Weatherhill airport program · Published 14 October 2026 · Source-linked research, prepared with AI assistance. No airport trial results are reported.
A defined scope before the clock starts
The proposed Weather Readiness Study runs over four weeks after agreed data access and kickoff. Scope is subject to team and site readiness. The starting agreement identifies the airport or operating area, priority hazards, available records, participants and decisions the customer wants to support.
The study is designed to produce a reviewable plan, not a promise of immediate operational improvement. It can examine fog, hail, lightning, wind or heavy rain, but the final scope should stay narrow enough to answer useful questions with the available evidence.
Week one: establish the baseline
We propose an inventory of observations, systems, procedures and recent events, followed by a baseline of the selected problem. Customer interviews would identify operational constraints and gaps that records alone may not explain. Data quality, missing periods and differences between sources would be documented.
This stage also separates the weather mechanism from the business consequence. A period of fog is not automatically an avoidable delay. A severe-weather alert is not automatically evidence of damage. The baseline must show what is known before it becomes a basis for investment.
Week two: connect exposure to ownership
The next stage maps affected locations, activities, assets and decision owners. It distinguishes airport costs from airline, FBO, maintenance-provider and ground-handler costs. Those parties may have different budgets and incentives, even when the same event affects them all.
The proposed cost model uses customer-supplied inputs and visible assumptions. It should separate direct losses, operational disruption and hypothetical future exposure, then remove overlap. The output is a range of scenarios for discussion, not an asserted return on investment or a claim that every recorded cost could be recovered.
Week three: compare practical options
The study would develop a short list of interventions appropriate to the problem: improved observation, changes to communication or preparedness, further engineering work, integration of an existing product, or a bounded research pilot. Each option should have a named purpose and an owner.
For a novel fog concept, the immediate option may be an off-runway experiment rather than an installation. For hail, the issue may be shelter or response capacity. The comparison should make dependencies, uncertainty and the evidence needed for the next decision easy to see.
Week four: deliver a decision package
The proposed package includes an exposure map, data-gap register, cost model, prioritized options and a scoped next project with measurement criteria. A closeout discussion would review assumptions, unresolved questions and reasons to proceed, revise or stop. Data access and permitted use would be documented with the partner.
We are seeking organizations able to contribute operational context and participate in a focused review. A study can help define a procurement or research brief, but it does not itself establish funding eligibility, regulatory approval or a commitment to deploy equipment.
The package should be usable by a decision-maker who did not attend the working sessions, with assumptions and unresolved dependencies clearly identified.
Questions from airport teams
When does the proposed four-week period begin?
After the scope, participants and necessary data access are agreed and the team is ready to start. Timing remains subject to team and site readiness.
Do we need to study every weather hazard?
No. The initial engagement should focus on the hazards and decisions that matter most to the partner, using evidence that can realistically be obtained.
What would we have at the end?
A proposed decision package with an exposure map, data gaps, a transparent cost model, prioritized options and a scoped next project, rather than an unsupported performance guarantee.
Sources & further reading
- FAQ: Weather Delay ↗Federal Aviation Administration · Historical system-impacting delay statistics and the relationship between weather, demand and capacity.
- Safety Management Systems for Airports and Airport Projects ↗Federal Aviation Administration · Airport safety-management and project safety-risk-management resources.
- Aviation Weather Research Program ↗Federal Aviation Administration · Applied weather research addressing operational needs, including ceiling and visibility.