Drone ROI in Dallas: Security Patrol Hours and Payback

What is drone ROI in Dallas for security patrol?

Drone ROI in Dallas for security patrol is the value of the guard hours a drone takes over, measured against what the drone costs to lease and run. The labor side moves the number most. A patrol that walks an outdoor perimeter, a yard or a parking area ties up a guard for a large share of a shift, and a drone can fly the same route on a schedule without a person walking it.

The return does not come from flight time alone. It comes from the share of guard hours that can come off the schedule after a person still reviews alerts and handles anything that needs judgment. Our calculator is pre-filled for Dallas and shows a savings range built on that logic. The range is an estimate, and it is only as good as the patrol hours entered for your site.

The schedule also matters. A patrol that runs the same route at set times gives a drone more repeatable work than one that changes its path on every round. Decide which post schedule you want to test before you read the range, because the result reflects that schedule, not a general figure for Dallas.

What does the Dallas labor market look like for security guards?

The government wage data on this page is the local wage for security guards in Dallas, and the savings math is priced on it. Dallas has a deep pool of people in this work. According to the Bureau of Labor Statistics, the Dallas-Fort Worth-Arlington metro had about 31,920 security guard jobs in its May 2023 estimate. A third-party compilation that cites the Bureau of Labor Statistics puts national security guard employment in 2024 at about 1,272,400, but we could not confirm that figure on the BLS site, so treat it as a rough national scale.

Turnover is where the labor cost really sits. According to the UC Berkeley Labor Center, annual turnover in the security industry was 89 percent in 2024, against 66 percent across the private sector. The same report says turnover has exceeded the private-sector rate every year for a decade, with a peak near 99 percent in 2022. Each departure means recruiting, background checks, training and a stretch of thin coverage.

The Bureau of Labor Statistics projects little or no change in employment for security guards from 2022 to 2032, so this is not a shrinking job market. The pressure comes from churn and from the hours that must be covered every night, not from a shrinking pool of work. A drone does not resign, but it does need a trained operator and maintenance, which the later sections cover.

How does the drone ROI math work?

The math has four inputs. The first is the guard hours on the patrol route, meaning the security guard work a drone could take over. The second is the share of that work a drone can realistically fly, which is almost never all of it. The third is the fixed robot lease payment, quoted after a site assessment. The fourth is the time of the people who still supervise the drone, review its output and handle anything it cannot.

Put simply, savings equal the guard hours taken over, valued at the local wage for security guards, minus the lease and the supervision you still pay for. The calculator runs that logic as a range rather than a single figure, because each input has a spread. The result is a planning estimate, not a commitment.

Lease cost is the one fixed input in the calculation, which means the range is most sensitive to the hour share and the supervision time. That is why the site assessment spends most of its effort measuring those two. A quote that ignores either will overstate the return.

Where does the return come from in a Dallas setting?

Return is strongest where a guard walks a long, repeatable outdoor route with little that needs hands-on judgment. Large yards, campus perimeters, storage lots and similar open sites fit that pattern. Compact buildings with many doors and heavy foot traffic usually do not, because the drone has less to take over and more handoffs to a person.

We did not find a published figure for patrol hours per site or ground covered per site for this kind of work, so no benchmark from research can give you a typical number. The calculator asks for your own route length, the rounds per shift and the number of guard posts on that route. Those inputs set the hours, not a benchmark.

Dallas sites also differ in how they handle incidents. Some send alarms straight to a monitoring center and dispatch a guard, while others rely on a guard to review and decide on the spot. The return shrinks where the drone's output must still reach the same person in the same minute, because the hours saved are spent on handling rather than walking.

How much of the patrol can a drone realistically take over?

Not all of it. A drone takes the repeatable part of the patrol: scheduled flights on a fixed route, checks at set points and recording what it sees. A guard still handles alarms that need a person on site, questions from staff and any response that calls for authority. Our assessment separates the two so the savings range reflects realistic coverage, not total guard hours.

The table below shows how that split typically looks, task by task. Hour figures are not published for this work, so the today column is filled from a timed walk of your site, not from a benchmark. Read the table as a map of which tasks move, not as a count of hours saved.

A realistic share is one you can defend to the person who signs the lease. In practice that means counting only the rounds the drone flies on schedule, then removing time for alert review and for any response a person must make. Anything higher should come from a measured trial rather than an estimate.

What are the risks to the return and how do you avoid them?

The biggest risk is regulatory. The FAA sent the final Part 108 text for beyond visual line of sight operations to the White House's OIRA on July 10, 2026, and the 90-day review could not finish before October 8, 2026. The statutory deadline of January 16, 2026 had already passed. In the most recent sources we reviewed, from September 2026, the rule was not yet published, and operators still need waivers for this work. Confirm the current status before you sign any lease.

Security requirements may also change. The TSA plans closed-door technical roundtables on BVLOS security requirements after Part 108 publishes, limited to two representatives per organization. Docked security patrols currently run on exceptions or waivers, so a route that depends on one should carry a fallback, not be treated as settled. Design the route so core coverage works under current rules, and keep guard coverage for any portion that cannot fly.

Operational risks are more familiar. High winds and rain ground flights, false alarms add review time, and turnover among the pilots and site staff can leave a route unattended. Build spare coverage into the plan, write response steps into the handover, and agree a repair response time in writing before go live.

Plan for a longer rule timeline too. If beyond visual line of sight rules arrive later than expected, start with the share of the route that can fly now and expand as the rules allow. Writing that phasing into the route design keeps the return honest from the first month.

Is a drone patrol better than a security guard, and where does a guard win?

Neither wins on every task. A drone is better at repeatable outdoor coverage on a fixed schedule, including night hours in open areas where a person would walk the same route for hours. A guard is better when a situation needs judgment, speech, authority or physical presence. The side-by-side below sets out where each one fits.

Staffing cost is different in kind. A guard post is a recurring labor line with turnover attached. A drone carries a fixed robot lease payment quoted after assessment, plus maintenance and a trained operator. Both cost money. The useful comparison is which one fits the route and the hours that need covering.

What is a realistic timeline from assessment to payback?

Expect the work to run in phases. A site assessment comes first and measures the route, the hours on each post and the flight limits that apply. A lease quote and financing follow, then the route design and a plan for the handover. Deployment and integration come next, followed by a go live period with a person checking output closely.

Payback is measured from go live on real shifts, not from the day you sign. The length of each phase depends on the site, any waivers needed and how quickly your staff can take on review work. We do not put a payback month on a page before the site has been measured, so any month you see here would be a guess.

Payback can move if the first months reveal a route that needs more supervision than assumed, or if weather keeps flights down more than planned. Track both from the first week and compare them with the assessment figures. A phased rollout, with one route and one drone first, shows the real numbers before the program grows.

• Assessment: measure the route, hours and flight limits
• Lease quote and financing
• Route design, waiver check and handover plan
• Deployment, integration and staff training
• Go live with close review of output
• Payback measured on real shifts

How do I get a precise figure from a free site assessment?

A free site assessment replaces the calculator's estimates with your numbers. We measure the patrol route and the hours on each post, confirm which parts of the route can be flown under current rules, and note the constraints of the site. We then pick the right drone for the site and quote the fixed robot lease payment, with the term and service included in writing.

Our integration team deploys and integrates the drone, trains the staff who will review its output, and services it nationwide, with on-site dispatch and remote triage. Bring your current guard schedule, your turnover records and a map of the route. Those inputs turn a savings range into a quote you can check line by line.

Once the assessment is done, you will know the hours on each post, the share of work a drone can fly, the lease quote and a range built from your own inputs. You can then decide whether to start with one route or one site. Do not use the calculator range for budgeting until the assessment has measured it.