Orientation and usability
Assess runway orientation and usability against local wind conditions, crosswind limits and operational requirements. Historical METAR/SPECI data can help compare runway options and identify weather-related constraints.

A clear view of how an airport works today, what is limiting it, and which practical improvements are worth assessing.
We connect runway planning, weather accessibility, navigation aids, obstacles and flight procedures in one feasibility study. The scope is shaped around the airport’s question and the data available, so decision-makers can compare the current situation with realistic alternatives.
Assess runway orientation and usability against local wind conditions, crosswind limits and operational requirements. Historical METAR/SPECI data can help compare runway options and identify weather-related constraints.
Review current approach minima and weather exposure, then assess whether procedure, ILS, DME/DME, SBAS, GBAS or other navigation-aid changes could improve access. Findings depend on terrain, obstacles, aircraft operations and local data.
Compare conventional and PBN concepts with the surrounding airspace. Where traffic and operational data support it, scenario analysis can estimate changes in track miles, flight time, fuel, CO₂ and capacity.
A study may combine runway orientation and wind coverage, runway usability, meteorological accessibility, obstacle and terrain constraints, current instrument procedures, navaid options, airspace interfaces and operational scenarios. We agree the level of analysis before work begins; not every project needs every workstream.
For procedure or airspace changes, potential reductions in distance, time, fuel or emissions are modeled estimates, not guaranteed savings. They depend on the traffic sample, aircraft mix, weather, operational assumptions and implementation constraints used in the comparison.
Related work: airport accessibility and navaid studies, instrument flight procedure design, aerodrome safeguarding and obstacle studies, and conventional-to-PBN feasibility.
The study sets out the baseline, the options that merit further work, the constraints and the evidence behind each conclusion. This helps airport teams and authorities decide whether to proceed, gather more data or keep the current arrangement.
Tell us whether you are considering a runway, improving access in adverse weather, reviewing navaid investment or modernising procedures. We can shape a focused scope with your airport, CAA or ANSP team.