War Stocks

If you’ve ever looked at a jet engine and thought, “Someone’s making a killing off those little blades that don’t melt,” congratulations—you’ve identified Howmet Aerospace (NYSE: HWM). HWM is the company that takes exotic metals, tortures them into shapes that survive hellish temperatures and stresses, and sells the results to the people who actually build airplanes and trucks. It’s less “sexy moonshot” and more “indispensable plumbing of the aerospace industrial complex.” And for the past few years, that plumbing has been printing money like a machine that also happens to make machine parts.

What the heck does this company actually do?

Howmet makes advanced engineered solutions for aerospace and transportation. Four segments:

• Engine Products (the star): Investment castings, airfoils, seamless rolled rings, rotating and structural parts for aircraft engines and industrial gas turbines.
• Fastening Systems: Aerospace fasteners plus commercial transportation ones (the things that keep planes and trucks from becoming kits).
• Engineered Structures: Titanium stuff, forgings, extrusions, machined components for airframes, wings, engines, landing gear.
• Forged Wheels: Fancy aluminum wheels for heavy trucks, trailers, and buses. The “we also make shiny truck bling” segment.

Headquarters in Pittsburgh. Roughly 25,430 employees. Founded in the mists of 1888 (via various ancestor companies). CEO John C. Plant has been steering the ship through the post-spin-off era. The lineage is pure corporate soap opera: Howmet → Alcoa → Arconic (2016 spin) → Howmet Aerospace (April 2020 separation from the rolled-products Arconic). Same family, different last names, cleaner focus on high-value engineered products.

Major customers include the usual aerospace royalty: Boeing, Airbus, GE Aerospace, RTX (Pratt & Whitney), Rolls-Royce, Lockheed Martin, and the rest of the Western military-industrial complex. Commercial aerospace is the big driver (roughly half or more of revenue in recent periods), with defense, gas turbines, and commercial transportation filling out the rest. Spares/aftermarket has been growing as a higher-margin tailwind because old planes refuse to die and airlines keep flying them.

Stock price history: From “meh” to “holy crap” to “wait, maybe calm down”

HWM has been one of the more impressive industrial runners of the post-COVID aerospace recovery. Rough numbers (approximate, depending on exact dates and total-return calculations that include the tiny dividend):

• Multi-year: 3-year total returns in the ~390% range; 5-year in the 600%+ neighborhood. That’s the kind of performance that makes index-huggers look like they brought a knife to a gunfight.
• Recent: 2024 and 2025 were absolute heaters (triple-digit and high-double-digit years). 2026 has been more mixed—YTD around +10% or so as of early/mid-October, with a 1-year return in the mid-to-high teens.
• Volatility: It ran hard, hit a 52-week high near $310, and has since pulled back into the low-to-mid $220s (around $220–225 as of mid-October 2026 closes). Market cap roughly $88–90 billion. Trailing P/E in the high 40s; forward closer to the high 30s. Dividend yield is a polite ~0.25%—this is a growth/buyback story, not a coupon-clipper. macrotrends.net

In short: If you bought during the post-spin or early recovery doldrums and held, you look like a genius. If you bought near the recent peak, you’re currently participating in a “healthy correction” (Wall Street’s favorite euphemism for “it went down”).

The good: Why this thing has been a beast

• Moat that actually exists. Qualifying aerospace parts is a multi-year, multi-million-dollar pain ritual. Once you’re on a program (especially sole-source or highly preferred for critical engine and structural bits), customers don’t casually switch suppliers. High switching costs + process know-how + IP = real barriers.
• Aerospace supercycle + aftermarket. Production ramp-ups at Boeing and Airbus (when they aren’t tripping over their own supply chains or quality issues), aging fleets driving spares, and defense budgets that keep finding reasons to grow. Gas turbines are getting an extra boost from data-center power hunger in some narratives.
• Execution and margins. Revenue growth solid (TTM around $9.1B, up double digits), profits growing faster, expanding margins, strong free cash flow, debt reduction, and share buybacks. They’ve been raising guidance and beating estimates with some regularity.
• Capital allocation. Management has favored returning capital while investing in capacity where demand is real. Not the most exciting story in the world, but “boring competence in a high-barrier industry” has crushed a lot of flashier narratives.

The bad (and the snarky challenges to the bulls)

• Valuation is not “cheap.” High-40s trailing P/E for an industrial is the market pricing in continued perfection. Growth is good, but at these multiples you’re paying for the future to arrive on schedule and for nothing to go wrong. History is littered with excellent companies that became mediocre investments because the entry price assumed flawless execution forever.
• Customer concentration and cycle risk. A big chunk of revenue ties to a handful of OEMs and platforms. Boeing production drama, Airbus engine supply hiccups, or a broader aerospace pause hits Howmet hard. Commercial transportation (wheels) can lag when truck demand softens. Aerospace is cyclical; pretending otherwise is how people get surprised.
• External headaches. Tariffs, raw-material costs, skilled-labor constraints, supply-chain fragility—these are recurring plot points. They’ve managed them so far (passing costs through where possible), but force-majeure chatter and cost-push pressure aren’t free. Geopolitics and trade policy can turn “global footprint” into “global liability.”
• Not immune to its own industry’s drama. There have been periods where Howmet itself was cited in broader engine-part or production-rate conversations. Being critical is great until the critical path has a bottleneck with your name on it.
• Leadership and other soft spots. Long-tenured CEO is a double-edged sword; succession and governance quirks get raised by some observers. The forged-wheels business is useful diversification but not the high-growth aerospace rocket. And employee reviews (for what they’re worth) sometimes paint a high-pressure environment—relevant if labor tightness persists.

INVESTMENT VERDICT

As a business, Howmet is high-quality: essential products, durable competitive advantages, strong financials, and secular tailwinds in aerospace and related markets. As a stock at recent levels, it has already discounted a lot of the good news. The multi-year run has been spectacular; the next multi-year leg depends on continued production ramps, margin expansion, and the multiple not compressing when growth inevitably moderates.

Bulls see a compounder with years of runway and a pullback as opportunity. Bears (or valuation skeptics) see a great company priced for excellence with cyclical and concentration risks that can bite. Both can be right depending on time horizon and entry price. Past performance is not a promise that the next five years will look like the last five—especially after a 5–6x move.

Howmet makes the unglamorous, high-spec metal parts that keep modern aviation flying. The stock has rewarded believers handsomely. Whether it continues to do so from here is less about the quality of the blades and more about the price you’re paying for the story—and whether the aerospace machine keeps humming without another spectacular trip over its own feet.

(Data as of roughly mid-October 2026; prices and multiples move. Do your own due diligence, or at least read the 10-K before telling your group chat this is “free money.”)

Is the Aerospace Supercycle Ending?

The “supercycle” refers to the prolonged period of elevated demand for commercial aircraft that followed the post-COVID travel recovery. It is characterized by record (or near-record) order backlogs at Airbus and Boeing—often cited in the 15,000+ aircraft range combined, equating to roughly 10–12 years of production at recent or targeted rates—driven by airline fleet modernization, the need for more fuel-efficient jets, and capacity growth in passenger and cargo markets. Production has been the main constraint more than pure demand for several years.Like every industrial cycle, this one will eventually moderate or end. Here are the primary risks that could cause a significant slowdown, pause, or reversal:

1. Macroeconomic Slowdown or Recession

Airline demand is highly sensitive to economic conditions. A meaningful global or regional recession typically reduces passenger traffic growth (or causes absolute declines), squeezes airline profits, and leads to deferred deliveries, order cancellations, or slower new-order activity. Historical crises (financial crisis, oil shocks, pandemics) have repeatedly triggered production rate cuts once airline profitability deteriorates for more than a short period. Even without a full recession, weaker GDP growth in key markets (U.S., Europe, China, India) can cool the cycle.

2. Airline Profitability and Financial Health

High jet fuel prices (exacerbated by geopolitical tensions, such as Middle East conflicts that raise oil prices and force longer routes), elevated interest rates that increase financing and leasing costs, labor inflation, and maintenance backlogs can erode airline margins. When profits weaken, carriers become more cautious about taking new aircraft or placing additional orders. Engine groundings, delivery delays, and higher operating costs have already tested resilience in 2026 for some carriers.

3. Persistent Production and Supply-Chain Bottlenecks

Ironically, the inability of OEMs and suppliers to ramp production fast enough is both a feature of the current cycle and a risk to its continuation. Ongoing constraints in engines, specialized forgings, titanium and other materials, skilled labor, wiring, and other components limit deliveries. If these persist while demand softens, airlines may grow frustrated and slow future commitments. Conversely, if production finally accelerates sharply and floods the market just as traffic growth moderates, oversupply risk rises.

4. Geopolitical and Trade Disruptions

Wars, airspace closures, sanctions, and trade tensions can hit both demand (fewer passengers, disrupted routes, tourism declines) and supply (material shortages, higher costs, redirected logistics). Escalations in the Middle East, continued effects from the Russia-Ukraine conflict, U.S.-China frictions, or broader tariff regimes create uncertainty. Prolonged instability can reduce airline profitability and delay investment decisions. Defense spending may partially offset commercial weakness in some companies, but pure commercial aerospace suppliers feel the commercial side more acutely.

5. Backlog Digestion and Normalization of New Orders

The current multi-year visibility comes largely from the existing order book. Once that backlog is worked down (assuming production rates rise as planned), the cycle depends on a steady stream of replacement and growth orders. If airlines feel adequately fleeted with newer, efficient aircraft, or if residual values and secondary markets soften, new-order rates can decelerate significantly even without a crisis. “Supercycle” language often fades into ordinary cyclical growth at that point.

6. Structural and Longer-Term Shifts

• Financing and lessor behavior: Higher-for-longer interest rates or tighter credit conditions make aircraft more expensive to acquire or lease.
• Sustainability and technology transitions: Accelerated pressure for sustainable aviation fuel, hydrogen, or next-generation aircraft could disrupt current program economics or shift capital away from today’s backlogs.
• Competitive dynamics: Rising capability from Chinese manufacturers (e.g., COMAC) or other entrants could alter market share and pricing power over time.
• Regulatory or safety events: Major accidents, prolonged groundings, or stricter certification requirements can temporarily freeze demand or production.

Context and Caveats (as of late 2026)

Backlogs remain very large, providing substantial multi-year visibility for OEMs and key suppliers even if new orders slow. Long-term forecasts from manufacturers still project strong fleet growth over 20 years as traffic roughly doubles. Near-term risks are real, however—passenger growth has shown some signs of moderation in certain periods, fuel and geopolitical pressures are elevated, and supply chains remain fragile. The cycle is more likely to moderate into solid but less exceptional growth than to collapse abruptly, unless a sharp recession or major geopolitical shock intervenes.

In short, the biggest near-to-medium-term threats are weaker airline profits (from macro, fuel, or financing pressures) and any combination of demand soft patches with unresolved supply constraints. The existing backlog acts as a buffer, but it is not infinite, and cycles in capital-intensive industries rarely last forever at peak intensity. Companies with high exposure to commercial OEM production rates (versus aftermarket/spares or defense) are most sensitive to an earlier-than-expected end of the supercycle.

REFERENCES:

Airbus and Boeing now have 12 years of aircraft orders waiting to be built

https://www.lucintel.com/es/lucintel-brief/AerospaceDefense/Aerospace-Defense-Market.aspx

https://www.mynewsdesk.com/rolandberger/pressreleases/iran-war-could-test-aerospace-supply-chains-industry-remains-resilient-despite-structural-risks-3451075

https://www.pwc.com/us/en/industries/industrial-products/library/aerospace-defense-review-and-forecast.html

https://dbrs.morningstar.com/insights/commentary/490993/airline-credit-divergence-fuel-costs-and-capacity-constraints-test-resilience

https://pitchbook.com/profiles/company/10716-31

https://dcfanalyst.com/products/hwm-swot-analysis