Here's the thing: the FAA doesn't run a consumer product approval program. Not for luggage. Not for strollers. Not for car seats in the traditional sense. When you see 'FAA approved' on a product at Target or Amazon, you're often looking at a marketing claim that's technically misleading — and if you're about to board a flight with a child, you need to know the difference before you get to the gate.
The confusion is real and it's everywhere. Travelers search for 'FAA approved booster car seat' because they want to do the right thing for their kids on a plane. Airlines want children secured. But the actual rule isn't about a product 'approval' list — it's about a specific certification label on the seat itself. Miss that distinction and you might show up at the gate with the wrong equipment — that's a stressful conversation to have at boarding when the plane is already loading.
This guide breaks down what 'FAA approved' actually means across three completely different contexts: child restraint systems for air travel, portable electronics on flights, and the actual FAA certification programs that matter to pilots and aviation professionals. You can also check the latest FAA news for any regulatory updates affecting travelers and pilots. These are genuinely three different systems — don't let the same phrase fool you into thinking they overlap.
The FAA has real, rigorous approval processes — but they're designed for aircraft parts, avionics equipment, and child restraint systems used on commercial flights. None of those systems apply to most consumer goods. What the FAA does control in the passenger cabin is narrower than most travelers realize: whether your child restraint system meets the certification standard, whether your device must be switched to airplane mode, and whether certain battery types are allowed in cargo or cabin.
TSA governs what gets through security. The airline governs what can go in the cabin. The FAA governs a few specific safety rules about what happens during flight. Understanding which agency does what saves you a lot of last-minute gate stress — and it's worth knowing before you travel with young kids or expensive electronics.
Retailers don't help. 'FAA approved travel stroller,' 'FAA compliant luggage' — marketing teams love attaching the FAA name to products the agency has never touched. The phrase 'FAA approved' is not trademarked or controlled. Anyone can print it on a box. Knowing what real certifications look like protects you from buying the wrong thing and showing up at the gate unprepared.
The three categories that actually matter: child restraint systems (where a specific label certifies the seat for aircraft use), in-flight electronic devices (where airplane mode is the rule, not product approval), and certified aviation equipment like PMA parts and TSO avionics (which affect pilots, not passengers). We'll cover all three — and we'll explain what 'FAA approved' definitely doesn't cover too.
One more thing worth knowing before we get into specifics: the FAA doesn't have a public website where you can search a master list of 'approved products.' What it does have is the Federal Aviation Regulations (FARs), advisory circulars, and specific certification databases for aircraft parts and avionics.
If someone tells you a product is 'FAA approved,' ask which specific regulation or certification number applies. That question usually ends the conversation very quickly — because there often isn't one.
The FAA does NOT approve most consumer travel products. Here's what it actually covers:
Forty pounds. That's the threshold you need to remember. The FAA strongly recommends that children under 40 lbs use a child restraint system (CRS) in their own purchased aircraft seat — not a lap hold. But not every car seat qualifies, and this is where most parents run into trouble at the gate when it's too late to fix the problem.
Look for this exact label on the seat: 'This restraint is certified for use in motor vehicles and aircraft.' That dual certification is what the FAA actually requires. It's usually printed in red text on the side of the seat's shell. If your seat doesn't have that label, it doesn't matter how much it cost — a gate agent can ask you to gate-check it, and you'll be holding a lap child on a long flight.
Convertible car seats — the kind that convert from rear-facing to forward-facing as a child grows — typically carry this dual certification. Most major brands from Graco, Chicco, Britax, and Evenflo have it. You can check FAA regulations on the official site for the current list of approved restraint types. Forward-facing harness seats also generally qualify. The CARES harness is a specialized option — an FAA-approved aircraft-specific harness that attaches to the aircraft seat back, works for kids between 22 and 44 lbs who are at least one year old, and is sold specifically for air travel.
Booster seats are different. A backless booster or a high-back booster without a harness is NOT FAA-accepted for aircraft use — period. The FAA's acceptance of a CRS on a plane depends on the seat using its own harness system to secure the child independently.
A booster seat just redirects the vehicle seatbelt; on a plane, that means the lap belt, which isn't designed for a small child's body. A child in a booster must be able to fit and use the aircraft lap belt on their own. Most kids under about 4 years old can't do that safely without slipping out.
If your child is under roughly 40 lbs and under age 4, bring an FAA-certified convertible car seat or the CARES harness and buy them their own seat. Over 40 lbs and old enough to sit with a lap belt properly? They can use the aircraft lap belt without a CRS. The FAA's recommendation is clear — young children are safer strapped into an approved restraint than held in a lap during turbulence or an emergency deceleration on the runway. Lap-held children can't be protected in a sudden stop — the physics just don't work in their favor.
Since 2013, the FCC and FAA jointly changed the rules: most personal electronic devices can be used gate to gate, as long as they're in airplane mode. There's no list of 'FAA approved electronics.' The rule isn't about the device — it's about the signal. Your phone, tablet, laptop, e-reader — all fine in airplane mode throughout the entire flight.
Phones must go to airplane mode before the doors close. The airline can allow WiFi and Bluetooth even in airplane mode — most major US carriers do. Cellular data and cellular voice calls stay off. Laptops and tablets need to be stowed for takeoff and landing on many carriers, even if you're allowed to use them at cruise. Individual airline policies vary — check before you fly, especially on regional or international carriers where rules differ from US domestic practice.
What isn't allowed isn't about 'approval' either. Hoverboards, e-scooters, and self-balancing boards are banned from checked and carry-on baggage on nearly all US airlines — that's because of the lithium battery fire risk, not because the FAA ran some product review. Spare lithium batteries must go in carry-on, not checked bags. A fully charged portable battery pack in your carry-on is fine. You can check FAA registry records for aviation-related certifications, but there's no consumer electronics registry on file anywhere.
Drones deserve a separate mention. The FAA regulates drones — registration, flight rules, Part 107 certification for commercial use — but it doesn't 'approve' specific drone models for sale or use. Bringing a drone on a plane is generally fine as long as the battery is under 100Wh and in carry-on. Flying it without registration or in restricted airspace is where the FAA rules actually bite. The FAA's drone registration database is real; a 'drone approval list' is not.
Medical devices on planes have their own nuance. CPAP machines are generally allowed as carry-on medical devices and don't count against your bag limit on most airlines. Portable oxygen concentrators must be on the FAA's approved POC list for in-flight use — there's a real list of about 20 approved models. If you need supplemental oxygen, contact your airline at least 48 hours in advance. Not every POC is on the list, and arriving at the gate with an unapproved concentrator creates a genuine problem.
Phones and tablets: Airplane mode required before doors close. WiFi and Bluetooth may be enabled if the airline allows — most US carriers do. No cellular calls or cellular data. Stow during takeoff and landing if the airline requires it. No restrictions on watt-hours for internal batteries installed in devices.
Lost or stolen devices in-flight: report to the airline. The FAA doesn't maintain a passenger device registry.
Laptops: Allowed in airplane mode gate to gate. Must be stowed under the seat in front or in overhead during takeoff and landing on most US carriers. Laptop batteries are generally under 100Wh — no issue. Check with the airline if your gaming laptop has a high-capacity battery pack over 100Wh.
TSA tip: remove your laptop from your bag at security checkpoints — required in standard lanes, not required for TSA PreCheck.
Portable battery packs (power banks): Must go in carry-on — never checked baggage. Under 100Wh: no approval needed, bring as many as you want within reason. 100–160Wh: need airline approval, limit 2 per passenger. Over 160Wh: not allowed on passenger aircraft. Most retail power banks are under 100Wh — check the label.
Drones: Drone body allowed as carry-on or checked. Battery must be under 100Wh to go in carry-on freely. Spare drone batteries must always be in carry-on, not checked.
E-scooters and hoverboards: Banned from all US airline flights — carry-on and checked. The lithium battery packs are too large and fire risk is too high. This isn't a product 'approval' issue — it's a blanket hazmat restriction.
This is the part of 'FAA approved' that actually means something rigorous. For pilots, mechanics, and aviation professionals, FAA certification programs are specific, demanding, and genuinely mandatory for legal flight operations. They just have nothing to do with whether you can bring your iPad on a Southwest flight — two completely separate worlds sharing one confusing phrase.
Parts Manufacturer Approval (PMA) is the FAA's certification for aircraft parts. If you're replacing a component on a certified aircraft — an engine part, a landing gear component, a structural fitting — that replacement part needs either an OEM certification or PMA approval to be considered airworthy. PMA holders go through rigorous engineering review to prove their parts meet FAA airworthiness standards. Not a sticker you apply for online. Actual engineering data, test results, conformity inspections — the PMA process is serious.
Technical Standard Orders (TSO) govern avionics equipment. A TSO authorization means the FAA has reviewed a specific piece of aviation electronics — a GPS navigator, a transponder, an ELT — and confirmed it meets defined performance standards. Products like Garmin's aviation GPS units carry TSO authorizations. Third-party flight planning apps like ForeFlight or Garmin Pilot use FAA-sourced aeronautical data and work on electronic flight bags (EFBs), but the apps themselves don't require individual TSO authorization in the way certified avionics do. The data is official; the app wrapper isn't regulated.
Pilot supplies are a separate category. Headsets, kneepads, flashlights, portable handheld radios — none of these require FAA approval. They're personal equipment. A Bose A20 aviation headset doesn't have an FAA certificate; it doesn't need one. What pilots do need FAA certification for: the aircraft itself (airworthiness certificate), the avionics installed in the panel (TSO or STC), and replacement parts (OEM or PMA). Personal gear is a commercial decision, not a regulatory one. You can fly a Cessna 172 with any headset you want.
For student pilots preparing for the knowledge test, understanding these distinctions matters. FAA flight delays and airspace management are driven by systems that carry real certifications. The air traffic controller salary reflects the responsibility that comes with managing certified, regulated airspace. Sectional charts — the paper or digital charts pilots use for VFR navigation — are published by the FAA's Aeronautical Information Services and updated on 56-day cycles. You can also practice with our FAA airspace practice test to prepare for the written knowledge exam and build confidence with airspace classification questions.
Luggage locks — TSA governs those, not the FAA. The TSA's 'accepted' padlocks list means TSA agents can open them with a master key; the FAA has no role in your lock choices. Strollers? Not an FAA concern. Gate-checked, stowed in cargo, returned at the jetway — that's airline and airport policy, full stop.
Food, medications, and medical devices get more nuanced. The FAA doesn't approve foods for flight. The TSA has rules about liquids over 3.4 oz in carry-on — that's a security rule, not an in-flight rule. Medical devices like CPAP machines and portable oxygen concentrators have their own rules: the FAA requires airlines to allow FAA-approved portable oxygen concentrators, but your CPAP can generally come as a carry-on medical device. Always notify the airline in advance for oxygen equipment — don't assume they know, and don't assume your POC is on the approved list without checking.
Alcohol has one rule that's actually FAA: you can't drink your own alcohol on a plane. Open containers brought from outside can't be consumed in the cabin — that's FAA, not just the airline. The airline can serve you; you can't serve yourself. It's a genuinely obscure one, but it's federal law. Enforcement is up to the crew, but violations carry real fines.
What about water bottles, snacks, baby food? None of those are FAA concerns. TSA has rules about liquids through security checkpoints. Once you're past security and boarding, the in-flight rules are about devices, batteries, and restraints — not food packaging or personal care items. The 'FAA approved water bottle' you see on Instagram? Marketing fiction, every time.
Bottom line: when you see 'FAA approved' on consumer packaging, treat it skeptically. Ask which specific FAA standard applies. For car seats, look for the dual-certification label — that one is real. For electronics, focus on airplane mode compliance. For aviation equipment, PMA and TSO are the real certification marks. For pilots studying for the knowledge exam, understanding how the FAA regulations system works is part of the curriculum. Everything else — luggage, bags, locks, strollers, water bottles — the FAA isn't in the picture at all.