DMD Solutions

🚀 What’s next for #UAVs? 🚁 🤔 Last week at #XPONENTIAL Europe, we had the chance to talk with key players across the UAV industry - here are some takeaways. ✨  Digitalization. Automation. Safety. These are the themes driving UAV development, but behind them are deeper concerns: ⚖ Liability – Who is responsible in case of an incident?  📜 Regulatory complexity – Many need clearer guidance.  🔐 Cybersecurity – Protecting from external threats is becoming a priority.  🌍 Sustainability – How do we balance growth with environmental impact? 🏛 Government support – More companies are calling for industry backing. ⚖ Regulations - a growing a challenge. For many, this is one of the biggest hurdles. Some are already working toward higher certification levels—like Avy, currently at SAIL II but aiming for SAIL III by 2025, and Airial UAS, planning to certify through the #SORA methodology. Others are adjusting their business models to fit within existing regulatory categories. Flyability, Alpha Robotics Germany GmbH & Co KG, and ElevonX d.o.o. are operating within the open category, where requirements are clearer and more predictable. Meanwhile, some companies are focusing on military applications, where certification is not required but #reliability and #maintainability are key factors. Regulation is also driving innovation. Companies like TEKEVER are investing in UAV safety, while Germandrones GmbH is designing a UAV that may require structured regulatory compliance. Autel Robotics, the second-largest UAV manufacturer, is developing a cargo drone for the European market, meaning certification will be a crucial next step. 🎯 Which sectors are leading adoption? No surprise: military applications continue to dominate, with major players like BlueBird Aero Systems Ltd., Rheinmetall, Quantum Systems, Skyeton, and Spain’s own Alpha Unmanned Systems pushing UAVs for surveillance, mapping, and targeting. But defense isn’t the only focus: 🩺 Medical Logistics – Morpheus Logistik GmbH has secured a SAIL III permit for medical cargo UAV operations. 💨 Industrial Cleaning – Companies like DRONE VOLT are tackling challenges like tethered drone operations for wind turbine and window cleaning. 🤖 The AI factor AI is transforming UAV autonomy and mission execution, with cutting-edge advancements from companies like Data Design Engineering that help UAVs navigate complex environments. 🚀 Final thoughts: The future of UAVs The UAV industry is evolving fast, and companies are finding different ways to balance regulation, safety, and innovation. At DMD Solutions, we work alongside industry players navigating these challenges. If you’re in the UAV space and tackling certification, reliability, or safety hurdles, let’s connect. 🚁✨ #UAV #XPONENTIAL #Drones #Autonomy #Aerospace #Regulations

Our yearly commitment Aerial Cities & DroneTalks.online has been renewed once more. We are delighted with the venue for 2025 and, as usual, super proud to contribute to one of the most exclusive and important events in the innovative #UAS & #AAM sector. We see ourselves in this picture and love it dearly! 💙

🚀 Wrapping up Xponential Europe! 🇩🇪✨ Today was our last day at #Xponential Europe 2025, and it’s been a fantastic experience. Being part of this event in Europe for the first time was truly interesting—Juan Manuel Martinez and Marta Gouveia had the chance to reconnect with clients, meet new industry leaders, and explore exciting new projects shaping the future of the UAV sector. 🚁 A big thank you to everyone who stopped by the Spain Pavilion by ICEX to chat with us at DMD Solutions and our partners! Looking forward to continuing the conversations, and if you missed us - learn more about how we help get UAVs flying here: https://dmd.solutions/ ☺️ See you next year! 👋 #XponentialEurope #Aerospace #DMDSolutions #Drones #Innovation #SAIL3 #SafetyEngineering

🚀 Day 1 at #Xponential Europe in Düsseldorf! 🇩🇪✨ We’re here at the Spain Pavilion 🇪🇸 with ICEX Spain ready to connect with UAV innovators. 🚁 It’s a beautiful sunny day—perfect for talking about the future of aerospace. ☀️ Shoot a message to Juan Manuel Martinez or stop by and see us, we'd love to chat! 📍 If you're a #UAV provider looking to achieve SAIL III certification, our partners at BCN Drone Center are also in the Spain Pavillion! Come by, and let's discuss how we can help you navigate the path to certification. See you here! 👋 #XponentialEurope #Aerospace #DMDSolutions #Drones #SafetyEngineering

Did You Know? ⚠️ 🚀 🤔 In December, EASA - European Union Aviation Safety Agency released new Means of Compliance (MoCs) for SAIL III — and they come with a long list of requirements for #UAV manufacturers. 🔍 Risk assessments, airworthiness documentation, and safety appraisals—it’s almost like doing a full system safety assessment for an aircraft! But don’t worry—we can help you get it done. ✅ 😇 If you're looking to unlock the European drone market and scale your commercial UAV operations, let’s talk next week at #Xponential 2025 in Düsseldorf! 👉 XPONENTIAL Europe 📍 Find Juan Manuel Martinez and Marta Gouveia at the Spain Pavilion 🇪🇸 and let’s strategize your path to SAIL III certification together. Learn more about EASA's new Means of Compliance here: [https://lnkd.in/dUwdiKcw]

🛠️ What is #RAMS in Aerospace Engineering? 🤔 🛫 Reliability. Availability. Maintainability. Safety. 🦺 🚁 These four principles form the foundation of RAMS engineering, ensuring that aerospace systems operate effectively, minimize downtime, and meet stringent safety and certification requirements. ⚠️ From initial design to decommissioning, RAMS plays a critical role in system development, certification, and operational efficiency. Swipe through the carousel for an overview, and dive deeper into how RAMS fits into the aerospace lifecycle in our latest article: 🔗 https://lnkd.in/dJ8XU5Jz We break down: 📌 ARP 4761 & ARP 4754—why they matter for safety and certification 📌 The V-Diagram—how it structures system development and verification 📌 RAMS across the aircraft lifecycle—from concept to decommissioning 📣 This content is based on a class led by our CEO Dario Di Martino and our engineer Adrià Barja Peláez at ESEIAAT-UPC covering RAMS in Certification in the Master's Degree in Aerospace Vehicle Engineering. #RAMSEngineering #Aerospace #Reliability #Safety #Engineering #SystemsEngineering #Aviation #EASA #FAA

🚀 From Intern to Junior Engineer! At DMD Solutions we celebrate growth and today, we’re proud to highlight Xavier Hernández Guijarro, who is transitioning from an #Intern to a Junior RAMS Engineer! 🎉 Xavi comes from Olesa de Montserrat and is about to complete his Master’s in Aerospace Engineering at ESEIAAT-UPC (Terrassa)—a degree he pursued based on his passion for space and rockets. 🛰️ 🚀 Before joining DMD Solutions, Xavi gained hands-on experience at Johnson Controls–Hitachi Air Conditioning, where he worked on optimizing production processes, improving efficiency, and even designing a new production line. Outside of work, Xavi is a chess enthusiast ♟️ , having played since childhood. He competes in a club league on weekends 🏆 and also enjoys sports in general. Xavi is most excited about the chance to contribute to innovative aerospace projects, ensuring the reliability and safety that define the industry. He also values the dynamic and collaborative work environment at DMD Solutions that allows him to keep learning and growing. 💡 Join us in congratulating Xavi on this exciting new step in his career! We can’t wait to see his impact on the future of RAMS engineering and aerospace safety. 👏✨ #AerospaceEngineering #SafetyEngineering #RAMS #CareerGrowth #MeetTheTeam #DMDSolutions #CS25

🚨 Warning: Wireless Drone Charging Ahead! 🚨 What if drones could recharge without cables, connectors, or human intervention? 🤯 At DMD Solutions, our CMO Joana Verdera joined Eugeni Llagostera Saltor Llagostera, CEO of Magnetika, and Roger Muñoz Romero, Electronic Engineer at Magnetika, at BCN Drone Center to test their universal drone charger—and the results were impressive. Imagine drones landing on a pad, wirelessly recharging—even with misalignment and strong winds—before heading back into action. 💡 Why this is a breakthrough for drone operations? ⚡ Autonomous charging → No need for human intervention, cables, or connectors—just land the drone and charge. 📡 Misalignment & air gap flexibility → Charges even if the drone isn’t perfectly aligned and also at a distance, making it ideal for real-world conditions. 🌍 Enables new applications → From agriculture to defense, this tech makes autonomous drone operations more practical than ever. 🚁 A more resilient, efficient, and scalable charging infrastructure is now a reality. 📽️ Watch the full test in action and see how Magnetika is shaping the future of drone charging! 👇 For those who want to dive deeper into the tech behind it, check out our full write-up here: 🔗 [https://lnkd.in/d4_nw-EQ] At DMD Solutions, we’re always following the latest innovations in aerospace. Join our RAMS Academy to stay updated on the future of reliability, availability, maintainability, and safety in aviation and drone technology! 🚀 🔗 [https://lnkd.in/dH_z-eqr] Will wireless charging be the key to making drone operations truly autonomous? Let’s discuss in the comments! 👇 #Drones #Aerospace #WirelessCharging #Innovation #AutonomousTech

📢 How Has Safety Evolved in the Past Decade? Over the past ten years, safety in aerospace engineering has shifted from being a compliance-driven requirement to an integral part of the development process. As ESRA SANLI SERAN, Director at Safran Passenger Innovations, explains in this clip, requirements-based engineering has placed safety-derived requirements at the core of system development. ⚒️ 🫀 🔎 What’s changed? - 📝 Lessons learned from conventional aircraft (fixed-wing, helicopters) are now shaping the next generation of air mobility—including eVTOLs. - ⚖️ Industry standards like ARP4754 and ARP4761 ensure that safety isn’t just considered at the end, but embedded from the very start of development. - 🪜 Achieving certification and reliability now depends on a structured, safety-first approach—not a recommendation, but a necessity. These shifts highlight the growing role of safety as a fundamental engineering principle, ensuring that emerging aviation technologies meet the highest standards of reliability and regulatory approval. 🛩️ This discussion is just one part of our webinar on the safety of future skies 🌥️ where industry experts explore the evolving landscape of Advanced Air Mobility (AAM). 📺 Watch the full panel here: [https://lnkd.in/diefbhfJ] #AviationSafety #AerospaceEngineering #AdvancedAirMobility #SafetyByDesign #eVTOL #RiskManagement #Certification

🛩️ 8 steps of a Failure Modes and Effects Analysis (FMEA) ⁉️ 🧯 Failure Modes and Effects Analysis (FMEA) is a systematic, bottom-up approach to identifying potential failures in individual components and assessing their impact on the overall system. It is widely used in aerospace to meet stringent safety and reliability standards, including #ARP4761, ensuring compliance and system certification. ✈️ When is FMEA used? 🤔 ⏲️ FMEA is typically conducted during the early stages of system design and development to proactively identify and mitigate risks. By analyzing potential failure modes and their effects, engineers can address issues before they escalate, reducing costly redesigns and ensuring the system performs as intended. Why is FMEA important? 🤨 ⚡ In aerospace, safety and reliability are non-negotiable. FMEA provides a structured way to assess risks, prioritize critical issues, and implement preventative measures. It helps engineers design systems that not only meet certification requirements but also deliver the highest level of safety and performance. To support effective FMEA implementation, we’ve developed two valuable resources: 1️⃣ 8 Steps to Perform a FMEA Analysis 🪜 – A detailed, step-by-step guide to mastering FMEA. https://lnkd.in/dERT_qaN by Gerard Villalta i Quintana 2️⃣ FREE FMEA Template 📄 – A practical tool to streamline the process and apply it effectively. https://lnkd.in/dDu5CZdu by Nidhi Vishwakarma These resources are designed to help professionals conduct FMEA confidently and ensure robust system designs, start exploring today! 🔎 💫