Dashboards
Capability proof
FAA Aircraft Dashboard
Search the FAA aircraft registry by N-number, registrant, manufacturer, model, aircraft type, and location.
Explore the FAA aircraft registryThe FAA makes a substantial civil-aircraft registry available to the public, but access to data is not the same as an effective discovery experience. Conventional registry lookup is useful when someone already knows an N-number or another precise identifier. It is less helpful when the question begins more broadly: which organizations have registered a particular kind of aircraft, where are those aircraft concentrated, and which manufacturers or models deserve closer research?
This dashboard makes the registry useful for exploratory research. Clear search modes and connected filters for dataset status, geography, manufacturer, model, aircraft type, engine type, certification class, and registration expiration create a practical path from a national registry to a bounded set of relevant aircraft and registrants.
Making the registry useful meant making every choice work together.
Make every filter lead to a useful next choice
Why it was difficult
Model lists can be enormous without a selected manufacturer, while changing dataset scope or state can invalidate choices already made.
The response
Cascade dataset, state, manufacturer, and model selections; clear invalid child values; cancel stale requests; and refresh only the bounded option sets needed for the next decision.
Translate codes into aviation language
Why it was difficult
Compact FAA values such as 4, 5, H, or 10 are source-accurate but cryptic to someone researching aircraft capabilities or markets.
The response
Keep the exact source codes in the query layer while presenting readable choices such as fixed-wing single engine, hybrid lift, turbo-prop, electric, standard, and experimental.
Search active and historical records together
Why it was difficult
Active and deregistered aircraft come from separate files with different record shapes and different meanings for their dates.
The response
Normalize both sources into one bounded result shape, label each record clearly, preserve expiration-versus-cancellation semantics, and use stable dataset-aware pagination.
Keep a national registry responsive and safe
Why it was difficult
Hundreds of thousands of records can produce oversized option lists, expensive exact counts, and an inappropriate bulk-extraction surface.
The response
Validate and parameterize inputs, cache and cap option queries, limit results to 50 per page, use 50+ for broad matches, and run production through a read-only database role.
Built for people researching aircraft, registrants, and aviation markets.
Flight-training providers
Recurrent and aircraft-specific training organizations researching the fleet they support.
Narrow the registry by aircraft category, manufacturer, model, and geography to define a focused prospect universe.
Move from a broad aircraft family to the registrants and locations that merit current ownership and contact research.
Aviation sales and service
Maintenance, parts, avionics, insurance, airport-service, and other aviation businesses.
Find concentrations of relevant aircraft without manually decoding and cross-referencing FAA files.
Segment the installed fleet by technical fit, certification, equipment, and territory using understandable controls.
Aircraft market research
Analysts and researchers examining fleet composition, location, registration status, or aircraft families.
Move between exact N-number lookup and broader model, type, registrant, or geographic research.
Search active and deregistered records through one workflow without losing the distinctions that make the data meaningful.
A national aircraft registry, made practical.
Current registry records in the verified snapshot
Historical aircraft available for bounded search
Geographic coverage in the active registry
Represented across the production dashboard
Manufacturer and model reference rows
From registry scale to a focused aircraft search.
The national registry becomes approachable through current coverage metrics and one guided search surface.
One search term narrows the registry to a short, comparable set of aircraft, registrants, and locations.
State, manufacturer, and model choices work together to isolate a specific aircraft family and the registrants behind it.
Begin with an aviation question rather than a known tail number: choose a state, aircraft type, manufacturer, model, engine, or certification class; narrow the market to a manageable result set; and inspect the registrants and locations associated with those aircraft.
For recurrent-training providers, that creates a faster route toward a defensible prospect universe for a particular aircraft family. For aviation service businesses, it reveals the installed fleet that matches their technical capabilities and territory. For researchers, it makes coded government data legible without hiding the difference between active and deregistered records.
A registrant name and location are a starting point, not definitive beneficial-ownership or operating-status research. Current web and contact research are still required to establish the organization and the right person behind an aircraft.
Public-data product design that turns a large, coded government registry into a guided decision surface through strict source ingestion, human-readable code translation, coherent cascading filters, bounded multidimensional search, and responsive results across current and historical records.
See the work