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The last time the United States government committed to a spending program of this magnitude, it was called the Interstate Highway System. That was 1956. The companies that supplied the concrete, the steel, the signaling equipment, they weren't glamorous. Nobody made movies about them. But the investors who found them early and held them with discipline built generational wealth.
We are at that moment again. Right now. And most people are looking in completely the wrong direction. Everyone is talking about SpaceX. I understand why. It is a remarkable company, the largest IPO in American history. Elon Musk, rockets landing themselves. It is genuinely extraordinary. And if you owned it at the right price, congratulations.
But here is the question nobody is asking. Where does the next 10 times come from? Not from a $2 trillion company that has already been discovered. The math doesn't work. $2 trillion to $20 trillion is not a realistic investment thesis. That's not how compounding works. That's not how institutional money moves.
The real money, the money that changes a family's trajectory, gets made one layer down. In the companies that don't get magazine covers, in the companies whose names you cannot pronounce, in the companies that are quietly, methodically building the infrastructure that the headline names depend on. That is what I want to talk about today.
I've been watching capital cycles for a long time. Long enough to have seen the same pattern repeat itself with remarkable consistency. A massive government or technological commitment arrives. It is visible. Everyone can see it. And yet somehow the obvious beneficiaries get overlooked for years, sometimes decades.
This happened with semiconductors in the 1990s. It happened with logistics in the 2000s. It happened with cloud infrastructure in the 2010s. The companies that actually built the pipes, the chips, the warehouses, they compounded quietly while everyone argued about which software application would win.
Today, the commitment is space. And I do not mean space in the science fiction sense. I mean the United States government has allocated over $60 billion per year to military space operations. The Space Force budget alone exceeds 40 billion. The Golden Dome missile defense program has 13 billion allocated immediately with 185 billion planned before it is complete.
12 companies just received contracts worth up to $3 billion each for space-based interceptors. This is not a trend. This is a budget line. It has already been written. The checks are being signed. The only question, the only question that matters for an investor is who cashes them. Now, I want to be honest with you about something before we go any further because intellectual honesty is the only thing that separates a useful conversation from salesmanship.
I could be wrong about the timing. Capital commitments at this scale do not translate immediately into revenue for every company in the supply chain. Government programs move slowly. Contracts get delayed. Appropriations get argued over in Congress. I have seen investors position correctly for a secular trend and still lose money because they were 18 months early and got shaken out before the payoff arrived.
The macro thesis here, that space infrastructure spending will compound for a decade, I believe that deeply. The specific path from here to there, the exact quarters where revenue accelerates, which companies capture the largest share, that involves genuine uncertainty. Anyone who tells you otherwise is selling something.
What I can tell you is where to look, and I can tell you what the numbers say right now. What you do with that is your decision. The first company I want to discuss is Mercury Systems, ticker MRC. I know some of you have heard this name. That does not make it less interesting. In fact, in my experience, the stocks worth owning are almost always ones where the easy money has already been made, but the real money is still ahead.
Mercury Systems builds what I would describe as the electronic brain inside America's most advanced weapons, not the airframe, not the propulsion, the processing architecture, the computing systems that take radar signals, process them at extraordinary speed, and guide munitions with precision. The F-35 fighter, the Patriot missile defense system, classified programs we are not permitted to read about in open sources.
Mercury is embedded in all of them. Their architecture is called MOSA, modular open system architecture. The plain English version is this. They built a computing platform that plugs into virtually any military weapon system. One architecture, many platforms. The government loves this because it reduces cost and increases interoperability.
Mercury loves this because once their hardware is inside a weapon system, it stays there. Now, look at the numbers. Revenue last quarter was $235 million. Earnings came in at 350% above Wall Street's expectations. Not 3%. Not 30%. 350% above consensus. That is a company whose underlying performance is dramatically better than what analysts had modeled.
The backlog stands at $1.5 billion. A billion and a half in confirmed future orders. And they just landed a multi-year contract to deliver a thousand hardened classified computing systems to the military. Here is what the backlog number means in plain terms. The company has customers lined up out the door.
Revenue is not a question. The question is just the pace of execution. The moat, the thing that protects this business from competition, is something you cannot replicate quickly. Security clearances, top secret compartmentalized access to classified programs, that takes years to obtain. It requires extensive background investigations, trusted relationships built over time, embedded knowledge of classified system architectures.
You cannot start a company tomorrow and compete for these contracts. The barriers are structural and they are durable. The risk I would flag is valuation. Mercury has had a significant run. It is trading near all-time highs, and I know the instinct for most retail investors when they hear that is discomfort.
How can I buy something at a high? But the data on this is actually clear. Stocks at all-time highs have a statistically higher probability of continuing to make new all-time highs than of mean reverting. The dangerous stocks are the cheap ones, the ones that are cheap because something is broken. That said, a stock at all-time highs after a strong run deserves patience.
You do not need to chase it the day you hear about it. Position sizing matters more here than the entry price by a significant margin. I'll come back to that. The second company is Astronics Corporation, ticker ATRO. I want to take a moment with this one because I think it is the most underappreciated name in this entire discussion.
When people think about the space and defense buildout, they think about satellites and rockets and exotic weapons. They don't think about electrical power systems. They don't think about cockpit lighting. They don't think about the hardware that makes an aircraft's power distribution actually function.
That is exactly why Astronics is interesting. Every commercial aircraft you have ever flown on, Boeing, Airbus, any of them, has Astronics hardware embedded in it. The power distribution system, the cockpit lighting, the USB port at your seat where you charge your phone at 35,000 ft, the emergency lighting that guides you to the exit to Astronics, but the defense side is where the thesis becomes genuinely compelling.
Astronics builds the test and evaluation systems the United States Army uses to verify that its communications infrastructure actually works. Every radio, every electronic warfare system, every battlefield network, before that equipment goes to a soldier, it gets tested on Astronics systems. Think about what that means.
They are not just a supplier. They are the quality assurance department for the most powerful military on Earth. And when the military significantly expands its communications and electronic warfare capabilities, which it is doing right now, with extraordinary urgency, Astronics test systems become more critical, not less.
The numbers support the thesis. They are guiding toward approximately $1 billion in revenue this year. The order backlog is $734 million. The book-to-bill ratio, the ratio of new orders coming in versus revenue being delivered, is running above 1.2 or 3. That means for every dollar of revenue they generate, they are booking more than a dollar 20 in new orders.
The pipeline is growing faster than they can deliver it. They are profitable, solidly, not a speculative cash burning story, a real business with real earnings and a growing backlog. The moat argument is straightforward. Aircraft power systems cannot be swapped out on a whim. The certification process alone takes years.
The testing regimen, the FAA approval, the integration with Boeing and Airbus supply chains, these create switching costs that are essentially prohibitive. Astronics does not win contracts on price. They win them because they are already embedded and the cost of replacing them is greater than the cost of keeping them.
On the defense test side, the security clearance requirements mirror what we discussed with Mercury. You cannot Google your way into understanding classified military communication architectures. Astronics has built that institutional knowledge over decades. It is not replicable quickly. The onus risk here.
Commercial aviation is cyclical. If we enter a severe global recession, aircraft deliveries slow and Astronics feels it. They have meaningful exposure to the commercial aerospace supply chain, which is outside the pure defense and space thesis. That dual exposure is both a strength diversification and a risk because the commercial cycle can work against them independent of government spending trends.
The third company requires the most careful handling because it has the highest potential and the highest risk. That combination is not something I approach lightly and I want you to hear the risk as clearly as you hear the opportunity. Redwire Corporation. Ticker RDW. If Mercury builds the brains of weapon systems and Astronics powers the aircraft and cockpits, Redwire builds the actual physical structures that go into orbit.
Satellites, solar arrays, sensors, antennas, the hardware that makes a functioning satellite a functioning satellite rather than a piece of metal in a vacuum. They have built hardware for NASA programs. They have sensors operating on the International Space Station. They conducted in-space manufacturing experiments growing actual food in a space environment to test what becomes possible when humanity lives and works beyond Earth's atmosphere.
On the defensive side, NATO selected Redwire for drone technology work. They secured a position on the DARPA Otter program, which involves developing satellites operating in very low Earth orbit, closer to Earth than conventional satellites for faster and more precise intelligence gathering. And they are part of a $1.8 billion Andromeda contract with the Department of Defense, structured as an indefinite delivery indefinite quantity arrangement.
That language means the government can keep ordering under this contract framework for years without renegotiating. Revenue grew 58% last year. The backlog is accelerating. The book-to-bill ratio is approaching two, meaning they are booking nearly twice as many orders as they are delivering. Now, the honest part.
Redwire lost money last quarter. They're still burning cash. They have share dilution, meaning they occasionally issue new shares, which reduces the value of existing shares. The stock is volatile in a way that most investors are not emotionally equipped to handle. It has had periods where it ran 270% and then gave essentially all of it back.
That is not a comfortable investment. I want to be direct with you. If you do not have a clear framework for when you will sell, not if the thesis plays out, but under what specific conditions you will exit, you should not own this stock. I am serious about that. The investors who lost money on Redwire did not make bad analytical decisions when they bought it.
They made emotional decisions when they held it through a full reversal and watched gains evaporate. That is a behavioral problem, not an analytical one, and behavioral problems will destroy returns in volatile stocks with the same certainty as physics. The macro argument for Redwire is, I think, genuinely compelling.
There are very few publicly traded companies that are pure-play space infrastructure manufacturers. As the space economy grows, as more defense constellations go up, as commercial satellite demand accelerates, as the military deepens its investment in space-based intelligence, someone has to build the hardware.
The barriers to entry in space manufacturing are not trivial. You need specialized facilities, certifications, government relationships built over years, and manufacturing expertise that takes a long time to develop. Redwire has those things, but they need to get to consistent profitability. That is the buying area that hangs over this stock.
If they get there, the multiple expansion could be significant. If they don't, the dilution risk becomes severe. I hold that uncertainty honestly. I want to step back from the individual stocks for a moment and say something about how most people actually lose money because it isn't usually from picking bad companies.
The most common way I have watched intelligent people destroy their investment returns over many decades is through behavior, not analysis. Behavior. They buy a stock after reading a compelling thesis. The stock goes down 10% over 3 weeks because the market moves sideways. They sell it because the discomfort is too great.
Six months later, the thesis plays out and the stock is up 80% and they watch from the outside having captured none of it or the opposite. They own a stock that goes up 50% and sell it because they're afraid of giving back the gains, then it doubles from there. Or they see something go up 40% in a week and they buy it at the top because the fear of missing out overrides every rational calculation they have about valuation and timing.
These are not stupidity failures. These are human nature failures. The wiring that kept our ancestors alive on the Savannah respond quickly to threats, pursue obvious rewards, follow the herd. That same wiring is catastrophic in capital markets. The professionals who consistently compound money are not smarter than you about the underlying businesses.
What they have is a protocol. A written set of rules that governs position sizing, entry conditions, exit conditions, and maximum allowable loss per position. A protocol that takes the decision out of the emotional moment and makes it in advance when the mind is clear. I have watched people with genuinely brilliant analytical frameworks lose money because they had no protocol for the behavioral dimension.
And I have watched people with average analytical skills build significant wealth because they had discipline that overrode emotion. If there's one thing I would want you to take from this video, not a stock ticker, not a macro thesis, it is that build your protocol before you invest. Know exactly when you will sell before you buy.
Define the maximum you are willing to lose before you make the trade. Write it down. Hold to it. Everything else flows from that foundation. Now I want to give you the framework I use to find these opportunities before they become obvious because the names themselves will expire. The framework does not.
Step one, follow the money, not the story. I am not interested in compelling narratives about technology changing the world. I am interested in committed capital, government contracts, confirmed backlogs, book-to-bill ratios above one. These are not predictions. These are accounting facts. A company with a $1.5 billion dollar of confirmed orders is in a different category from a company with a compelling PowerPoint about the future.
When you find a company with strong, growing government contracts, an accelerating backlog, and a book-to-bill above one, you have found evidence that institutional money is already flowing into the underlying demand. That is the first signal. Step two, evaluate the moat. In plain English, what stops a competitor from copying a product and taking the business?
In defense and space, the moats are unusual in their durability. Security clearances take years and cannot be acquired. Supply chain certifications for aircraft systems create switching costs that are effectively prohibitive. Classified program knowledge is, by definition, not accessible to new entrants.
These are structural advantages that do not erode quickly. Compare that to, say, a consumer software company. Their moat is brand loyalty and network effects, real but fragile under the right competitive pressure. Defense infrastructure moats tend to be more permanent because the switching costs are paid not just in money, but in time, risk, and regulatory exposure.
Step three, assess the risk honestly. The path to profitability, debt levels, share dilution, insider behavior, are the people running the company buying shares or selling them? A company where insiders are net sellers while telling the public it's a great opportunity is a company I avoid. Of the three names I've discussed, Mercury passes all three steps cleanly.
Astronics passes all three. Redwire passes the first two with a genuine question mark on the third. The profitability path is real, but not yet demonstrated. That is the full framework. It is not complicated. The difficulty is not in understanding it. The difficulty is in applying it with discipline.
When when market is moving fast, and everyone around you is either panicking or euphoric. I want to say something about where we are in this cycle because context matters as much as the individual opportunities. We are, I believe, at the beginning of a multi-year capital cycle in defense and space infrastructure that will look in hindsight similar to how the semiconductor investment cycle looked from 1990-1995 to 2000.
Um not identical, cycles never are, but similar in its structural characteristics. A massive committed government investment driving private sector expansion across the supply chain that most retail investors cannot fully see. The IPO market is reopening. Companies that have been waiting for years are going public.
SpaceX's listing was not just a financial event. It was a signal. It told every institutional allocator on the planet that the space economy is now fully investable, fully liquid, and fully present in the public markets. When that signal goes out, capital flows not into SpaceX, which is already priced for an extraordinary future.
Capital flows into the ecosystem, into the companies that supply the parts, the systems, the certifications, the testing, the infrastructure. The companies we have discussed today, that cycle takes time to fully play out. Trying to predict exactly when each of these stocks makes its biggest move would be dishonest to me.
I do not know the quarter. What I believe, based on the macro data that is in the public record right now, is that the direction is clear and the duration is multi-year. That has implications for how you should think about positioning. This is not a trade. It is not something you should be watching tick by tick and managing in and out of on a weekly basis.
That approach will guarantee that you capture neither the returns nor the learning. If you want to go significantly deeper on all of this, not a 30-minute overview, but a proper structured education on how to identify opportunities like this before they are obvious, how to size positions correctly, when to enter and when to exit, and how to build a portfolio that compounds through cycles rather than whipsawing through them.
I am running a live session this Sunday, Father's Day evening, 7:00 p.m. New York time. It is completely free, 2 hours. The link is wealthmachine.org. I want to be clear about what it is and what it is not. It is not a stock tip session. I will not spend 2 hours reading you ticker symbols. It is a framework session.
The Wall Street playbook for identifying and positioning in major capital cycle opportunities, the kind of material that institutional investors use and retail investors almost never see. If you are serious about your financial future, I think you will find it valuable. wealthmachine.org. Let me address something that is worth saying plainly.
I know some of you are watching this and thinking, "I missed Palantir. I missed SpaceX. I missed the whole AI run. It's too late." I want to push back on that framing. Not to make you feel better, but because it is analytically incorrect. The question is never whether you missed the last opportunity.
The question is whether you can see the current one. These are entirely separate questions. The investor who missed Amazon in 19 1998 could still have bought Amazon in 2008 and made an extraordinary return. The investor who missed Google at the IPO could have bought Google in 2010 and still significantly outperformed.
Missing a prior opportunity does not foreclose the next one. What forecloses future opportunities is the wrong lesson from having missed past ones. The wrong lesson is, I should have taken more risk, move faster, been less careful. That lesson leads to chasing, buying things that are already priced for perfection, taking concentrated positions in highly speculative situations, making emotional decisions under FOMO pressure.
The right lesson is simpler. Have a framework, apply it consistently, let it find the opportunities before they are obvious, and let it protect you from the ones that look obvious but aren't. The three companies I've discussed today, Mercury Systems, Astronautics, Redwire, are not secret. They are public companies with public financials and public contract announcements.
What makes them interesting to me is not that they are hidden, it is that they have the structural characteristics of businesses that benefit from durable, committed government-backed demand with meaningful competitive protection. That combination does not come along every year. The space economy is real.
The government spending behind it is committed and bipartisan. There are very few things in Washington that enjoy consensus, and defense readiness in space is one of them. The supply chain that supports it is thin, specialized, and protected by regulatory and security barriers that take years to penetrate.
This is not about rockets and astronauts. This is about where $60 billion of government spending per year flows. It flows to the companies that build the brains, the power systems, and the physical structures. It flows to the companies that most investors cannot name. In 5 years, some of those companies will be household names the way Nvidia is a household name today.
In 2018, if I told you that a chip company most people had never heard of was about to become the most important business in artificial intelligence, you would have been skeptical. The skepticism would have been expensive. I'm not telling you to run out and buy everything I have discussed today. I am telling you to pay attention, to do the work, to build a framework that lets you act with conviction when the evidence is clear and with restraint when it is not.
The window for positioning in the early stages of a major capital cycle is not open indefinitely. It never is. The infrastructure build-out is underway. The institutional capital is beginning to move. The question is not whether this happens. The question is whether you are positioned for it when it does. I will leave you with that.
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