Rechargeable Devices in Aviation: Safety Risks and Prevention

Do your workforce "travel smart" when carrying electronic devices? 🪫 💻 ✈️ As cited by a recent StrategicRISK article, when it comes to the transportation and use of lithium batteries in aircraft, there are growing regulatory concerns over the threat they pose to air safety. US Federal Aviation Administration (FAA) data shows a number of safety events involving lithium batteries, including power banks and portable chargers, can act as ignition sources and potentially start onboard fires. The International Air Transport Association (IATA) has launched a new campaign to educate passengers on how to handle their batteries responsibly on board. The association said its recent passenger survey showed that most travellers now fly with lithium-powered devices: 83% carry a phone 60% carry a laptop 44% carry a power bank Read more here for safety rules to ensure safe travel with Lithium Batteries >https://lnkd.in/d_fxyyUX

🔋✈️ How Likely Is a Lithium Battery to Explode on a Plane? Spoiler: It’s rare—but not impossible. With millions of devices flying daily, lithium batteries are essential travel companions. Phones, tablets, laptops, e-readers—all powered by lithium-ion cells. But headlines about battery fires raise a real question: 👉 How likely is it that one could explode mid-flight? 📊 The odds are low—but the risk is taken seriously. The FAA reports hundreds of battery-related incidents over the past decade—but that's out of millions of flights. Most incidents involve damaged, counterfeit, or improperly stored batteries, or devices crushed in seat mechanisms. 🔥 When issues do occur, the risk is serious: A lithium battery in thermal runaway can catch fire, emit toxic smoke, and reignite. Airlines train crew to respond instantly—with special extinguishers and containment bags. ✅ What keeps us safe? - Strict aviation regulations (no spares in checked bags) - Passenger awareness - Crew training and the right equipment So while the likelihood is low, the consequences are high enough that vigilance is non-negotiable. 📌 Tip for travelers: Use original chargers, don’t fly with swollen/damaged batteries, and always notify crew if a device overheats. #AviationSafety #BatterySafety #LithiumBatteries #FlightSafety #AirTravel #RiskManagement #TravelTips

⚙️ Power Stability at Every Gate — The Silent Backbone of Ground Operations. Every airport relies on hundreds of systems working together in perfect rhythm. When a plane parks, power instantly switches from its engines to the ground system — and that invisible handover has to happen flawlessly. But even small voltage drops or frequency changes can cause big problems. Cabin lights flicker. Systems reboot. Equipment wears out faster. Delays grow — and costs follow. We see this all the time across Europe and the Middle East. When several aircraft connect at once, older 400 Hz systems simply can’t keep up. Long cables, heat, and heavy load cause instability — and suddenly “routine operations” become anything but routine. That’s why at CDR Technology, we don’t leave stability to chance — we design for it. Our F-400 converters and R-28 rectifiers keep power steady under any conditions: ✅ Automatic voltage compensation keeps output stable even over 200 meters of cable. ✅ Precise 400 Hz control (± 0.01 Hz) delivers clean, reliable current every time. ✅ Advanced protection systems (ISO 6858 / MIL-STD-704F) safeguard aircraft electronics from spikes and surges. For airlines and ground crews, this means: Smooth engine starts. Consistent cabin power. Less stress on systems — and fewer costly repairs. Passengers might never notice. They’ll just see lights on, air flowing, and flights leaving on time. But we notice — because that’s what we build for. Stable power. Reliable operations. That’s what keeps airports moving — and that’s what CDR Technology delivers. #AviationTechnology #GroundSupportEquipment #PowerStability  #AirportOperations #CDRTechnology

✈️ Are you aware of your runway conditions at all times? 💡 One of the most powerful tools within our Global Runway Reporter series is the GRR Alert—a 24/7 watchdog for runway safety. Why is this a game-changer? ⏰ Timely inspections = lower costs With real-time alerts when conditions begin to change, airport operators can optimize their maintenance actions. No more spreading chemicals “just in case” or reacting too late. 🦺 Improved safety GRR Alert detects issues like risk of freezing, standing water and other significant changes that pilots needs the information for. 🧐 Regulation compliance GRR Alert takes care of regulatory compliance at all in once. Save AIREPS, landing aircraft data, weather data and much more - no need for complex systems to record mandatory data. 🌐 Used by major airports globally, GRR Alert transforms data into action—supporting smart maintenance, reduced environmental impact, and safer operations. Want to see how this could benefit your airport? Let’s connect. #AirportSafety #RunwayFriction #GRF #AviationInnovation #Moventor #Skiddometer #GlobalRunwayReporter #RunwayMaintenance #SNOWTAM

✈️ The proliferation in recent decades of devices powered by lithium-ion batteries has spurred a new wave of dangerous goods events in commercial aviation in which cell phones, laptops, power banks, and vaping devices can overheat, presenting risks to passengers, crews, and aircraft. Read the full AeroSafety World article here → https://lnkd.in/edFDiTsq #AeroSafetyWorld #AviationSafety #FlightSafetyFoundation #AviationHistory #DangerousGoods

Day 21/30 Airlines Tighten Grip on Power Banks: A Safety Imperative. The recent debate over power banks on flights stems from the increasing risk of lithium-ion battery fires. These batteries, integral to power banks, can suffer "thermal runaway" if damaged, overheated, or defective, leading to intense, self-sustaining fires that are extremely difficult to extinguish in a confined aircraft cabin. Due to a spike in onboard incidents—including smoke and fire events on taxiing and in-flight aircraft—aviation regulators worldwide are strengthening safety rules. The core measure is prohibiting power banks and spare batteries in checked baggage as a cargo hold fire is virtually unmanageable. Furthermore, many airlines are now restricting or banning their use and charging in the cabin, and mandating they be carried in hand luggage and stored under seats for quick crew access in an emergency. This proactive approach prioritizes passenger and flight safety above convenience. #AviationSafety #PowerBankRules #ThermalRunaway #FlightSafety #LithiumBatteryRisk

Air traffic control requires precision and reliability, but outdated systems can hinder performance. Check out our blog on the top 5 pain points in ATC control rooms and how modern solutions can enhance safety and efficiency: https://bit.ly/4nZOkvl #BlackBox #KVM #AirTrafficControl #MissionCritical #Airports

Air traffic control requires precision and reliability, but outdated systems can hinder performance. Check out our blog on the top 5 pain points in ATC control rooms and how modern solutions can enhance safety and efficiency: https://bit.ly/4ozNdmR #BlackBox #KVM #AirTrafficControl #MissionCritical #Airports

Always carry power banks in your hand luggage and keep them with you—never in overhead compartments or checked bags! Why? Lithium-ion batteries can undergo “thermal runaway” (rapid overheating), and recognising it early is crucial so you can respond. In 2025 alone, the FAA has recorded over 40 incidents involving lithium battery smoke, fires, or extreme heat on flights within the U.S. This is related to Emirates’ new rule: From 1 October 2025, power banks are banned during flights (no charging devices onboard), although you can still carry one under 100Wh (~27,000 mAh) in your carry-on. Other airlines are following suit amid increasing fire risks. Quick Safety Tips for Flying with Power Banks: • Carry-on only: Never check them—damage in cargo can trigger fires. • Keep them close: Store in your personal space—like on your lap, in your seat pocket, or under the seat in front of you—not in overhead bins, so you can monitor for heat/swelling. • Capacity check: Stick to under 100Wh (~27,000 mAh; most everyday ones like 10,000-20,000 mAh are fine). Get airline approval for 100-160Wh (~27,000-43,000 mAh). Always check the Wh rating on your device—mAh alone isn't enough if the voltage varies! • No unattended charging: Only use when awake—never leave plugged in, especially in bins. • Buy smart: Choose UL-certified brands; avoid cheap knockoffs prone to defects. • If it heats up: Alert the crew immediately. Water won't work on lithium fires; they need special extinguishers. Travel safe—your phone's great, but not worth the flames! 🔥✈️ Video: An Air China flight (CA139) from Hangzhou to Incheon had to make an emergency landing in Shanghai yesterday after a passenger's lithium battery power bank ignited in an overhead bin. Flames erupted mid-flight, forcing quick action from the crew, but it highlights a growing risk with these "essential" gadgets. #PowerBankSafety #FlightTips #AviationSafety