This Company is Launching Drones from Submarines | David Smith

This Company is Launching Drones from Submarines | David Smith

EPISODE SUMMARY In this episode of Hangar X, host John Ramstead speaks with Robinson Helicopter CEO David Smith about the future of manned and unmanned aviation. David shares Robinson’s vision for the “Era of Both,” where pilots and autonomous systems work together to expand vertical lift operations. The discussion covers Robinson’s acquisition of Ascent AeroSystems, the launch of Robinson Unmanned, and the company’s focus on scalable manufacturing, affordability, and aviation-grade reliability. David also explains why Robinson continues building on proven platforms like the R44 and R66 while partnering with companies such as Sikorsky, Rotor Technologies, and Skyrise to accelerate autonomy. EPISODE HIGHLIGHTS * Robinson’s expansion into autonomous aviation and unmanned systems * Why the future of aerospace is manned + unmanned operations * The acquisition of Ascent AeroSystems and Robinson Unmanned * Autonomous applications in defense, logistics, and public safety * Drone swarm concepts for emergency response and surveillance * The importance of scalable manufacturing and aviation-grade quality * Why Robinson chose proven aircraft platforms over clean-sheet designs * The future of autonomous cargo delivery and contested logistics * Hydrogen-powered rotorcraft and sustainable aviation KEY POINTS & TIMESTAMPS [00:03:51] Why Robinson Entered the Drone Market Public safety and integrated operations drove Robinson’s interest in drones. [00:06:48] The “Aircraft Carrier in the Sky” Concept Helicopters deploying fleets of drones for rescue and surveillance missions. [00:09:13] The “Era of Both” — Manned + Unmanned Aviation Pilots will oversee autonomous systems instead of being replaced. [00:12:05] Why Robinson Acquired Ascent AeroSystems David explains the value of Ascent’s compact coaxial drone technology. [00:15:35] Robinson Unmanned and Cargo Aircraft Autonomous cargo platforms for logistics, agriculture, and defense. [00:20:32] Why Robinson Avoided Clean-Sheet Aircraft Designs Using proven aircraft reduces development risk and speeds innovation. [00:24:49] Hydrogen-Powered R44 The episode highlights Robinson’s hydrogen fuel-cell helicopter testing. [00:30:53] Where Autonomous Aviation Will Arrive First Defense logistics and contested supply chains are likely early adopters. [00:34:05] Civilian Applications Potential uses include organ transport, disaster relief, and cargo delivery. [00:40:22] Integrating Autonomous Aircraft Into Civil Airspace The discussion explores future air traffic systems for autonomous flight. GUEST BIO DAVID SMITH David Smith is the CEO of Robinson Helicopter Company and a leading advocate for the future of vertical lift aviation. Under his leadership, Robinson has expanded into autonomous systems, unmanned aerial vehicles, and next-generation aerospace technologies. Before joining Robinson, David held engineering and leadership roles across the aerospace and defense industries, specializing in rotorcraft development and autonomous aviation systems. https://www.linkedin.com/in/david-smith-43728213 [https://www.linkedin.com/in/david-smith-43728213] ABOUT ROBINSON HELICOPTER COMPANY Robinson Helicopter Company is a leading helicopter manufacturer known for reliable and affordable rotorcraft including the R22, R44, and R66. Founded in 1973 and headquartered in Torrance, California, Robinson has expanded into autonomous aviation and unmanned systems through Robinson Unmanned. NOTABLE QUOTES * “The future is not manned or unmanned — it’s both.” — David Smith * “Helicopters are first and foremost life-saving vehicles.” — David Smith * “The sky is still a massively untapped resource.” — David Smith * “You need predictable quality, high scale, and affordability.” — David Smith * “We’re trying to build autonomy from the perspective of a real aviation company.” — David Smith * “The solution to many military logistics risks is taking people out of the chain.” — David Smith * “Our goal is to protect the future of aviators while embracing autonomy.” — David Smith

Is America Losing The Drone War? | Miriam McNabb

Episode Summary In this episode of Hangar X, host John Ramstead sits down with Miriam McNabb, Editor-in-Chief of DroneLife, for a wide-ranging and deeply insightful conversation on the forces shaping the drone industry today. From dual-use technology and global competitiveness to regulatory bottlenecks and the critical role of spectrum, Miriam unpacks what’s hype versus reality—and what operators, investors, and innovators need to understand to stay ahead. The discussion dives into how military innovation is accelerating commercial drone adoption, why bandwidth may be the most overlooked constraint to scaling operations, and how AI and autonomy are transforming real-world use cases. Miriam also challenges common narratives—especially the idea that the U.S. can’t compete globally—and offers a grounded yet optimistic view of where the industry is headed. EPISODE HIGHLIGHTS * The rise of dual-use drone technology and its impact on both military and commercial sectors * Why bandwidth and spectrum policy could determine the future of BVLOS operations * The real story behind U.S. vs. China drone competitiveness * How AI + drones are unlocking massive ROI in asset inspection and operations * Why manufacturing—not innovation—is the U.S.’s biggest challenge KEY POINTS WITH TIMESTAMPS * [00:00:00] Miriam’s perspective on American innovation and why she won’t bet against it * [00:03:17] The concept of dual-use technology and its growing importance in the drone ecosystem * [00:05:45] Shift from hype-driven funding to contract-based growth and scaling * [00:07:26] U.S. vs. China drone gap: price, scale, and innovation dynamics * [00:10:25] Manufacturing constraints and why demand must precede scale * [00:12:55] FCC’s role in controlling airwaves—and why it matters more than people think * [00:15:30] Why BVLOS is critical for economic viability—and depends on reliable bandwidth * [00:18:42] The need for operational processes (like UTM) to scale drone ecosystems * [00:22:32] Counter-UAS: detect, identify, mitigate—and why it’s essential for scale * [00:28:08] Legal and practical challenges of drone mitigation in civilian environments * [00:33:24] AI’s strengths and limitations in real-world drone operations * [00:35:15] Digital twins and AI-powered asset inspection transforming ROI * [00:40:50] Myth-busting: Why the U.S. can catch up in drone innovation and manufacturing GUEST BIO: MIRIAM MCNABB Miriam McNabb is the Editor-in-Chief of DroneLife, one of the leading publications covering the commercial drone industry. A seasoned journalist and industry analyst, she has authored thousands of articles spanning public safety, drone delivery, FCC policy, counter-UAS systems, and autonomy. With over a decade immersed in the drone ecosystem, Miriam is known for her deep industry insight, balanced analysis, and ability to translate complex regulatory and technical topics into actionable intelligence for operators, investors, and innovators. She is also a frequent speaker at global industry events and a recognized voice in shaping the conversation around drone policy and adoption. ABOUT DRONELIFE DroneLife is a leading online publication focused on the global commercial drone industry. It delivers daily news, insights, and analysis on topics such as drone technology, regulations, public safety, delivery systems, and emerging use cases. Known for its in-depth reporting and industry expertise, DroneLife serves as a trusted resource for operators, investors, policymakers, and innovators looking to stay informed about the rapidly evolving drone ecosystem. Notable Quotes “I’m never going to bet against American innovation… part of that’s patriotism, but a lot of it is experience.” “The person with the most drones wins… it’s a fundamental shift in how war—and technology—works.” “Bandwidth is everything. Without it, you can’t scale—especially for BVLOS.” “You can’t scale manufacturing on good intentions—you need actual demand.”

Drone Supply Chains Still Depend on China | Bobby Sakaki

In this episode of Hangar X Studios, host John Ramstead sits down with Bobby Sakaki—Founder & CEO of UAS Nexus and one of the most deeply embedded operators in the drone ecosystem. This conversation goes far beyond drones. It dives into the real bottlenecks shaping the future of aerospace innovation: fragile supply chains, overreliance on foreign manufacturing, lack of software maturity, and the capital intensity of building next-generation systems. Bobby breaks down why drone dominance won’t be won in the air—but in manufacturing, infrastructure, and collaboration. He offers an unfiltered look at the challenges facing Western drone companies, the unintended consequences of regulation, and why mission-driven engineers—not profit-driven ones—are shaping the future. EPISODE HIGHLIGHTS * Why supply chain dependency on China is the biggest challenge in the drone industry * The concept of “commoditized drones”—and why the drone itself no longer matters * How software (not hardware) is the biggest blind spot for most drone companies * The rise of industry consolidation and M&A driven by capital constraints * Why vertical integration works (and when it doesn’t) * The importance of interoperability vs vendor lock-in * The role of mentorship, humility, and mission-driven work in building impactful companies KEY POINTS WITH TIMESTAMPS [00:03:05] The Core Industry Problem Reliance on Chinese supply chains and the urgent need for domestic resilience. [00:04:34] Why Fixing Supply Chains Is Hard Drone supply chains depend on adjacent industries like EVs and consumer electronics. [00:05:54] Practical Challenges for Builders Today Limited component suppliers and inability to scale production to meet demand. [00:06:30] UAS Nexus Approach Creating a supplier-agnostic ecosystem to avoid vendor lock-in. [00:07:42] The “DJI Effect” Market dominance, pricing pressure, and lack of comparable Western alternatives. [00:10:05] Regulatory Constraints How FCC and NDAA restrictions may unintentionally slow U.S. innovation. [00:12:58] Data Security Concerns Real risks vs perceived risks in foreign drone technology. [00:15:56] Why UAS Nexus Was Founded Solving shared industry problems through collaboration. [00:20:11] Where Drone Companies Get It Wrong Severe underinvestment in software talent and capabilities. [00:21:01] Skydio Case Study Vertical integration, heavy software investment, and lessons learned. [00:26:34] Innovation vs Capital Reality Why building cutting-edge drone tech is extremely expensive. [00:27:35] Industry Consolidation Coming M&A driven by IP, contracts, and talent—not just revenue. [00:29:04] “Nobody Cares About the Drone” Drones are tools—what matters is payload, mission, and outcomes. [00:30:32] Commoditization of Hardware Shift toward standardized components and system integration. [00:32:29] First-Mover Advantage in Components Core technologies (not platforms) create defensible advantages. [00:33:49] Advice for Builders Passion and mission matter more than money. [00:35:22] Collaboration Over Competition Why burning bridges is one of the biggest mistakes in the industry. [00:36:20] Power of Mentorship Cold outreach and learning from experts can change career trajectories. [00:40:00+] Future of the Industry We are still in the early “Windows 95 era” of drones—massive innovation ahead. GUEST BIO: BOBBY SAKAKI Bobby Sakaki is the Founder and CEO of UAS Nexus, a curated marketplace and syndicate focused on NDAA-compliant drone systems and components. He is a seasoned drone industry expert with experience advising Fortune 500 companies, federal agencies, and startups on technology strategy, supply chains, and system integration. Previously, Bobby held leadership roles in product and business development at companies like Ascent AeroSystems, Autel Robotics, and WhiteFox. His work spans the full UAS ecosystem—from hardware and components to operational deployment. About UAS Nexus  UAS Nexus is a specialized aerospace and drone technology company that provides OEM-level integrations, custom software, and curated access to drone components and systems. Built as a network of experienced engineers and industry experts, the company helps organizations simplify the complexity of unmanned systems by delivering seamless integration across sensors, autopilots, communication systems, and payloads. NOTABLE QUOTES “Drone dominance isn’t going to start with aircraft—it’s going to start with rebuilding our industrial base.” “Nobody gives a damn about the drone. They care about what it does.” “The most impactful engineers are not motivated by money—they’re motivated by mission.” “You don’t have to be a drone nerd. You just have to care.” “We’re all building with the same Lego blocks—the difference is how you assemble them.”

Drones Just Become 10x Cheaper to Build | Brian Hinman

In this episode of Hangar X Studios, host John Ramstead sits down with serial entrepreneur and SiFLI CEO Brian Hinman to unpack a pivotal shift happening in the drone and aerospace industry. Hinman argues that we are entering a “reset moment”—where breakthroughs in endurance, autonomy, AI, and regulatory change are redefining what drones can do and where they can operate. Moving beyond visual line of sight (BVLOS) is no longer theoretical—it’s the next frontier, and it changes everything from aircraft design to infrastructure and business models. EPISODE HIGHLIGHTS * Why endurance—not autonomy—is the true unlock for next-gen drone applications * The shift from visual line of sight to BVLOS and why it resets the entire industry * How SiFLI is building helicopter-like drones at a fraction of the cost * The physics behind drone efficiency: battery weight fraction & disk loading * Why quiet drones are critical for public adoption * The growing dominance of public safety applications (police, fire, SAR) KEY POINTS WITH TIMESTAMPS [00:00:00] – Hardware innovation is accelerating AI is reducing the cost and complexity of building advanced hardware products—potentially by 10x. [00:01:55] – The endurance problem in drones Most drones are limited by minutes of flight time, restricting real-world applications. [00:02:57] – The BVLOS opportunity Breaking beyond visual line of sight changes everything—endurance, aerodynamics, and system design become critical. [00:04:56] – Endurance vs. autonomy Endurance is foundational—without it, autonomy has limited impact. [00:06:38] – Rethinking drone architecture SiFLI designs drones as quadcopters optimized for forward flight, blending hover and cruise efficiency. [00:08:10] – Battery weight fraction explained Optimal efficiency occurs when ~2/3 of aircraft weight is battery—unlocking longer endurance and lower costs. [00:13:01] – Disk loading & noise reduction Lower disk loading improves efficiency and dramatically reduces noise (noise scales to the 6th power of tip speed). [00:17:26] – Vortex ring state in drones As drones scale, helicopter-like aerodynamic risks emerge—requiring new flight strategies. [00:19:22] – Real-world flight operations Operating like a helicopter (takeoff/landing into wind) is critical for stability and safety. [00:21:35] – From product to infrastructure Drones are evolving into always-on systems (e.g., drone-as-first-responder). [00:22:56] – Industry demand surge Despite perceptions, the drone market currently lacks viable solutions for future needs. [00:24:17] – Key growth sectors Public safety, agriculture, inspection, and logistics are major opportunities. [00:27:35] – Supply chain disruption New regulations are forcing U.S.-based manufacturing and reshaping the industry. [00:32:03] – What founders get wrong Many startups rely on assembling third-party components instead of building core technology. [00:34:20] – Why hardware is back AI is making hardware development faster and cheaper—renewing investor interest. [00:37:57] – The future: AI-designed hardware “World models” could enable small teams to design extremely complex systems. [00:38:57] – The regulatory bottleneck Policy evolution (Part 108, waivers) will determine how quickly the industry scales. [00:40:34] – Breaking EVTOL records SiFLI aims to surpass 200 miles in flight distance—pushing the limits of endurance. GUEST BIO: BRIAN HINMAN Brian Hinman is the CEO and Founder of SiFLI, a company building long-endurance, autonomous drones with helicopter-like performance at significantly lower cost. A seasoned serial entrepreneur, Hinman has founded and scaled multiple category-defining companies, including PictureTel, Polycom, and 2Wire—achieving multiple IPOs and successful exits. With dozens of patents and deep technical expertise, he is known for solving complex engineering challenges and building high-performance teams. ABOUT SIFLI (SIFLY) SiFly is an aerospace technology company building next-generation autonomous drones designed for long-endurance, beyond visual line of sight (BVLOS) operations. Its platforms combine helicopter-like performance with the cost efficiency of drones, enabling hours of flight time, advanced autonomy, and scalable operations across industries like public safety, inspection, logistics, and mapping. By rethinking rotorcraft design and leveraging cloud-native systems, SiFly aims to unlock a new era of mission-ready aerial intelligence.  NOTABLE QUOTES “Endurance opens up the possibility to do things that we never could do before.” “This is a complete reset happening in the drone industry.” “If your power grows faster than linear, the math says: you want more battery.” “Noise scales with the sixth power of tip speed—cut it in half, and you reduce noise by 64x.” “It’s one thing to see drones—it’s another thing to hear them.” “We don’t have a demand problem. We have a supply problem.”

The Missing Layer of Drone Airspace | Mehrnaz Sabet

In this forward-looking episode of Hangar X, host John Ramstead sits down with Cornell PhD candidate and autonomy researcher Mehrnaz Sabet to explore one of the most critical challenges in aerospace today: scaling drone operations safely and efficiently. Rather than framing autonomy as a replacement for humans, Mehrnaz introduces a powerful paradigm—collaborative autonomy—where humans and intelligent systems learn from each other to unlock entirely new operational capabilities. From search and rescue missions to dense urban drone delivery, this conversation dives deep into the infrastructure, AI, and coordination systems needed to support millions of drones in the sky. The discussion also uncovers groundbreaking work from Project Orion (NASA-funded), real-time simulation environments that blur the line between physical and virtual testing, and the urgent need for next-generation traffic management systems. If you're building, operating, or investing in the future of autonomous aviation—this episode is essential listening EPISODE HIGHLIGHTS * The shift from “human-out-of-the-loop” to collaborative autonomy * How drones learn from human experts in high-stakes environments like search & rescue * Inside Project Orion and NASA-backed traffic management innovation * The hidden infrastructure problem blocking drone scalability * Real-time simulation: testing thousands of drones without leaving the ground * The role of synthetic data in training autonomous systems * Why interoperability and communication standards are the next big hurdle * How academia is shaping the future of airspace—years ahead of industry KEY POINTS WITH TIMESTAMPS * [00:00:00] – The origin of a new idea: applying drone coordination learnings to broader air traffic management challenges * [00:01:23] – Framing the big question: Can autonomy truly scale in aerospace? * [00:04:38] – Introducing collaborative autonomy: humans and machines working together * [00:06:27] – One-to-many operations: how a single operator can manage multiple drones * [00:07:29] – Teaching drones from human behavior in complex missions like search & rescue * [00:10:09] – The birth of Project Orion and NASA’s involvement * [00:10:44] – Realization: coordination challenges exist across all airspace, not just public safety * [00:12:57] – Building next-gen traffic management infrastructure * [00:14:19] – The testing problem: why current drone test environments fall short * [00:15:39] – Simulating high-density operations (e.g., 200 drones/km²) * [00:18:24] – Real-time simulation + physical testing = breakthrough validation approach * [00:22:25] – What is synthetic data and why it matters * [00:24:07] – Key challenges: vision-based navigation and dynamic occlusion * [00:25:54] – Cooperative perception: drones sharing information in real-time * [00:26:28] – The need for interoperability and communication standards * [00:28:42] – Academia’s role: thinking 5–10 years ahead of industry * [00:32:27] – Two priorities for scaling: infrastructure and safety GUEST BIO: MEHRNAZ SABET Mehrnaz Sabet is a PhD candidate at Cornell University, specializing in collaborative autonomy and multi-agent machine learning for drones. Her research focuses on enabling autonomous systems to operate effectively alongside humans in complex, real-world environments. She is a key contributor to Project Orion, a NASA-funded initiative aimed at developing next-generation air traffic management systems for scalable drone operations. Her work spans AI-driven autonomy, real-time simulation environments, and infrastructure design for high-density aerospace systems. NOTABLE QUOTES “You cannot have a system completely out of the loop from humans. Autonomy has to be collaborative.” “The technology is already there. What we lack is the infrastructure to scale it safely.” “If one drone cannot see an obstacle, it should still know about it—from other drones.” “We shouldn’t just build for the next five years—we should build infrastructure that scales for the future.” “Test infrastructure is underestimated—but it’s critical for safety and public trust.”