The Decision Most Programs Get Wrong

Here's a scenario that plays out more often than the UAS industry likes to admit. A development program selects a testing venue based on geographic convenience, low cost, or an existing relationship — without thoroughly evaluating whether the facility's actual capabilities match the program's testing requirements. The first few test events go well enough because they're simple. Then the program reaches a test phase that requires instrumentation the facility doesn't have, airspace that's more restricted than the facility represented, or safety infrastructure that isn't in place. The program either accepts degraded test data, wastes time finding an alternative facility mid-program, or worse — conducts testing in a configuration that isn't safe and produces an incident.

None of these outcomes are acceptable, and all of them are avoidable with a more rigorous facility selection process at the beginning of the program. This guide is built around what that rigorous process actually looks like — the questions that matter, the capabilities that differentiate facilities that can serve your program from those that can't, and the red flags that should prompt you to look elsewhere.

Start With Your Test Requirements, Not the Facility Brochure

The most common mistake in uas testing facility selection is starting with what facilities offer rather than with what your program needs. Facility marketing materials are designed to make every capability sound impressive and every limitation sound minor. The only way to evaluate whether a facility can actually serve your program is to start with a detailed, specific articulation of your test requirements and evaluate each facility against that baseline.

Your test requirements document should address airspace — what altitudes, what lateral extent, what operational modes your test profiles require. It should address instrumentation — what vehicle state parameters you need to capture, at what data rates, with what precision. It should address RF environment — what communications systems your vehicle uses, what interference sensitivity your program has, what electronic warfare testing you need to conduct. It should address safety infrastructure — what chase assets you need, what flight termination system requirements apply, what emergency recovery capability the facility needs to provide.

With this requirements document in hand, facility evaluation becomes a structured matching exercise rather than a general impressions comparison. Facilities that meet your requirements are candidates. Those that don't — regardless of how impressive their other capabilities are — aren't the right fit for your program.

The Airspace Question in Detail

Airspace is the foundational capability of any uas testing facility, and it deserves more careful evaluation than it typically receives. The key parameters are altitude ceiling, lateral extent, operational categories authorized, and the reliability of access across the test schedule.

Altitude ceiling matters because many UAS test profiles require operations at altitudes that exceed what uncontrolled airspace allows. A facility that has coordinated airspace to a specific altitude ceiling — through a Certificate of Waiver or Authorization, a Special Use Airspace designation, or a UAS test range designation — provides reliable access to that altitude. A facility that operates under individual airspace authorizations obtained on a case-by-case basis is exposing your program to authorization delays and denials that can disrupt your test schedule.

Lateral extent matters for fixed-wing programs with high-speed performance envelopes, for multi-vehicle testing that requires separation distances between simultaneous operations, and for extended range testing that pushes beyond visual line of sight. A facility that sounds spacious in marketing materials but has effective test volume constraints from surrounding airspace, terrain, or land ownership restrictions may not support the test profiles your program requires.

VTOL-Specific Airspace Considerations

VTOL programs have some airspace considerations that differ from fixed-wing programs. The most operationally significant portions of a VTOL test envelope — hover, takeoff, landing, low-altitude maneuvering — happen in the airspace below 400 feet that is most constrained by surrounding obstacles, FAA rules about proximity to airports and heliports, and physical range infrastructure. A VTOL testing facility with airspace specifically designed for low-altitude VTOL operations — clear of obstacles in the landing areas, with instrumentation coverage that extends down to ground level — provides a testing environment meaningfully better than a facility that's primarily designed for fixed-wing operations and accommodates VTOL programs as an afterthought.

Instrumentation: The Data Quality Imperative

The instrumentation capabilities of a uas testing facility directly determine the quality of engineering data your program can obtain. This is where the difference between a professional test range and an open field with a GPS receiver becomes most consequential.

Radar tracking systems that provide three-dimensional position at high data rates and high accuracy are the foundation. The specific performance parameters — accuracy, update rate, coverage volume — vary between systems and should be evaluated against your program's requirements. A facility that characterizes its tracking capability in specific, verifiable terms is a facility that understands what its instrumentation actually provides. One that responds to instrumentation questions with vague assurances is telling you something important about the rigor of their testing operations.

Beyond tracking, the instrumentation question extends to onboard data systems, telemetry infrastructure, atmospheric measurement, and the data management and delivery systems that turn raw measurements into the engineering products your program needs. A facility that can deliver synchronized, calibrated, analysis-ready data packages on a defined timeline after each test event is providing a service that has real program value. One that hands you raw data files and leaves the engineering analysis entirely to your team is providing a different, more limited service.

Safety Infrastructure and Safety Culture

Safety infrastructure and, more importantly, safety culture are the most consequential differentiators between uas testing facilities — and the hardest to evaluate from the outside. Every professional facility has safety procedures documented somewhere. Not every facility actually operates with the discipline and rigor that those procedures describe.

Evaluating safety culture requires direct engagement with the people who actually conduct test operations — not just facility management, but range safety officers, test conductors, and the technical staff who support test events. Do they engage safety questions with specificity and depth, or with assurances and deflections? Can they describe specific situations where safety considerations led them to modify or cancel a test event, and how they managed those situations? Do their safety procedures address the specific failure modes and hazard scenarios relevant to your platform type?

Defense Programs and Facility Security

Defense UAS programs have security requirements that add an evaluation dimension that commercial programs don't face. Testing of classified systems, export-controlled technology, or operationally sensitive capabilities requires a defense testing facility with appropriate physical security, personnel security clearances, communications security, and operational security procedures.

The facility security requirements for a given program depend on the classification level of the information involved, the sensitivity of the specific capabilities being tested, and the customer's security requirements as articulated in the program's security classification guide. Evaluating whether a facility can meet these requirements requires a security-focused evaluation that goes beyond the technical capability assessment — including review of the facility's facility security clearance, the clearances held by key personnel, and the physical security measures that protect test operations and test data.

Programmatic Fit Beyond Technical Capability

Even a facility with excellent technical capabilities and strong safety culture may not be the right fit for your program if the programmatic relationship doesn't work. Test scheduling flexibility, responsiveness to program changes, the experience of the test engineering team with your platform type, and the contractual structure that governs the testing relationship all affect how well the facility partnership serves your program in practice.

A uas testing facility that has supported programs similar to yours — in platform type, in operational concept, in customer environment — has institutional knowledge that reduces the startup friction of a new testing relationship. Their test engineers understand your vehicle type's specific behaviors and failure modes. Their range operations team has worked through the safety cases for the test profiles your program requires. And their data systems are configured to capture and deliver the parameters your program needs.

Don't let the wrong facility become your program's biggest unplanned risk. Before you commit to a uas testing facility for your next development phase, invest the time in a rigorous evaluation against your actual test requirements. Ask the hard questions, visit the facility, talk to the test engineers, and verify that what's presented in the capability briefing matches what actually exists on the range. The right facility will welcome that scrutiny — because they know what they have. Reach out today and start the evaluation with the questions that actually matter.