What's in This Guide

I've been tracking semiconductor supply chains for over a decade, and the auto chip shortage hit me harder than most. I remember visiting a parts distributor in Michigan back in 2021 (well, around that time) and seeing rows of half-finished vehicles waiting for a single chip. That image stuck with me. This isn't just about a temporary blip—it's a structural shift in how cars are made and how we invest in them.

In this guide, I'll break down the real causes of the auto chip shortage, its ripple effects on car buying and production, and—most importantly—how you can adjust your investment approach. No fluff, just the stuff that matters.

Why the Auto Chip Shortage Happened

Most people blame COVID-19. But that's like blaming a match for a forest fire. The pandemic simply ignited a long-smoldering problem.

The Just-in-Time Trap

Automakers ran ultra-lean inventories for decades. Why stockpile chips when you can order them weekly? That worked until factories shut down. When demand bounced back faster than expected, chipmakers couldn't flip a switch. A single chip takes 12–16 weeks to produce.

Misjudged Demand

In early 2020, carmakers canceled chip orders expecting a recession. Meanwhile, demand for laptops and gaming consoles exploded. Semiconductor fabs reallocated capacity to consumer electronics. By the time carmakers wanted their chips back, the lines were full.

Capacity Is Not Elastic

Building a new fab costs $10–$20 billion and takes years. Auto-grade chips require special certification (AEC-Q100). Most fabs prioritize high-margin chips (like phone processors) over lower-margin automotive chips. That's not going to change overnight.

Non-obvious insight: The shortage wasn't just about supply—it was about inventory philosophy. Many OEMs realized they had no buffer. The few who hedged (like Toyota, with its business continuity planning) suffered far less.

How the Shortage Impacted Car Prices, Production, and Buyers

The effects are everywhere. Let's look at hard numbers (approximate, but close).

MetricPre-Shortage (Normal)During Peak ShortageCurrent Status
Average new car price (US)$37,000$48,000+~$47,000
Global production lost per year~95 million units~80 million units~85 million units
Inventory days supply60–70 daysunder 30 days~40 days
Used car price index140210+~170

I bought a used SUV in 2020 for $22,000. Two years later, the same model with 20K more miles sold for $27,000. That's crazy. New car lots looked like ghost towns. Dealers added market adjustments of $5,000–$15,000 over MSRP for popular models.

If you were shopping for a car, you faced either a long wait or a huge markup. And even if you paid, you might get a vehicle missing features due to chip shortages—like BMW deleting touchscreens or GM dropping heated seats. That's not a great experience.

Who Profited and Who Lost: Investment Winners and Losers

Let's talk about money. I've been on the wrong side of a few trades, so I know what not to do.

Winners

  • Semiconductor foundries: TSMC, Samsung, Intel. Their fabs ran at full capacity, and they raised prices. TSMC's stock nearly tripled from pre-shortage levels.
  • Auto chip suppliers: Infineon, NXP, STMicroelectronics. They gained pricing power and long-term supply agreements. Infineon's automotive revenue surged ~40%.
  • Used car sellers: Carvana and Vroom saw massive spikes—though they later crashed due to overexpansion. Timing was everything.
  • EV makers (some): Tesla managed the shortage better than most, partly by rewriting firmware to use alternative chips. Their margins held up.

Losers

  • Traditional automakers: Ford, GM, Stellantis lost billions in production. Ford's operating profit in 2021 missed estimates by over $2 billion.
  • Car rental companies: Hertz and Avis had to buy overpriced used cars to rebuild fleets, squeezing margins.
  • Suppliers with single-chip dependencies: Small component makers that relied on a single chip source got hammered.

One mistake I saw friends make: they bought automaker stocks thinking the shortage would boost prices. Actually, most auto stocks underperformed because volume lost outweighed price gained. The real money was upstream—in chipmakers and materials.

How to Invest in the New Normal

The shortage is easing, but the landscape has changed permanently. Here's my framework.

Focus on Chip Design and Manufacturing

Companies that design auto chips (like Mobileye, Qualcomm, or Nvidia for autonomous driving) will grow. Also, consider equipment makers (ASML, Applied Materials) because fabs will keep expanding.

Look for Resilient Automakers

Toyota and Hyundai managed the shortage relatively well. They had visibility into their supply chains and maintained some inventory. In contrast, Ford and GM are investing heavily to secure chips—maybe too late.

Watch for Overreactions

When the shortage ends, expect a correction in chip stocks. But that might be a buying opportunity. Long-term demand for automotive semiconductors is still climbing: electric vehicles use 2x–3x more chips than ICE cars.

Diversify Beyond Stocks

Consider ETFs like SMH (semiconductors) or CARZ (auto tech). They spread risk while keeping exposure.

My personal rule: Don't try to time the chip cycle. Few forecasters got it right. Instead, invest in companies with pricing power and technological moats. Those survive the next crunch.

What the Future Holds: When Will It End?

The auto chip shortage isn't over—it's evolving. Here's what I see:

  • Near term (1–2 years): Gradual improvement. New fabs will come online, but certification delays will linger. Expect continued tightness for 28nm and older nodes used in cheap sensors.
  • Long term (3–5 years): Oversupply is possible. Governments (US, EU, Japan) are pouring subsidies into local fabs. That could lead to a glut by 2026–2027.
  • Wildcard: Geopolitics. If Taiwan tensions escalate, 90% of advanced chips could be disrupted. That scenario is nightmare fuel.

I believe the era of just-in-time inventory is dead for critical components. Automakers will stockpile more chips, creating a permanent demand floor for semiconductors. That's good for chip investors, but it means car prices may never return to pre-shortage levels.

Frequently Asked Questions

Car dealerships are still adding markups. Is the auto chip shortage still ongoing in 2024?
While the worst of the shortage has passed, some chip types—especially simpler analog chips used in power steering and climate control—remain constrained. Dealers exploit this perception to keep prices high. Check specific model availability; compact cars are easing, but full-size trucks still have limited inventory.
I want to buy a new car now. How can I avoid paying inflated prices due to chip shortages?
Order a custom build instead of buying from the lot. Wait times are now 4–8 weeks for many brands, and you'll avoid dealer market adjustments. Also, expand your search to adjacent regions; dealers in rural areas add less markup.
Are used car prices finally dropping? Should I wait to buy?
They've declined about 15% from the peak, but remain above historical trends. If you need a car now, look for off-lease returns (3-year-old models) which are more affordable. If you can wait 6–12 months, prices will likely normalize further as new car inventory improves.
What's the best chip stock to buy now that the shortage is fading?
Avoid the hype stocks that quadrupled. Instead, consider companies with diversified automotive exposure like Infineon or Texas Instruments that have steady cash flows. Also, look at silicon carbide players like Wolfspeed; they supply EV inverters and have long-term contracts.
Will electric vehicles be affected by chip shortages differently?
Yes. EVs use more chips (especially power management chips), so they were hit slightly harder. But manufacturers like Tesla wrote custom software to substitute alternative chips. The lesson: vertical integration and engineering agility matter more than scale.

This guide draws on personal experience, industry interviews, and public data. It has been fact-checked for accuracy.