The Second-Biggest Stack Trap at PLO Final Tables

Phillip Mighall has 3.5 million chips at a nine-handed PLO final table, and the player who should be most afraid of him isn't the short stack. It's the second-biggest stack.

WSOP Event #35, the $1,500 Pot-Limit Omaha 8-Handed, has reached its final table. The chip distribution tells a story that every tournament PLO player needs to understand.

The Stacks That Matter

Here's what we're working with at the final table of Event #35:

• William Givens (1 bracelet, 2 rings, $2.08M lifetime): 9,825,000
• Jochen Pfeifer: 5,975,000
• Phillip Mighall ($1.99M lifetime, 2 career final tables): 3,500,000

William Givens controls 9.825 million chips at a nine-handed final table where the next-closest stack holds barely 60% of his count.

Those are the top three stacks at the table. The remaining six players split whatever is left. And that lopsided distribution creates an ICM dynamic that punishes the second-biggest stack harder than anyone else.

Why Second Place Is the Worst Seat

ICM (Independent Chip Model) assigns a dollar value to each player's stack based on the remaining payouts. The key insight: your chips are worth less per unit the more you have, and the penalty for losing chips is always larger than the reward for gaining them.

This asymmetry creates a strange phenomenon at final tables with top-heavy distributions. When one player (Givens, with 9.825M) dominates the table, everyone else faces pressure. But the second-biggest stack faces the most pressure, because that player has the most to lose in relative position.

Think about it from Pfeifer's perspective at 5.975M. If he tangles with Givens and loses a big pot, he drops from clear second place into the middle of the pack. The pay jump between finishing second and finishing fifth or sixth is enormous. Meanwhile, a short stack who busts in ninth was never reaching second anyway. The short stack's downside is one pay jump. Pfeifer's downside is several.

In PLO specifically, this effect is amplified. Pot-limit Omaha has lower all-in equity edges than No-Limit Hold'em. When you get it in with a strong PLO hand, you're often only 60/40 rather than the 70/30 or 80/20 edges common in NLHE. Smaller edges mean more variance, and more variance means ICM punishes marginal confrontations even harder.

The Short Stack's Advantage

Here's the counterintuitive part. A player sitting on, say, 1.2 million at this final table has more strategic freedom than Pfeifer does. Not more chips, but more freedom.

Why? Because the short stack's best-case scenario (doubling into 2.4M) still leaves them well below Pfeifer and Givens. They aren't threatening anyone's position. So the big stacks have less incentive to call their shoves. The short stack gets more fold equity precisely because they're small.

Meanwhile, if Pfeifer opens a pot and Givens three-bets, Pfeifer faces an agonizing decision. Calling or potting it risks a huge chunk of his stack against the one player who can bust him. Folding surrenders chips he needs to keep pace. Every decision Pfeifer makes at this table is distorted by the Givens stack looming behind him.

Mighall, at 3.5M, sits in an interesting middle zone. He's big enough that tangling with Givens is dangerous, but small enough that he can pick on the shorter stacks without the same positional risk Pfeifer carries. His optimal strategy is to attack down (pressuring stacks smaller than his) while avoiding Givens unless he has a premium holding.

The Heuristic You Can Use

Givens brings 27 career final tables and a bracelet to this spot. Mighall has nearly $2M in lifetime earnings across 2 final tables. These are players who understand pressure. But understanding the concept matters less than having a rule you can apply in real time.

So here's the concrete takeaway:

At a PLO final table, the second-biggest stack should play tighter than the third-biggest stack.

Not because the second stack is weaker. Because the second stack has the most positional equity to protect. The chip leader can bully everyone. The short stacks can shove with wide ranges because nobody wants to be the one who calls and doubles them up. But the second stack is squeezed from both directions: unable to bully the leader, unable to risk a confrontation that drops them into the pack.

Next time you're at a PLO final table and you're second in chips, resist the urge to play "big stack poker." You aren't the big stack. You're the player with the most to lose.