should not be read as current, but they explain why operators review which patrol tasks put people at most risk.
How much does guard turnover add to the return?
Turnover changes the return because every open shift and every new hire carries cost that does not show up on the wage line. According to the UC Berkeley Labor Center, annual turnover in the US security guard industry reached 89 percent in 2024, compared with 66 percent across the broader private sector.
A site that runs guards can expect to train a large share of its staff again within a year. A drone program does not fix that. It reduces how many scheduled patrol hours depend on filling each shift, which can make the schedule easier to hold through turnover. The effect is real but hard to put into a number before assessment.
Turnover does not change the lease math directly. It changes the value of each hour removed from the schedule, because fewer scheduled hours means fewer open shifts to fill. Count the open shifts over the last year in your assessment data, and treat that count as the turnover input.
What changes the number up or down?
Four things move the range most: how open the routes are, how often the patrol runs, how many alarms need a person to verify, and how long the lease runs. Each one can push the result up or down, so the assessment tests them separately instead of averaging them.
Autonomy claims need careful reading. According to a trade news report, one vendor's chief executive says robots can autonomously navigate about 90 percent of a typical patrol, and that a remote operator can supervise six to eight robots across sites. That claim is vendor-reported and refers to ground robots, not drones. It is a ceiling for what a vendor hopes to show, not a planning figure for a Los Angeles drone route.
Use the checklist below before you accept any share figure, including the one in a proposal from us.
What are the risks to the return and where does a person still win?
The largest risk is regulatory. Routine drone flight beyond the visual line of sight is governed by FAA rules that are being rewritten. According to UAV Coach reporting, the Part 108 final rule was sent to the White House regulatory review office on July 10, 2026, and reporting from September 2026 said no publication date had been set. Two deadlines, January 16, 2026 and February 1, 2026, passed without a final rule.
Until the rule is final, one source reports that routine beyond-visual-line-of-sight flight still needs a Part 107 waiver or a Part 135 certificate. Full implementation is estimated at about a year after publication. A business should not count drone hours in its return until the flight authorization for its site is in writing.
The other risks are operational. Wind, rain, darkness and airspace limits can ground a drone, and a guard must still cover that gap. Price the gap into the range. Keep a person on the schedule for the hours the drone cannot take, and write those hours into the model rather than assuming the drone will fly them.
- Outdoor perimeter and yards
Drone
Strong where routes are open and in line of sight, subject to flight authorization
Staff
Walks every route, including gaps the drone cannot cover
- Indoor and enclosed areas
Drone
Not the strength of an outdoor drone, so indoor routes stay with a person
Staff
Covers indoor areas, doors and sealed spaces directly
- Judgment and verification
Drone
Flags anomalies, and a person verifies each one
Staff
Decides what is a threat and what to do next
- Schedule coverage
Drone
Runs the same route on schedule and keeps a log
Staff
Subject to shift gaps, turnover and absence
- Weather and darkness
Drone
Can be grounded by wind, rain or airspace limits
Staff
Works in most conditions, within a fatigue limit
- Regulatory status
Drone
Routine flight beyond visual line of sight needs a waiver or certificate until the rule is final
Staff
No airspace approval needed
- Cost basis
Drone
Lease payment quoted after assessment
Staff
Priced on the local wage for this job
How long does it take to reach payback?
The timeline runs in stages: a free site assessment, a written lease quote, flight authorization for the site, a pilot on one route, go live with staff training, and a review of hours taken off the schedule against the lease. The stages overlap a little, but authorization usually sets the pace.
The payback date is set by the review at the end, not by the calendar. If authorization is delayed, the drone route starts later and the return starts later. If the first route takes more of the patrol than planned, payback moves earlier. Hours are tracked from go live so the review runs on real numbers.
We are a US commercial robot integrator. We pick the right unit for the site, lease it through financing programs, deploy and integrate it, train the staff and service it nationwide. For drone patrol, that includes checking the flight authorization path before any hardware is scheduled.
How do I get an exact figure from a free site assessment?
A free site assessment is the only way to get a precise number. It maps the patrol routes, logs the scheduled hours, separates open air routes from indoor sections, and checks the flight authorization path for the site. The output is a savings range built from your numbers, plus a fixed lease payment quoted after the assessment.
Bring the last twelve months of guard schedules, your open shift record, the rate you pay for patrol hours, and a site plan with the fence line, yards, parking and rooftop marked. Those four items cover most of the inputs in the math.
The lease quote comes after the assessment, not before. That keeps the number tied to your site rather than a generic rate. Ask for the lease term, the service scope and what is included before you sign, and ask for the savings range to be shown with its inputs so you can check it.
Frequently asked questions
Put a robot to work in Los Angeles.
We walk your site, learn the job, and recommend the unit that fits. Then we quote the lease, deploy it, and keep it serviced.
Sources
- US Bureau of Labor Statistics, Occupational Employment and Wage Statistics (OEWS May 2024)
- BLS Occupational Outlook Handbook: Security Guards
- BLS OEWS May 2023, Los Angeles-Long Beach-Anaheim metro (SOC 33-9032)
- UC report on California security guards (eScholarship)
- O*NET OnLine, security guards, California
- UC Berkeley Labor Center
- BLS factsheet: security guard injuries and illnesses, 2007 data
- The Next Web: security guard turnover, robots and drones
- UAV Coach: Part 108 status