『The Future in Flight Podcast』のカバーアート

The Future in Flight Podcast

The Future in Flight Podcast

著者: Creative Relay Media
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Ready to explore the skies and unlock your potential in aviation? The Future in Flight Podcast is your go-to weekly show for inspiration, education, and empowerment. Produced by Creative Relay Media and AviNation USA, this engaging podcast connects young adults, teens, and their families with the tools and insights they need to pursue fulfilling aviation careers and hobbies. Each episode features captivating stories, expert interviews, and practical advice, blending family-friendly entertainment with cutting-edge industry insights. From highlighting young achievers to diving into the latest aviation technology, The Future in Flight Podcast is your roadmap to discovering the endless possibilities in the world of flight. Whether you’re dreaming of becoming a pilot, exploring aerospace engineering, or simply curious about the aviation industry, this podcast equips you to take off toward your goals. Subscribe now and join a growing community of future aviators ready to soar to new heights!Copyright 2024 All rights reserved.
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  • Hands-Free Hangars & Autoland Aircraft: Tech That's Transforming Aviation
    2025/06/03
    Summary This episode of The Future in Flight Podcast explores the cutting-edge technology transforming aviation today through three fascinating and educational segments. First, Philip Matkovsky, CEO of Moviynt (now part of Vuzix), reveals how augmented reality smart glasses and artificial intelligence are revolutionizing aerospace logistics at companies like Airbus Helicopters US, enabling workers to manage complex operations hands-free with voice commands and automatic scanning. Next, we dive deep into the game-changing Cirrus SR22 G7 SafeReturn system with Ivy McIver from Cirrus Aircraft, exploring how this revolutionary technology allows passengers to land an aircraft with the push of a button when pilots become incapacitated—featuring AI that takes control of all aircraft systems, communicates with air traffic control, and executes safe landings automatically. Finally, our STEM in Flight segment breaks down the fascinating science of how weather impacts aviation, from turbulence physics and air pressure changes to thunderstorm wind shear and the advanced forecasting technologies that keep flights safe. As always, make sure to check out the latest edition of AviNation USA! Special thank you to episode sponsor ASA--"providing trusted aviation products and supplies for more than eighty years." Key Takeaways 🥽 Augmented Reality Revolution with Moviynt/Vuzix: Smart glasses technology eliminates traditional computer terminals and paperwork in aerospace warehouses and repair shopsVoice commands and automatic scanning using machine learning reduce training time from two days to one hourWorkers can operate completely hands-free, with software that learns job patterns and anticipates next stepsCreates new career paths in AI, AR, and machine learning beyond just coding—including process mapping and data sciencePhilip's journey from political science to tech CEO shows multiple entry points into the industryApplications extend beyond logistics to potential maintenance assistance and flight trainingResources for learning: Google ML Kit, TensorFlow, Microsoft tools, and KD Nuggets for AI/ML education ✈️ Cirrus SafeReturn: Revolutionary Safety Technology: Activates via red button accessible to all cabin occupants or automatically when pilot becomes unresponsiveTakes control of all aircraft systems: throttle, mixture, flaps, fuel pump, navigation, ice protection, and communicationsComplex 20-25 second algorithm evaluates weather, terrain, obstacles, fuel, and airport databases to find optimal landing siteProvides simplified passenger interface with clear communication about flight plan and upcoming maneuversIntegrates with CAPS parachute system, creating "three legs of safety stool" (level button, SafeReturn, CAPS)Lands at 95 knots with half flaps, uses radar altimeters, automatic braking, and provides evacuation instructionsCan be disconnected at any point, maintaining pilot authority while providing safety netRepresents fundamental shift in general aviation safety standards 🌦️ STEM in Flight: Weather Science: Weather affects aviation through three major factors: visibility, turbulence, and air pressure changesVisibility issues caused by light scattering through water droplets require instrument flight rules (IFR) and advanced navigationTurbulence results from uneven air currents caused by weather systems, jet streams, and terrain featuresAir pressure changes affect engine performance—less oxygen at altitude or low-pressure areas requires more engine workWind shear from thunderstorms creates sudden wind direction/speed changes, extremely dangerous during takeoff/landingDoppler radar technology detects wind shear in real-time at airportsArtificial intelligence advancing weather prediction accuracy and speed for better flight planningCareer opportunities in aviation meteorology and weather-resistant aircraft engineering Links Moviynt: moviynt.com Vuzix: vuzix.com Cirrus Aircraft: cirrusaircraft.com Google ML Kit: developers.google.com/ml-kit TensorFlow: tensorflow.org KD Nuggets: kdnuggets.com ASA: https://asa2fly.com/ AviNation: https://www.avinationusa.com/
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    29 分
  • Citizen Aviators in Action: Exploring the Civil Air Patrol w/Maj. Roger Levy, Cmdr. NYC CAP
    2025/05/27

    Summary

    This episode of The Future in Flight Podcast celebrates aviation’s diverse impact through three entertaining and educational stories. First, Major Roger Levy, Commander of the New York City Wing of the Civil Air Patrol (CAP), reveals how this volunteer organization has served America since 1941 with the world’s largest single-engine aircraft fleet. CAP’s missions—emergency services, aerospace education, and cadet programs—range from World War II submarine patrols to post-9/11 reconnaissance and mentoring future leaders. Next, we explore the engineering marvel of airplane tires, designed to endure extreme forces with high-pressure nitrogen, fusible plugs, and innovations like Michelin’s Near Zero Growth technology. Finally, Mike Ciochetti shares the inspiring origin of Heaven’s Landing, a fly-in community in Georgia’s Blue Ridge Mountains, born from a career-ending NASCAR crash and now offering a unique blend of aviation, luxury, and nature.

    Thank you to show sponsor ASA--your go to for pilot training supplies and more!

    Key Takeaways

    🇺🇸 Civil Air Patrol’s Legacy and Missions:

      • CAP’s three core missions—emergency services (e.g., search and rescue, disaster reconnaissance), aerospace education (aviation history and technology), and cadet programs (leadership for ages 12-18)—combine service with aviation.
      • Historical feats include sinking a German U-boat in WWII; modern roles include post-9/11 and Hurricane Sandy reconnaissance.
      • Core values—integrity, respect, service, excellence—guide CAP’s operations.
      • CAP’s Cessna fleet, with advanced infrared and glass cockpits, is ideal for missions like disaster photography, especially in complex NYC airspace.
      • Interested? Visit gocivilairpatrol.com to find and explore local squadrons.

    🛬 Airplane Tires: Engineering Marvels:

      • Airplane tires withstand massive loads (e.g., 450-ton Boeing 747) and speeds (170-200 mph) using handmade layers of rubber, fabric, and Kevlar.
      • Pressurized with nitrogen (up to 200 psi for airliners, 600 psi for the Space Shuttle) for stability across temperature swings and to prevent combustion.
      • 90% of commercial aircraft use rigorously tested retreaded tires, savable up to seven times, balancing cost and safety.
      • Specialized tires, like low-pressure (3-4 psi) tundra tires, enable bush planes to land on rough terrain but increase drag.

    ⛰️ Heaven’s Landing: A Community in the Clouds:

      • Born from Mike Ciochetti’s 1999 NASCAR crash, Heaven’s Landing is a 639-acre fly-in community in Georgia’s Blue Ridge Mountains with a 5,200-foot runway.
      • Offers two lifestyles: taxiway-adjacent homes with hangars or ridge-top homes with stunning views, surrounded by National Forest.
      • Seven minutes from Clayton, GA, with access to top restaurants and a luxury clubhouse (racquetball, gym, dining).
      • Unique perks include a partnership with a Bahamas resort (50% discount for residents) and visits from figures like Alan Jackson.
      • Learn more at heavenslanding.com or book a tour to experience the community.

    Links

    Civil Air Patrol: gocivilairpatrol.com

    Heaven's Landing: heavenslanding.com

    ASA: https://asa2fly.com/

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    34 分
  • Turning Wrenches and Building Dreams w/Bill Brown of Aviation Institute of Maintenance
    2025/05/20

    Summary

    In this episode, we take an in-depth look at aviation maintenance careers and the incredible opportunities they offer in today's job market. Bill Brown, Chief Aviation Officer at Aviation Institute of Maintenance, shares his 40-year journey in the field and discusses how the industry is facing a critical shortage of qualified technicians. The show highlights how AIM is training thousands of future professionals across 15 campuses, with graduates earning six-figure salaries within their first year. We then explore business aviation's connection to maintenance opportunities, revealing how this sector serves ten times more airports than commercial airlines and requires specialized technicians. The episode concludes with "This Month in Aviation History," celebrating May's aviation milestones that have shaped the technological evolution of aircraft and their maintenance needs.

    Thank you to show sponsor ASA--your go to for pilot training supplies and more!

    Takeaways

    • Maintenance positions offer six-figure salaries with just 21 months of training through programs like AIM.
    • Bill Brown's 40-year career spans from American Airlines engine overhaul to training the next generation of technicians.
    • The hands-on nature of aircraft maintenance provides immediate satisfaction as technicians rebuild entire engines and aircraft systems.
    • AIM operates 15 campuses across 13 states with over 6,300 students currently in training.
    • The aviation industry needs 626,000 new maintenance technicians by 2040 according to Boeing and Airbus projections.
    • Aviation maintenance careers include complete engine teardowns, aircraft inspections, and certifications for both airframe and powerplant systems.
    • Business aviation creates additional demand for skilled professionals across 5,000+ regional airports nationwide.
    • Technicians in business aviation often get exposure to cutting-edge technology before it reaches commercial aircraft.
    • Companies value maintenance personnel for their critical role in safety and operational efficiency.
    • Modern aircraft work increasingly involves advanced electronics and specialized tools as aviation technology evolves.
    • The retirement of experienced professionals is creating significant job opportunities for new technicians entering the field.
    • Diverse workplace options include airlines, manufacturing facilities (OEMs), and maintenance repair organizations (MROs).
    • Historical aviation milestones have continuously transformed aircraft maintenance requirements, from propeller planes to jets and beyond.
    • These careers provide stability and high demand across economic cycles due to strict safety requirements.

    Links

    • Aviation Institute of Maintenance training programs: https://aviationmaintenance.edu/
    • National Business Aviation Association (NBAA) resources on maintenance opportunities: https://nbaa.org/
    • NBAA Young Professionals in Business Aviation (YoPro) for aspiring aviation professionals: https://nbaa.org/professional-development/yopro/
    • The Future in Flight Podcast Website: https://futureinflight.com/
    • ASA--https://asa2fly.com/
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    26 分

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