Flying With Infants and Toddlers: What Actually Helps

By Travelog Editorial Team ยท Updated August 9, 2026

Infant ear pain during descent comes from underdeveloped eustachian tubes that can't self-equalize the way an adult's can, so feeding during descent helps because sucking and swallowing physically open the tube. Most pediatricians recommend waiting until 2-3 months before flying, when a baby's immune system has matured past its most vulnerable window. The FAA permits children under 2 to fly as an unrestrained lap child but explicitly recommends against it, and the NTSB has pushed since 1979 for a car-seat requirement the FAA has never adopted.

Most of what circulates about flying with young kids is generic reassurance -- pack snacks, stay calm, it'll be fine. The genuinely useful part is underneath that: why an infant's ears actually hurt on descent, what age a pediatrician would actually clear for a first flight, and a regulatory gap the FAA has left open for four and a half decades. None of that is folk wisdom. It's documented, and it changes what's actually worth doing differently.

Why Babies' Ears Hurt on a Plane, and What Actually Fixes It

The pain itself has a name -- airplane ear, or ear barotrauma -- and a specific mechanical cause. As a plane changes altitude, cabin pressure changes with it, and that creates a mismatch between the air pressure inside the middle ear and the air pressure outside. An adult closes that gap by yawning or swallowing, which opens the eustachian tube connecting the middle ear to the throat and lets the pressure equalize. Babies can't do that voluntarily.

The reason is structural, not behavioral. An infant's eustachian tubes are shorter and sit more horizontally than an adult's, which makes them more prone to becoming blocked exactly when cabin pressure is changing fastest -- typically during descent, not takeoff. That's also why the crying tends to start late in the flight rather than early: ascent is usually more forgiving than the compressed pressure changes of coming back down. According to Nemours KidsHealth, children under 2 are particularly susceptible to this kind of ear pain during descent, and it's frequently the kind of crying that's hard to soothe with the usual bounce-and-shush routine, because the cause isn't comfort, it's pressure.

What actually helps is feeding, and the reason it helps is mechanical too: sucking and swallowing engage the same muscles that open the eustachian tube for an adult's yawn. A bottle, breastfeeding, or a pacifier during descent gives an infant a way to do involuntarily what an adult does on purpose. For an older toddler who can chew or drink from a straw, gum or a sealed drink during descent does the same job. This is worth timing deliberately -- starting the feed as the plane begins its descent, not after the pain has already started, since the goal is keeping the tube open through the pressure change, not treating pain after the fact.

There's also a genuine endpoint to this problem, not just a coping strategy. By around age 5, a child's eustachian tubes have lengthened and widened enough that the same pressure changes stop being as disruptive -- which is part of why ear-related flight meltdowns cluster so heavily in the infant and toddler years and largely disappear afterward.

How Old Should a Baby Be Before Their First Flight?

There's no single legal minimum age -- airlines will generally accept a newborn who's a few days old -- but "allowed" and "advisable" are different questions here, and the gap between them matters. Most pediatric guidance converges on roughly 2 to 3 months as the point where flying gets genuinely more reasonable, and the reasoning is about immune development, not comfort. A newborn's immune system is still maturing in those first weeks, and by around 2 to 3 months, alongside the first round of routine vaccinations, that immune protection has meaningfully improved.

The American Academy of Pediatrics' own guidance is blunter than a soft "when you're ready" framing: it advises against unnecessary air travel soon after birth specifically because flying raises a newborn's exposure to infectious illness in crowded airports and cabins. That's a specific, named risk, not a vague caution -- airports and planes concentrate a lot of people from a lot of places into recirculated air and shared surfaces, at exactly the point when a newborn's defenses are weakest.

This is also where the guidance stops being one-size-fits-all. A full-term, healthy baby is a different case from a baby born prematurely or with a heart or lung condition, and multiple pediatric sources are explicit that those situations warrant a direct conversation with a pediatrician before booking anything, not a generalized age rule. If there's any respiratory or cardiac history, "wait until 3 months like everyone says" isn't actually the guidance -- "ask your own doctor" is.

Lap Child or Car Seat? What the FAA Actually Recommends

This is the part of flying with an infant that most family-travel advice glosses over entirely, and it's worth stating plainly: current FAA policy allows a child under 2 to fly as an unrestrained "lap child," held in an adult's arms with no separate seat or restraint required. What's less often repeated is that the FAA itself recommends against doing this.

The FAA's own guidance states that the safest place for a child under 2 on a US flight is in an approved child restraint system in their own seat, not on an adult's lap, and it strongly discourages the lap-child practice even though it remains legally permitted. The reasoning is specific: an adult cannot reliably maintain a secure hold on a child during turbulence or a survivable accident, and the FAA points to documented, preventable injuries and deaths among unrestrained young children as the basis for the recommendation.

This isn't a new or quietly-emerging concern. The National Transportation Safety Board has investigated aircraft accidents involving unrestrained children and has issued formal safety recommendations asking the FAA to actually require, not just recommend, a secured restraint for children under 2 repeatedly across more than three decades -- in 1979, 1990, 1993, 1995, and again in 2010. The FAA has never adopted the requirement, and its own stated reasoning is direct rather than hidden: a mandate would require parents to buy an extra airline ticket for a child who currently flies free as a lap-held passenger. The FAA's position instead has been to "fully support" child restraint use and run public-education campaigns encouraging it, without ever requiring it. The practical result is a genuine, decades-long gap between what's allowed and what the agency responsible for aviation safety has repeatedly said it believes is actually safe, and it's the traveling family, not the airline or the regulator, who ends up making that call -- usually shaped by the cost of an extra seat rather than the safety literature behind it.

Practically, that means the decision a parent is actually making isn't "do I need a car seat" (the FAA doesn't require one) but "am I willing to accept the FAA's own stated risk in exchange for not buying a second seat." Framed that way, an FAA-approved child restraint system in a purchased or awarded extra seat is the position both the FAA and the NTSB actually hold, even though neither will make you do it.

Practical Logistics That Actually Matter

Once the ear-pain mechanism and the seating question are handled, most of what's left is straightforward logistics rather than open judgment calls. Red-eye and overnight flights are a genuine strategy, not just folk wisdom -- infants and toddlers are more likely to sleep through a flight scheduled across their normal sleep window than one scheduled during an awake, stimulating part of the day, which turns a flight into rest instead of a multi-hour behavior-management project.

Packing light on backup outfits is worth planning for specifically, not just generally -- a change of clothes for the child and a spare shirt for whoever's holding them covers the two most likely mess scenarios (a diaper leak or spit-up) without overpacking for a flight that's usually a few hours, not a few days. Familiar sleep items -- a blanket, a specific stuffed animal, whatever the child already associates with settling down -- do genuine work here too, since a plane seat is an unfamiliar environment and a familiar object gives an overtired child something consistent to anchor to.

Seat selection is worth a specific plan rather than a generic "get there early." Extra legroom and an aisle seat matter more with a young child than with any other kind of travel, since bathroom trips, walking a fussy toddler down the aisle, and general in-seat maneuvering all happen more often and less predictably than on an adult-only flight. TSA also offers family-specific screening accommodations at many airports -- covered in full on this pillar's TSA-logistics page -- which is worth knowing about before departure rather than discovering at the checkpoint.

What Changes as They Become a Toddler

Everything above still applies to toddlers, but the failure mode shifts from pain-driven crying to behavior. A toddler who's tired or overstimulated by a new environment is genuinely more likely to have a meltdown than a calm, well-rested one, and the honest response to that isn't a parenting trick -- it's staying calm yourself, since a toddler in distress reliably escalates faster around an anxious adult than a steady one.

Involving an older toddler in what's about to happen -- narrating security, boarding, and what a flight actually feels like, in plain terms -- gives them a genuine framework to fit an unfamiliar experience into, rather than letting the entire process arrive as a surprise. Familiar entertainment matters here too, though less as a distraction gimmick and more as another anchor to something the child already understands, the same underlying logic as the sleep item that helps a younger infant settle.

None of this replaces the two things that actually carry documented evidence behind them: timing a feed to open the eustachian tube before descent, and choosing an actual restraint system over a lap hold, if the goal is doing what the FAA and NTSB themselves recommend rather than just what's legally permitted.