A Hypersonic Message From Russia
A Hypersonic Message
Russia’s Oreshnik strike on the Lvov State Aviation Repair Plant last week looked like something out of a sci-fi movie: a string of multiple independently targetable reentry vehicles (MIRVs) from a hypersonic intermediate-range ballistic missile, streaking in at roughly Mach 10 and slamming into the Lvov State Aviation Repair Plant near the Polish border. Russian officials said they used inert warheads—kinetic energy alone did the work.
Russian MoD says that the Oreshnik strike a few days ago targeted & destroyed the Lvov State Aviation Repair Plant. The site was used to maintain and repair Western-provided aircraft such as upgraded MiG-29s and F-16s, and to produce long-range strike drones. pic.twitter.com/YxK3DcTeSe
— Russians With Attitude (@RWApodcast) January 12, 2026
Moscow framed the strike as a reply to a Ukrainian drone attack on the residence where Vladimir Putin had been staying in late December. But it was also a message to everyone watching: Russia can now hit hardened, high-value targets across Europe with a new class of intermediate-range missile.
If you’ve seen the footage, the most unnerving thing isn’t the explosion at the end; it’s the sense that you don’t get a lot of warning when something like that is inbound.
From “Super-Soldiers” To Unplugged Air Defenses
Contrast that with how the U.S. has looked over the last couple of weeks.
First, there was the Venezuela raid, where U.S. special operations forces snatched Nicolás Maduro in a nighttime operation that left his security forces stunned. The mission—Operation Southern Spear—was ruthlessly efficient and instantly mythologized: anonymous accounts of “super-soldiers,” impossible tech, and near-magical dominance started ricocheting around social media and cable news.
Then came the Russian-flagged tanker. The U.S. Coast Guard boarded and seized the Marinera (formerly Bella 1) in the North Atlantic, and early coverage implied this happened right “under the noses” of Russian naval escorts. American media huffed about submarines and surface ships shadowing the tanker; the boarding video shows no such thing.
And just to add another layer, The New York Times recently reported—echoed by OSINT analysts like Rob Lee—that some of Russia’s much-touted air defense gear in Venezuela didn’t fail because of exotic U.S. jamming, but because it was never turned on in the first place. Not exactly the stuff of Hollywood narratives.
"But Venezuela was unable to maintain and operate the S-300 — one of the world’s most advanced antiaircraft systems — as well as the Buk defense systems, leaving its airspace vulnerable when the Pentagon launched Operation Absolute Resolve to capture Mr. Maduro, four current and… pic.twitter.com/TeOVONSGSn
— Rob Lee (@RALee85) January 12, 2026
The common thread isn’t that the U.S. isn’t capable. It clearly is. The problem is what happens when impressive tactical wins get wrapped in a layer of self-congratulatory myth: people start to believe the U.S. is unstoppable and near-peer adversaries are hopelessly outclassed.
That’s a dangerous mindset to trade with—and an even more dangerous one to make policy with.
The “Vacuum Tube” That Wasn’t
Which brings us back to Oreshnik.
When wreckage photos from the Lvov strike started circulating, one component in particular went viral: a glass bulb, about half the size of an old-school radio tube, sitting in a cradle. Many Western observers immediately decided this proved Russian tech was “stuck in the 1950s.”
Except it wasn’t a vacuum tube.
A Russian-language breakdown identified it as a quartz frequency generator—a precision timing component—made by Morion, a St. Petersburg firm whose logo (a tuning fork) was visible on the metal “pill” inside the glass envelope. The glass wasn’t nostalgia; it was part of a vibration and temperature-stabilized package designed to survive the acceleration and thermal stress of a hypersonic flight profile.
That's not a vacuum tube but a quartz frequency generator (oscillator). OCMPК4... = Ocoбo Cтaбильный (Enhanced Stability) Maлoгaбapитный (Miniature, hence it is half the size of standard type vacuum glass envelope for RK generators) Peзoнaтop Квapцeвый (Quartz Oscillator) with…
— Cannoneer Marine (@BurnedOperator) January 12, 2026
In other words: this was not a joke. It was Russia shipping high-grade timing hardware in a deliberately old-fashioned, very robust container.
America’s Own Hypersonic Scramble
On the U.S. side, there’s a startup now openly pitching its own hypersonic system as an answer to Oreshnik and its cousins.
EXCLUSIVE: After Russia used hypersonics in western Ukraine, @RedState talked with senior executives from American startup @CastelionCorp, which is on the brink of finishing a comparable missile system that surpasses the capabilities of Russia & China. https://t.co/rp20IvhhOh
— R.C. Maxwell 🇺🇸 (@RCMaxw3ll) January 12, 2026
The company is talking about closing the “missile gap” with Russia using a mix of new propulsion, guidance, and materials—but however fancy the design, you don’t get hypersonic precision without very good clocks. Somewhere in that kill chain, you need rock-solid frequency references.
And A Niche American Precision Timing Play
The U.S. doesn’t buy those from St Petersburg.
It buys them from a handful of niche suppliers—including one small American company that specializes in high-stability quartz and related timing products for aerospace and defense. We bought shares in that name last summer at $20 and change and exited around $38 last month as the story started to get noticed. The stock is now pushing $60—and only now does it finally have listed options.
That opens the door to do something more interesting than just chase the stock higher.
Instead of levering up at sixty bucks and hoping momentum keeps going, we’ve designed a hybrid options structure that assumes a perfectly normal thing happens in a hot story stock: a pullback.
Using a Fibonacci retracement framework and some volatility work, we asked: “What if this drifts back ~10–15% on no news before its next earnings (in March)?” Then we used Black-Scholes with current implied vols to estimate a fair price for our combo at that lower spot price. That fair value—not today’s—is where we’re putting our limit buy order.
If the stock never pulls back and we don’t get filled, that’s fine. We already rode one round-trip in the commons. If it does air-pocket into that higher Fib zone, we get a second shot at the story with defined risk.
One More Asymmetric Bet: ABVX
We’re pairing that timing-hardware trade with another asymmetric idea: a follow-on options bet on an eventual buyout of Abivax (ABVX 0.00%↑).
Yesterday, we laid out why ABVX has attracted serious M&A chatter—including French reporting about Eli Lilly preparing a bid in the ~$200 range.
⚡️Quantum Uncertainty
— Portfolio Armor (@PortfolioArmor) January 12, 2026
Bullish options trades on our #1 and #10 names from Friday, a quantum computing stock and a biotech buyout candidate. $ABVXhttps://t.co/JEprMKDl7N
That structure didn’t fill yesterday—but ABVX reappeared in Portfolio Armor’s Top Names list last night, and the fundamental thesis hasn’t changed. So today we’ve teed up a new ABVX combo:
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It’s still explicitly a buyout-driven, “binary-ish” thesis,
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But with a longer-dated call leg so we’re not dead in the water if the deal slips into the post-maintenance-data window,
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And with a cheap put floor underneath, so we’re not just lighting premium on fire if the stock wobbles around on more rumor headlines.
If the buyout lands sooner—including this week—the structure should still participate meaningfully in the upside. If the conference passes without a deal, but the bigger data and Crohn’s optionality keep the bull case intact, we still have time.
If you want a heads up when we place those two trades later today, feel free to subscribe to the Portfolio Armor Substack below.


