Bird Hit Plane Today: What Happens Next and What to Do

If a bird hit a plane today and you're trying to figure out what happens next, here's the short version: the crew declares the situation to air traffic control, the aircraft is inspected before any further flight, and the incident gets reported to the FAA using Form 5200-7. To a bird, a plane is just another object moving through the air, and the collision risk comes from how birds and aircraft share the same airspace to a bird what's a plane. If you have that classic “is it a bird is it a plane” quote in mind, it helps to remember bird strikes are real and have a defined safety response is it a bird is it a plane quote. Whether you're a passenger, a ramp worker, a pilot, or just someone following a news story, the steps are well-defined and the safety system is robust. What follows is a practical breakdown of exactly what happens, who does what, and why birds end up in flight paths in the first place.

What 'bird hit plane today' actually means (news event vs. real incident)

When this phrase shows up in a search, it usually means one of two things. The phrase “it’s a bird, it’s a plane meaning” typically refers to the famous quip about someone being mistaken for Superman, but it can also be used loosely to ask what an unusual sight means. Either someone saw a headline about a specific incident and wants details, or someone is directly involved in or near a bird strike event and needs to know what to do right now. Both are valid, and this article covers both angles. In swahili, you might also see the idea expressed as 'this is a bird not an aeroplane' when describing a bird strike this is a bird not an aeroplane in swahili.

If you're looking for a specific news event from today, the best sources are the airline's official social media and press channels, the airport's operations or communications office, and local aviation news outlets. The FAA does not typically issue immediate public statements on individual bird strikes unless there's a significant safety outcome. If you were searching for an “is it a bird, is it a plane” gif, the same idea applies: most bird strikes do not trigger immediate public statements is it a bird, is it a plane gif. Most routine strikes are handled quietly and professionally by flight crews and ground operations without making headlines at all. For a major incident involving declared emergencies or diversions, the airport authority and airline will be your fastest official sources.

If you're directly involved in a strike that just happened, skip ahead to the immediate response section. The news-interpretation section at the end of this article covers how to read official terminology once you're past the immediate situation.

Immediate safety response: what happens in the air and on the ground

In the air, the first priority is always aircraft control. A bird strike can be subtle (a thud, a smear on the windscreen) or dramatic (engine compressor stall, loud bang, vibration). The flight crew's immediate response follows emergency checklists, and for engine-related strikes, that typically means running an Engine Fire/Failure or Abnormal Engine checklist depending on the aircraft type. In a bird strike event, crews prioritize safety and follow emergency checklists while coordinating with ATC and the airport operator. The crew will communicate with ATC immediately, declare the nature of the event, and request priority handling if needed. ATC will clear airspace and coordinate with the airport operator for bird dispersal before any return approach.

On the ground, if a bird strike is observed or reported during takeoff roll, the decision to abort depends on airspeed and aircraft performance. If you are trying to understand what if bird comes in front of airplane and whether you should continue or abort, the takeoff decision speed guidance and the crew checklists are the key adjacent considerations aborting. Above a certain decision speed (V1), continuing the takeoff is generally safer than aborting. Below V1, a rejected takeoff is the standard call. Ground crews and ATC are notified immediately regardless.

Once the aircraft is safely on the ground, a few things happen quickly. The area around the aircraft is secured, any bird remains are collected and preserved (more on why that matters below), and maintenance personnel are called to conduct a formal inspection before the aircraft flies again. Passengers are typically deplaned and the airline arranges alternative transport while the aircraft is evaluated.

• Flight crew: Follow emergency checklists, communicate with ATC, declare emergency if warranted
• ATC: Provide priority handling, coordinate with airport operations for bird dispersal
• Airport operations: Activate bird dispersal protocols, secure the runway area, assist with inspection logistics
• Ground maintenance crew: Inspect the aircraft before it is returned to service
• Wildlife officer or trained staff: Collect and bag any bird remains for identification

How crews assess the damage after a strike

Damage assessment after a bird strike follows a priority order based on what's most likely to affect airworthiness. Engines come first, because ingestion of a bird into a turbofan can damage fan blades, compressor stages, or cause a flame-out. The FAA's wildlife strike reporting system even has specific fields (INGENG1 through INGENG4) to track which engine was affected, which tells you how seriously the industry takes engine-by-engine documentation.

Beyond engines, technicians inspect the radome (nose cone), windscreen, leading edges of the wings and tail, landing gear doors, and any control surfaces. Bird strikes at high speed can dent or crack composite and aluminum panels, and even a damaged radome can affect weather radar performance. The windscreen gets specific attention because bird impacts have, in rare cases, cracked or penetrated flight deck glass.

The go/no-go decision hinges on the inspection results and the airline's minimum equipment list (MEL). If damage is within MEL limits, the aircraft can continue with appropriate deferrals. If damage exceeds those limits, the aircraft is grounded for repair. This isn't optional or discretionary: it's a regulated process, and the aircraft doesn't move until maintenance signs off.

Inspection priorities at a glance

Why birds end up in flight paths: the biology and mechanics behind strike risk

Birds don't fly into planes on purpose, but the physics of how birds move through the air and the way airports are situated in landscapes creates real collision risk. Understanding this helps explain why strike prevention is an ongoing operational challenge rather than a solved problem.

About 61% of bird strikes in the U.S. happen during descent, approach, and landing roll, and about 36% happen during takeoff and initial climb. That distribution makes sense once you think about bird behavior: most birds live and feed at low altitudes, and the approach and departure corridors of airports cut directly through that airspace. Airports also tend to be sited on flat, open land near water, which is prime habitat for a wide range of species.

Mourning doves are the most commonly struck bird in U.S. civil aviation, accounting for roughly 11% of all birds identified to exact species in the FAA's 1990-2023 dataset. They're abundant, they flock loosely, and they tend to flush and fly unpredictably when disturbed. Turkey vultures, on the other hand, are large-bodied soaring birds that use thermals over open ground, and while they're struck less frequently than doves, they show up near the top of the list for percent of strikes resulting in damage. A 1.5 kg vulture hitting a leading edge at 150 knots is a very different event than a small passerine.

Flocking behavior multiplies risk significantly. A single bird is a point hazard. A flock of starlings or Canada geese in a low-level formation creates a distributed collision zone that an aircraft may fly directly into. The 2009 Hudson River ditching (sometimes called the Miracle on the Hudson) involved Canada geese, which are large, heavy birds that fly in tight V-formations at altitude. That event demonstrated that even well-designed turbofan engines have limits when multiple large birds are ingested simultaneously.

Migration timing is another key factor. Twice a year, billions of birds move through airspace at night and at dawn, often at low to moderate altitudes that overlap with approach and departure paths. Spring and fall are statistically elevated risk periods, and airports in major flyway corridors (like the Atlantic, Mississippi, Central, and Pacific flyways in North America) see predictable spikes in wildlife activity. Birds also respond to weather: a cold front can trigger massive migration events where previously still populations suddenly take to the air en masse.

Wing loading, the ratio of a bird's body weight to its wing area, affects how a bird responds to a perceived threat. High wing-loading birds like ducks and geese need a running start and can't make rapid evasive turns the way a swallow can. This means they often continue on a collision course even after detecting an aircraft, simply because their flight mechanics don't allow for sharp avoidance maneuvers at speed. Smaller birds with lower wing loading are more maneuverable but also more likely to freeze or flush erratically into a flight path.

What you can do right now: information to gather and who to contact

If you're directly involved in or witnessing a bird strike event, here's a practical checklist of what to do in the immediate aftermath.

If you're flight crew or airport operations staff

1. Secure the aircraft and coordinate a full inspection before any further flight
2. Collect any bird remains at the strike site and bag them separately (do not mix remains from different locations)
3. Note the time, location on the airport, phase of flight, altitude, and number of birds observed
4. Complete FAA Form 5200-7 (Bird and Other Wildlife Strike Report) as soon as possible — this is required under FAA guidance and referenced in the Aeronautical Information Manual Section 7-5-3
5. Submit bird remains to the FAA Feather Identification Lab via the process outlined in AC 150/5200-32C for species identification
6. Retain the Strike Report Number you receive after submission — this links your report to the official National Wildlife Strike Database record
7. Notify your airport's wildlife hazard coordinator or operations duty officer

If you're a passenger

Your job is simpler: follow crew instructions, stay calm, and let trained professionals handle the assessment. If you observed the strike (saw or heard something unusual), note the time and what you observed so you can describe it if asked. Don't try to photograph or document the exterior of the aircraft yourself during an active operations response. Once you're clear of the immediate situation, the airline's customer service team is your point of contact for rebooking and updates.

Key contacts and reporting resources

• FAA Wildlife Strike Reporting: Submit Form 5200-7 online at the FAA Wildlife Strike Database portal
• Airport Operations Center: First point of contact for ground-level wildlife events
• Airline Operations Control Center (OCC): Manages aircraft disposition decisions after a strike
• FAA Feather Identification Lab: For submitting bird remains for species identification
• ICAO's bird strike reporting system: For international incidents, data flows through ICAO Doc 9137 Part 3 mechanisms

How airports manage bird strike risk every day

Airport-level bird hazard management is a multi-layered, never-finished job. The FAA requires airports certificated under 14 CFR Part 139 to have a Wildlife Hazard Management Plan developed with input from a qualified wildlife biologist. That plan covers everything from habitat control to active deterrence to monitoring protocols.

Habitat management is the foundation. Airports control grass height (typically kept short to reduce cover and food sources for rodents, which attract raptors), manage standing water and drainage to reduce waterfowl attraction, and in some cases have eliminated or modified features like retention ponds. The FAA's AC 150/5200-33 specifically addresses hazardous wildlife attractants on and near airports, including putrescible waste disposal operations, wastewater treatment facilities, and artificial marshes that can draw birds into approach corridors.

Active deterrence methods include a toolkit that has to be rotated and varied to remain effective, because birds habituate to repeated stimuli quickly. Common methods include propane cannons (loud bursts at random intervals), distress call broadcasts, pyrotechnics (fired from a launcher), trained falconry (hawks patrol the airport perimeter and discourage smaller birds), and lasers at dawn and dusk. No single method works consistently, and this is not just field wisdom: an ICAO working group paper on wildlife management explicitly states there is 'no single solution to all problems,' which is why airports run integrated, adaptive programs.

Monitoring and radar technology have become important tools in larger airports. Avian radar systems like Accipiter and DeTect can track bird movement in real time around the airport perimeter and provide early warning to ATC and operations staff. Human bird spotters (wildlife biologists or trained operations staff doing regular patrols) remain essential because radar can miss low-flying or perched birds. The combination of automated monitoring and human observation gives airports the most complete picture of what's actually moving through the airspace.

Training is the last piece. FAA Part 139 requires that airport personnel involved in wildlife hazard management be trained in species identification, deterrence techniques, and reporting. A wildlife officer who can identify a flock as Ring-billed Gulls versus Canada Geese makes different operational decisions because the two species present very different risk profiles.

How to read official updates and incident terminology for a specific today event

If you're tracking a specific bird strike incident in the news, here's how to decode what you're reading. Airlines and airports use careful language in official statements, and knowing what terms mean helps you assess severity.

For a specific incident, the authoritative timeline looks like this: the airline issues an initial statement (usually within hours), the airport may confirm runway closures or ground stop durations, and the FAA will eventually have the incident in the National Wildlife Strike Database once the Form 5200-7 is processed. Don't expect a detailed FAA public statement on a routine strike. Those records are aggregated into the database for research and trend analysis, not published as individual incident reports unless there's a formal investigation by the NTSB.

If the NTSB is mentioned in coverage, that indicates the strike resulted in substantial aircraft damage, serious injury, or death, triggering a formal accident or incident investigation. Most bird strikes, even engine ingestions, do not reach that threshold. A mention of NTSB involvement signals you're dealing with a genuinely significant event, not a routine inspection and return to service.

Bird strikes are a permanent feature of aviation, not a failure of the system. The system is designed to detect, respond to, document, and learn from them. The biology behind why birds and aircraft share the same airspace isn't going away, which is why airports run continuous, adaptive wildlife programs and why the FAA has maintained a national strike database since 1990. Every Form 5200-7 filed becomes part of a dataset that shapes where airports mow their grass, which deterrence methods get funded, and how engine certification tests are designed. That's a genuinely elegant feedback loop, even if the moment that produces the data is never a pleasant one.