Space Business with Fexingo: Launch Companies, Satellites, and Commercial Spaceflight

Space law is no longer a niche academic field. As launch traffic surges and satellite constellations multiply, law firms like Hogan Lovells and Covington & Burling are building dedicated space practices. Lucas and Luna examine a specific case: the 2025 FCC spectrum dispute between two LEO broadband operators, which generated over $4 million in legal fees before settlement. They explore how regulatory complexity, liability treaties, and property rights questions are turning space law into a booming commercial practice. The episode also touches on the rise of in-house space counsel at companies like SpaceX and Planet, and what it means for startups navigating the legal landscape.

#SpaceLaw #SpaceBusiness #FCC #LEOBroadband #HoganLovells #CovingtonBurling #SpaceX #Planet #SpectrumDispute #SatelliteRegulation #SpaceTreaty #Liability #CommercialSpace #BusinessAndTechnology #FexingoBusiness #BusinessPodcast #SpacePolicy #SpaceEconomy

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Episode 103 of Space Business with Fexingo: Lucas and Luna explore the emerging business of space-based nuclear power. They focus on the US Department of Energy's recent request for proposals for a fission surface power system designed for lunar and Martian missions, and how companies like Westinghouse, Lockheed Martin, and startup Radiant Nuclear are competing for contracts worth hundreds of millions. The hosts break down the technology—kilopower reactors, Stirling converters—and the economics: why nuclear beats solar for deep-space missions, the cost per kilowatt-hour in space versus on Earth, and what a private market for orbital nuclear power might look like by the 2030s. They also touch on regulatory hurdles, safety concerns, and why NASA's Artemis program is the near-term catalyst. No hype—just the numbers and the roadmap.

#SpaceNuclear #Kilopower #FissionSurfacePower #LunarEnergy #MartianEnergy #RadiantNuclear #Westinghouse #LockheedMartin #DOE #Artemis #DeepSpace #NuclearRegulation #SpacePower #SpaceBusiness #BusinessAndTechnology #FexingoBusiness #BusinessPodcast #Podcast

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Space insurance is a niche that's quietly exploding. On episode 102 of Space Business with Fexingo, Lucas and Luna break down why premiums for satellite launches have doubled in three years, how the 2023 ViaSat-3 anomaly shook the market, and why SpaceX's reusability is actually making underwriters nervous. They unpack the math: a typical GEO satellite costs $300 million to build and launch, with an annual premium of $30 million. But with constellations of hundreds or thousands of small satellites, insurers are having to rethink risk models entirely. The episode also covers the rise of parametric triggers, the role of government payloads (typically self-insured), and the market's size: $800 million in premiums in 2025, projected to cross $1.5 billion by 2030. If you work in space or finance, this is a corner of the industry you need to understand.

#SpaceInsurance #SatelliteRisk #LaunchCoverage #SpaceBusiness #Underwriting #ViaSat3 #SpaceX #Geostationary #SmallSatConstellations #ParametricInsurance #Reusability #RiskModeling #SpaceFinance #InsurTech #FexingoBusiness #BusinessPodcast #Space #Episode102

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Episode 101 of Space Business with Fexingo. Lucas and Luna explore the emerging market for space-based carbon monitoring. With global carbon markets now valued at over $100 billion annually, a new generation of satellites is offering independent, verifiable emissions data. The hosts break down how companies like GHGSat and the nonprofit MethaneSAT are turning atmospheric measurements into a revenue-generating service. They discuss the technology — hyperspectral sensors that detect methane and CO2 plumes from orbit — and the business model: selling data to governments, oil and gas operators, and carbon credit auditors. Lucas explains why this market could be worth $5 billion by 2030, and Luna pushes back on the cost and accuracy challenges. The conversation also touches on regulatory tailwinds from the EU's Carbon Border Adjustment Mechanism and the Inflation Reduction Act. A concrete, specific look at how satellite operators are monetizing the planet's most urgent environmental problem.

#SpaceBusiness #CarbonMonitoring #GHGSat #MethaneSAT #SatelliteData #ClimateTech #CarbonMarkets #EmissionsMonitoring #HyperspectralImaging #BusinessAndTechnology #FexingoBusiness #BusinessPodcast #EnvironmentalFinance #CarbonAccounting #SpaceTechnology #EarthObservation #RegulatoryTailwinds #OrbitalData

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Episode 100 of Space Business explores the emerging industry of orbital data centers. With Earth-based AI and cloud computing consuming massive energy and real estate, companies like Axiom Space, LEOCloud, and Microsoft are exploring low Earth orbit as the next frontier for computation. The hosts break down the physics advantage — lower latency for certain applications, free cooling in space, and the ability to bypass terrestrial grid constraints — alongside the huge hurdles, including launch costs, radiation hardening, and the sheer complexity of maintaining a server rack 400 kilometers up. They also look at the first orbital data center demonstration planned for 2027 by a European consortium, and what it would take for space-based computing to go mainstream. A thoughtful look at whether the final frontier might actually be a better place to run your cloud workloads.

#SpaceDataCenters #OrbitalComputing #LEOCloud #AxiomSpace #Microsoft #SpaceBusiness #AIInfrastructure #CloudComputing #SpaceTech #BusinessPodcast #TechTrends #CommercialSpace #LowEarthOrbit #DigitalInfrastructure #DataCenter #SpaceEconomy #FexingoBusiness #SpaceBusinessPodcast

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Episode 99 of Space Business with Fexingo explores the emerging business of space-based Internet of Things (IoT). Lucas and Luna discuss how companies like Swarm Technologies and Myriota are using tiny, low-cost satellites to connect sensors in remote areas — from agricultural soil monitors to maritime tracking devices. They break down the economics: how a $50-per-year subscription for a satellite IoT link can be profitable when satellites cost under $100,000 each. The hosts examine the market potential, which could reach tens of millions of connected devices in the next five years, and compare the space-based IoT model to terrestrial networks like LoRaWAN. They also touch on regulatory challenges and the role of spectrum allocation. The episode includes a brief, organic donation segment where the hosts explain why listener support keeps the show ad-free.

#SpaceBasedIoT #InternetOfThings #SatelliteIoT #SwarmTechnologies #Myriota #SatelliteConstellations #SmallSats #RemoteSensing #AgricultureTech #MaritimeTracking #AssetTracking #LoRaWAN #SpaceBusiness #CommercialSpace #FexingoBusiness #BusinessPodcast #Technology #IoTNetworks

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Episode 98 of Space Business with Fexingo dives into the specialized market for radiation-hardened semiconductors — the 'space-grade chips' that power satellites, rovers, and deep-space probes. Lucas and Luna examine why these chips cost 10 to 100 times more than terrestrial equivalents, why a single particle strike can flip a bit and crash a mission, and how new players like D-Orbit and Aethero are challenging legacy suppliers such as BAE Systems and Honeywell. They discuss the shift from bespoke rad-hard designs to using commercial off-the-shelf components with shielding and error correction, and what this means for the economics of constellations and exploration. If you've ever wondered why your phone's processor isn't aboard a Mars rover, this episode explains the trade-offs, the costs, and the business opportunity in hardening electronics for space.

#RadiationHardened #SpaceGradeChips #Semiconductors #SatelliteElectronics #RadHard #COTS #SpaceBusiness #BAESystems #Honeywell #DOrbit #Aethero #SpaceTechnology #Business #Technology #FexingoBusiness #BusinessPodcast #Space #SpaceIndustry

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Space junk is no longer just an engineering problem — it's becoming a genuine market. In this episode, Lucas and Luna dig into the economics of orbital debris removal. They look at the numbers: an estimated 100 million pieces of debris larger than a millimeter orbiting Earth, and insurance premiums for satellites in low Earth orbit rising roughly 15 percent year-over-year since 2020. They explore the business models emerging to address this, from debris-tracking-as-a-service to active removal missions. The episode focuses on one specific company, Astroscale, which has raised over $370 million to date and recently demonstrated the world's first commercial debris docking in orbit. Lucas and Luna discuss how liability frameworks, government contracts, and the growing risk of collisions are turning what was once a niche concern into a viable industry. They also touch on the tension between regulation and innovation, and what the space debris removal market might look like by 2030.

#SpaceDebris #OrbitalJunk #Astroscale #SatelliteCollision #SpaceBusiness #DebrisRemoval #LEO #Insurance #SpaceEconomy #BusinessAndTechnology #FexingoBusiness #BusinessPodcast #SpacePolicy #KesslerSyndrome #InOrbitServices #SpaceSustainability #SpaceStartup #CommercialSpaceflight

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Episode 96 of Space Business with Fexingo dives into the emerging business of in-space assembly—building structures like telescopes, solar arrays, and even satellites directly in orbit rather than launching them pre-built. Lucas and Luna explore the economics behind this shift, using the example of a planned in-space assembled telescope that could be ten times larger than the Hubble for a fraction of the cost. They discuss the key players, including Maxar and Redwire, and how modular design and robotic arms are making assembly viable. The hosts break down why this matters for commercial space: lower launch costs, reduced risk, and new business models for servicing and upgrading assets. The episode also ties in listener support for keeping the show ad-free, with a subtle nod to the topic's focus on building better systems in space.

#InSpaceAssembly #SpaceBusiness #OrbitalConstruction #Maxar #Redwire #SpaceTelescope #RoboticAssembly #ModularSpacecraft #LaunchEconomics #SpaceInfrastructure #CommercialSpace #SpaceTechnology #LunarGateway #Hubble #JamesWebb #Business #FexingoBusiness #BusinessPodcast

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For years, space-based manufacturing meant exotic alloys grown in microgravity. But a new wave of startups is betting on biology instead — engineering yeast, bacteria, and cell lines to produce pharmaceuticals, materials, and even food in orbit. This episode breaks down the economics of space-based biomanufacturing, from the first FDA-approved crystal-growth experiment on the ISS to Varda Space Industries' in-orbit pharmaceutical factory. Lucas and Luna explore why the unit economics are shifting, how automated bioreactors are lowering the bar for entry, and what the next five years could look like for this niche but rapidly maturing sector.

#SpaceBasedBiomanufacturing #VardaSpace #MicrogravityManufacturing #PharmaceuticalsInSpace #Bioreactors #ISS #Redwire #SpaceTango #BusinessAndTechnology #Startups #Biotech #OrbitalManufacturing #FexingoBusiness #BusinessPodcast #SpaceBusiness #Satellites #NewSpace #SpaceEconomy

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