FlyBuffer currently uses 5–15 min as the security planning context for Chicago O'Hare International Airport (ORD). With about 38,593,028 annual enplanements in the current FAA profile, ORD is a high-volume airport where time-of-day and trip conditions matter. The range is for planning; it is not an observed checkpoint stopwatch.
Each vertical band is the modeled security allowance for that hour. The chart shows uncertainty instead of reducing the airport to one queue-time promise.
FlyBuffer combines historical airport-level patterns and public aviation context to keep the range useful without pretending every checkpoint is directly observed.
Use the security story together with airport context; the full departure plan still starts with your own journey time.
View full airport profile →Parking, checked bags, terminal movement and gate-ready margin remain separate. A quieter checkpoint does not erase the rest of the airport process.
The 5–15 min value on this page is an airport-level planning range. Use it for the security block, then keep airport access, bags, terminal movement and gate-ready margin separate.
FlyBuffer updates the airport-level planning context when fresher inputs are available, but a modeled range is not relabeled as a live checkpoint stopwatch. Read the freshness/status language beside the estimate.
PreCheck can change checkpoint friction, but lane availability varies. FlyBuffer does not subtract a universal fixed number of minutes without lane-specific evidence.
Line length can change faster than an airport-wide model. Use the hourly range as a planning allowance and replace it with a more specific checkpoint estimate when you have one.
FlyBuffer currently uses 5–15 min as the security planning context for Chicago O'Hare International Airport (ORD). With about 38,593,028 annual enplanements in the current FAA profile, ORD is a high-volume airport where time-of-day and trip conditions matter. The range is for planning; it is not an observed checkpoint stopwatch.
The 5–15 min figure is designed for trip planning. It does not include parking, rental-car return, bag drop, the walk to the checkpoint or the trip from security to the gate. Those steps belong in the departure plan separately.
A lower typical range should not be read as a guarantee. Early peaks, heavy travel periods, a mismatch between the modeled range and your actual checkpoint, or unusual operating conditions can still increase the allowance you need.
A high-volume airport can process large passenger flows even when operations are normal. That does not tell us the exact queue at your checkpoint, but it is one reason the page presents a range and an hourly pattern rather than one fixed number.
The current FAA profile contains about 38,593,028 annual enplanements. That does not reveal a checkpoint queue, but at this passenger scale a single all-day security number would hide too much variation. The hourly pattern is therefore more useful than a fixed average.
The current airport profile lists 8 active runways. That airfield scale is useful departure context, but it is not evidence of a longer or shorter TSA queue. Use this page for checkpoint planning and the ORD airport guide for access, airfield and terminal context.
PreCheck can reduce checkpoint friction, but FlyBuffer does not automatically subtract a fixed number of minutes without lane-specific evidence. If you have a reliable current PreCheck estimate for your checkpoint, enter it as your own security estimate in the departure planner.
Security is one block in the calculation. A shorter checkpoint allowance does not remove parking, checked bags, document processing, terminal navigation or the margin you want before boarding. Change the security input in the planner to see how much the final leave time actually moves.
If your trip could use another airport in the same market (MDW), compare total ground travel and airport process time. Choosing an airport only because its security range looks shorter can produce a worse door-to-gate trip.
ORD ranks #3 of 501 covered airports by FAA enplanements. Its 38,593,028 annual enplanements are about 50198% above the current-set median of 76,729. Passenger scale is context rather than a queue measurement, but this comparison helps explain why the same national travel-pressure signal should not be interpreted identically at every airport.
The ORD planning range is 5–15 min. MDW, roughly 15 straight-line miles away, is 5–15 min and is in a broadly similar planning band; MKE, roughly 67 straight-line miles away, is 5–15 min and is in a broadly similar planning band. The nearest covered alternative is geographically close enough that travelers in parts of the market may genuinely compare both airports. In that case, a checkpoint difference should be weighed against origin-to-airport travel, parking and airline schedule rather than treated as the deciding factor.
PreCheck can change checkpoint friction, but FlyBuffer does not apply a universal fixed discount without lane-specific evidence.
Not necessarily. FlyBuffer labels modeled airport-level values as estimates and only uses live wording when a source actually supports it.
FlyBuffer labels modeled values as estimates. A value should only be described as live when a source actually supports that claim.
Use the hourly pattern to identify lower- and higher-pressure periods, then combine that allowance with the rest of your airport process.
The current planning context is 5–15 min; the full airport-arrival time also needs to include access, bags and terminal movement.
FlyBuffer does not automatically subtract a fixed PreCheck discount without lane-specific evidence.
Enter it in the departure planner so the security block uses your newer information.
Use total travel and airport process time, not security alone, when comparing airports.
