Welcome to the WC, where you’re trapped in my mind for eight to twelve minutes weekly.
Welcome back to the future. Last week, those of you who stuck with me learned about the space economy. This week we’re looking closer to home: drones.
Drones are headline news after Ukraine’s remarkable attack on Russia over the weekend, and the implications of the little buggers are vast.
From faster French fries to nukes on demand, drones are going to change the world.
Nothing here is investment advice. Do your own research. Please.
This is my house in Javea, Spain.
My family won’t be here for most of the summer, and if your family would like to hang out here between July 7 and July 21, please smash the reply button.
A few highlights:
- Sleeps 16
- Ten minutes to the beach (sea views from the front terrace)
- Four minutes to double Michelin-starred BonAmb
- Whacking great pool
Smash reply or click here if you’re interested. Priority goes to Altea members.
Not yet a member of Altea?
Table of Contents
What’s now
The global drone industry hit $73 billion in 2024. That’s real money, but it’s also peanuts compared to what’s coming. More importantly, it’s the distribution of that money that tells the real story.
Consumer drones—your DJI Mavic taking Instagram shots—account for just $4.8 billion. Commercial applications (delivery, agriculture, inspection) clock in at $30 billion. But the big money? Military drones own $36 billion of the market, and that’s where the serious economics begin.
Small fries
Alphabet’s Wing has completed over 100,000 drone deliveries across three continents. Sounds impressive until you realize they’re still burning through venture capital at $95 per flight-hour when they need to hit $3 to make the unit economics work.
But here’s what’s interesting: every incremental flight teaches their AI something new, and every regulatory approval creates a moat that’s measured in years, not months. Wing isn’t just delivering coffee—they’re building the foundational dataset for autonomous aerial logistics.
Farm to table
While everyone obsesses over package delivery, agriculture has quietly deployed 400,000 drones globally. The math here is straightforward and beautiful: drone-assisted precision agriculture delivers 15-25% yield increases while cutting input costs by 20-30%.
McKinsey pegs the total addressable market for agricultural drones at $85-115 billion. That’s not market cap—that’s pure economic value created by robots that can apply pesticide to individual plants and detect crop stress at the pixel level.
The art of war
Ukraine changed everything. A $1,000 commercial drone retrofitted with explosives can disable a $3 million tank. That’s not just asymmetric warfare—it’s a complete rewrite of military procurement budgets.
Turkey figured this out early. Their Bayraktar TB2 combat drones cost around $5 million each but have generated $7.15 billion in defense exports—a 30% year-over-year increase. Not bad for a country that was once mainly known for textiles.
The China Problem
DJI controls 90% of the consumer drone market, and Chinese manufacturers dominate the entire supply chain from motors to batteries. The U.S. response? A combined 170% import tariff on Chinese drones as of April 2025.
This isn’t just trade war theater. When Skydio—America’s largest drone manufacturer—faced a Chinese battery embargo in late 2024, it revealed how vulnerable even “domestic” drone companies are to supply chain weaponization.
The result: a massive capital reallocation toward “hardened” supply chains that will reshape the entire industry.
Key trends
Three curves are converging around 2027-2030, and when they meet, the economics go from interesting to explosive.
Curve One: Energy Gets Stupid Cheap
Lithium-ion battery costs have crashed from $1,000/kWh in 2010 to $115/kWh today, with BloombergNEF projecting sub-$70/kWh by 2030. Every 10% cost reduction translates to roughly 8-10% longer flight times.
But the real breakthrough is endurance. Airbus-Aalto’s Zephyr drone just completed a 67-day stratospheric flight powered entirely by solar panels. Sixty-seven days. That’s not a drone—that’s a pseudo-satellite that costs 5% of what a real satellite costs.
Curve Two: Autonomy Reaches Human-Level
Modern drones carry 30+ TOPS of on-board computing power for under $100. That’s enough to run foundation models that can navigate, avoid obstacles, and coordinate with other drones in real-time.
The Swedish Army is already testing fully autonomous drone swarms for battlefield reconnaissance. No pilots, no remote operators—just AI talking to AI at the speed of light.
Curve Three: Regulation Catches Up to Reality
That’s changing fast. The UK’s Project Skyway created a 165-mile automated drone corridor. North Dakota’s Vantis network covers 56,000 square miles of BVLOS-approved airspace. The FAA is finally issuing routine BVLOS permits instead of case-by-case waivers.
When these three curves intersect—cheap energy, true autonomy, and regulatory clarity—the addressable market explodes from $73 billion to $280-320 billion by 2035.
Key themes
Delivery at Scale: The 500 Million Flight Economy
NASA projects 500 million drone delivery flights annually by 2030. At current volumes, that’s pure fantasy. At projected cost curves, it’s inevitable.
Here’s the math: Amazon’s current delivery costs average $8-12 per package for last-mile logistics. Drone delivery, at scale, projects to under $3 per package. In dense urban areas, that drops below $1.
Multiply those savings across global e-commerce volume, and you’re looking at hundreds of billions in cost reductions. Someone’s capturing that value.
Agriculture Revolution: Precision Everything
The agriculture market is expanding from $3.8 billion today to $22-25 billion by 2030, driven by what industry folks call “precision everything.”
Precision seeding, precision fertilizing, precision pest control—all delivered by drones that can map individual plants using hyperspectral cameras and apply treatments with millimeter accuracy.
The economics are compelling: a single drone can replace $200,000 worth of traditional farm equipment while delivering better results. For farmers operating on 3-5% margins, that’s transformational.
Military Transformation: Swarms vs. Platforms
Military spending on drones is projected to hit $80-90 billion by 2030, but the interesting shift is philosophical: from expensive platforms to expendable swarms.
The U.S. military’s “Replicator” initiative aims to field thousands of attritable drones that cost less than a single missile. Instead of one $50 million F-35, you get 1,000 autonomous drones that overwhelm air defenses through sheer numbers.
That’s not just a tactical shift—it’s an economic revolution that favors volume manufacturers over premium platforms.
A brave new world
When millions of drones fill the skies, they don’t just deliver packages—they create entirely new economic geographies.
Infrastructure
Drones need infrastructure just like cars need roads. “Drone highways”—instrumented corridors with radar tracking, communication relays, and automated traffic management—are projected to be a $12-15 billion market by 2030.
These aren’t just nice-to-haves. BVLOS drone operations are impossible without redundant detect-and-avoid infrastructure. Early corridor operators are essentially building toll roads in the sky.
Air rights—the space above buildings and land—are getting repriced in real-time. Rooftop drone ports in urban areas will command premium rents, just as waterfront property did in the shipping era.
Edge Computing
Autonomous drone swarms generate petabytes of data that must be processed locally. You can’t fly a real-time obstacle avoidance algorithm with 200ms latency to a distant cloud server.
Edge computing—placing servers at cell towers and regional hubs—is projected to hit $378 billion by 2028, with drone operations as a major driver. Every major drone corridor will need edge computing infrastructure within 40 kilometers to maintain sub-10ms response times.
Rare Earths
Every drone needs lightweight, high-energy batteries and powerful, rare-earth magnets for its motors. The drone battery market alone is expanding from $1 billion today to $2.5 billion by 2030.
That’s incremental pressure on already-tight lithium supplies. But the real bottleneck is rare earth elements—neodymium, praseodymium, dysprosium—that are essential for drone motors. China controls 80% of global rare earth processing, and they’ve already started export restrictions.
Dysprosium oxide hit record highs in 2025 after Chinese export quotas tightened. When you control the magnets, you control the drones.
Counter Drones
Every new drone in the sky creates demand for counter-drone systems. The anti-drone market is exploding from $2.7 billion today to over $11 billion by 2030—a 26% compound annual growth rate.
This isn’t just military spending. Airports, prisons, stadiums, and critical infrastructure all need drone detection and defeat systems. It’s a classic arms race: every offensive capability creates defensive spending.
The Gatwick Airport drone incidents of 2018 shut down flights for 36 hours and cost the aviation industry millions. Now every major airport is installing multi-layer drone defense systems.
How to make money
Here’s where it gets interesting for investors. The obvious play—buying stocks in drone manufacturers—is probably the worst way to capture this opportunity.
Drone hardware is commoditizing faster than smartphones did. DJI’s gross margins have fallen below 17% as competition intensifies and components become standardized. The real money is migrating to inputs, infrastructure, and recurring services.
Think picks and shovels, not gold miners.
Toll Roads in the Sky
The most compelling opportunities are in the physical infrastructure that enables drone operations:
Drone Corridors: These operate like 35-year Build-Operate-Transfer concessions with government-backed availability payments. Early projects in the UK and U.S. are targeting 14-20% unlevered IRRs with the government providing revenue guarantees for the first 50% of traffic.
Edge Data Centers: Specialized REITs are developing hardened, low-latency facilities for drone operations. These earn 12-15% yields from long-term government and enterprise tenants who need sub-10ms response times for autonomous operations.
Cell Tower Networks: Existing tower companies are adding new revenue streams by hosting drone traffic management equipment and providing vertiport services. It’s incremental revenue on fixed assets with minimal additional cost.
The Commodity Super-Cycle
The physical materials that go into every drone offer exposure to volume growth without picking technology winners:
Lithium Royalties: Streaming deals on lithium brine projects offer 1.5% net smelter returns with 26-29% IRR potential. As drone and EV demand outstrips supply, royalty holders benefit from both volume and price increases.
Rare Earth Streams: Pre-purchase agreements for dysprosium and neodymium delivery at 18-22% discounts to spot prices. With China restricting exports and Western countries scrambling for alternative supplies, these deals offer asymmetric upside.
The beauty of royalty streams is that they scale with industry growth without operational risk. You’re not betting on any individual mine or technology—you’re betting on physics.
Profiting from Proliferation
The defensive side of the drone boom offers some of the most attractive risk-adjusted returns:
Counter-Drone IP: Patent licensing deals on drone detection algorithms can scale globally with minimal marginal cost. If your technology becomes standard (like antivirus software), you earn royalties on every installation.
Defense Contract Financing: Specialty funds purchase government contract receivables at discounts, earning 10-12% yields secured by sovereign credit. As military drone spending accelerates, the receivables pipeline is growing rapidly.
Hardened Infrastructure: EMP-shielded data centers and secure facilities are commanding premium rents from defense agencies upgrading for drone-era threats.
Non-Obvious Asymmetries
The most interesting opportunities exploit market inefficiencies that exist today but won’t persist:
Rooftop Air Rights: Urban easements for drone landing rights are priced at near-zero today but will command premium rents once delivery networks scale. Early aggregators could capture massive value appreciation.
Sovereign Bonds: Countries with successful drone export industries (Turkey, Israel) are seeing improved trade balances and currency strength. Their sovereign debt offers exposure to the drone dividend.
Parametric Insurance: Real-time drone data enables new insurance products with faster payouts and lower basis risk. Early capital providers to these markets can earn attractive returns while diversifying traditional catastrophe exposure.
Think bigger
The drone revolution isn’t about robots delivering your lunch—though that’s part of it. It’s about creating a persistent, intelligent sensing and transport layer that makes the physical world as searchable and programmable as the digital one.
The $300 billion market isn’t speculative. The technology curves are proven, the regulatory barriers are falling, and the economic incentives are overwhelming. What remains is positioning capital to capture value as this transformation accelerates.
The real money isn’t in making drones. It’s in owning what every drone needs to fly, land, charge, communicate, and defend against. Those infrastructure assets, resource streams, and service contracts will compound quietly while everyone else chases the latest drone startup.
In a world where everything flies, the smart money invests in the sky itself.
Not yet a member of Altea?
That’s all for this week; I hope you enjoyed it.
Cheers,
Wyatt
Disclosures & Disclaimers The information contained in this newsletter is provided for general informational purposes only and does not constitute investment, legal, tax, or other professional advice. Altea does not offer or sell securities through this newsletter. Any references to investment opportunities are not offers to buy or sell any security. You should not construe any such references as a recommendation to invest.
All investments carry risk and may result in loss. You are solely responsible for conducting your own due diligence and consulting with your own legal, tax, and investment advisors before making any investment decisions.
Altea does not guarantee the accuracy or completeness of information provided by third parties. Past performance is not indicative of future results.
Only accredited investors as defined by applicable laws may participate in Altea investment opportunities.
