35 Short Stacks, Push/Fold & Re-Steal
By the end of this chapter you will be able to choose between shoving, min-raising, re-stealing, and folding with a short stack, and adjust those ranges for position, fold equity, antes, and ICM.
When your stack drops below about fifteen big blinds in a tournament, the game changes shape. The deep, multi-street manoeuvring of cash poker collapses into something far more arithmetical. Most of your decisions become binary (move all-in before the flop, or fold), and getting them right is enormously valuable. This is, hand for hand, the highest-leverage phase of a tournament. A player who masters short-stack play wins chips the table is practically giving away, while a player who guesses survives a few orbits longer and then busts a level early.
This chapter covers that phase: the math of fold equity, Nash push/fold ranges, the choice between open-shoving and min-raising, the re-steal (3-bet jam), what changes when you are the one calling a shove, how ICM tightens everything down, and the often-decisive effect of antes. The aim is to understand why a push/fold chart says what it says, so you can deviate intelligently when the table demands it, rather than memorising cells you cannot adapt.
35.1 Why short stacks play differently
A deep stack has the luxury of seeing flops, floating (calling a bet planning to take the pot away later), bluffing rivers, and realising the equity of a speculative hand over three streets. A short stack has none of that. With 10bb behind, a hand like 7♠6♠ cannot profitably take a flop to realise its straight-and-flush equity or out-play anyone afterward. There is no money left to win once the flop comes, and set-mining (calling to flop a set) is a pocket-pair tactic that does not apply to a hand like this anyway. What a short stack can do is apply all-in pressure before the flop, where its modest equity, combined with the chips already in the middle, makes shoving directly profitable.
Two forces drive every short-stack decision:
- Fold equity. The chance everyone folds and you simply collect the blinds and antes. This grows as your short stack grows toward ~15bb, because a larger shove forces opponents to risk more relative to the fixed dead pot; their pot odds worsen, so they call tighter and fold more often. At ~6bb the shove is small relative to the pot, opponents get good odds and call wider, so you have less fold equity and must lean on showdown value. What does shrink as you get deep (beyond push/fold) is the value of fold equity relative to your stack: winning 2.5bb matters far less when you are risking 15bb than when you are risking 6bb.
- Showdown equity. How your hand performs when you do get called. Even a hand that is a coinflip when called can be hugely profitable to shove if it folds out enough hands first.
Balancing these against your stack size is the art of push/fold, and the central, slightly counter-intuitive truth is that the shorter you are, the wider you shove. The paradox is that at ~6bb the probability everyone folds is lower, yet you shove wider anyway: your shove is tiny relative to the pot, so even when called you run your equity at excellent odds, and the dead blinds and antes dwarf the few chips at risk. By 12–15bb the folds come more often, but being called now costs far more than the dead money is worth, so you tighten. That asymmetry, wider when shorter and tighter when deeper, is the spine of every push/fold chart.
A short-stack shove does not need to be ahead when called. It needs the weighted average of “everyone folds” plus “someone calls and I run my equity” to beat folding. Small uncontested pots, won often, are the engine of short-stack profit.
35.2 The fold-equity math
Let us make this concrete. Suppose it folds to you on the button with 10bb. The blinds are 0.5bb and 1bb with a 1bb total ante in the pot, so there are 2.5bb sitting dead in the middle before you act. You consider shoving 10bb.
Two outcomes matter:
- Both blinds fold. You win 2.5bb. This happens with probability
f(the chance neither blind calls). - You get called. Now a roughly 21.5bb pot forms (your 10bb, their 10bb call, plus ~1.5bb dead from the SB and ante). You win it with probability
e(your equity when called).
Your expected value of shoving, relative to your current stack, is approximately:
EV(shove) = f × (2.5) + (1 − f) × [ e × 21.5 − 10 ]Folding is worth 0 (you keep your stack, lose nothing extra). So shoving is profitable whenever EV(shove) > 0.
Plug in numbers. Imagine villains call with the top 15% of hands combined, so they fold 85% of the time: f = 0.85. Suppose when called your hand has 38% equity (a hand like K♠9♠ against a tightish calling range). Then:
EV ≈ 0.85 × 2.5 + 0.15 × [ 0.38 × 21.5 − 10 ]
≈ 2.125 + 0.15 × [ 8.17 − 10 ]
≈ 2.125 + 0.15 × (−1.83)
≈ 2.125 − 0.275
≈ +1.85bbA clearly profitable shove, and notice the profit comes almost entirely from the 85% of the time everyone folds. The hand actually loses money the 15% of the time it gets called, yet the shove as a whole prints. That is the essence of short-stack stealing: you collect the blinds and antes uncontested often enough that the occasional lost showdown barely dents the profit.
Now watch what happens as fold equity falls. If the blinds are stations who call 35% of the time (f = 0.65), one subtlety matters: against a looser calling range your hand picks up showdown equity. K♠9♠ fares better against the top 35% of hands than against a tight top-15%, so its equity when called rises, say to about 42%. That partly offsets the fold equity you have lost:
EV ≈ 0.65 × 2.5 + 0.35 × [ 0.42 × 21.5 − 10 ]
≈ 1.625 + 0.35 × [ 9.03 − 10 ]
≈ 1.625 + 0.35 × (−0.97)
≈ 1.625 − 0.340
≈ +1.29bbStill clearly profitable, but well down from +1.85bb. The extra showdown equity could not fully compensate for the fold equity you surrendered. Against an even looser table, or with a weaker hand that gains less when called, this spot tips negative. The lesson is permanent: fold equity is a function of your opponents. Against callers you must tighten up; against nits (very tight players) you can shove almost anything.
Players memorise a 12bb shoving range and apply it identically against a tight reg (a regular, experienced player) and against a calling-station amateur. The chart assumes a roughly optimal caller. Facing someone who calls 40% of hands, you must drastically narrow your shoves toward hands that play well when called, the pairs and big cards, and abandon the weak suited connectors and offsuit junk that only profit through fold equity.
35.3 Nash push/fold ranges
The Nash equilibrium push/fold ranges (popularised by tools such as HoldemResources Calculator and ICMIZER, and historically the “SnG Wizard” era charts) answer a clean theoretical question: if both the shover and the caller play perfectly and neither can be exploited, what should each do? They assume a chip-EV, heads-up-to-the-blind, no-future-play model. Real tournaments add ICM, multiple players left to act, and imperfect opponents, but the Nash charts remain the indispensable baseline.
The structure of any Nash chart is intuitive once you see it:
- The shorter you are, the wider you shove. At 3–4bb, fold equity barely matters; you are shoving for showdown value and the dead blinds, and the range balloons to include most aces, most kings, all pairs, and many suited cards. At 4bb you are shoving well over half of all hands from late position.
- The more players left to act, the tighter you shove. Open-shoving UTG at a full table with 10bb is far tighter than shoving the same stack on the button, because every additional player is another chance to get called.
- Position dominates. From the small blind heads-up against the big blind, even 10bb shoves something like the top 50–65% of hands. UTG with 10bb at a 9-handed table you might shove closer to the top 10–14%.
A representative 10bb open-shove range by position (folded to you, chip-EV, roughly Nash) looks like:
| Position | Approx. shove range | Sample hands the range reaches |
|---|---|---|
| UTG (full ring) | ~10–14% | 44+, ATs+, AJo+, KQs |
| Middle | ~15–20% | 22+, A8s+, ATo+, KTs+, KJo+, QJs, JTs |
| Cutoff | ~22–28% | 22+, any suited ace, A7o+, K9s+, KTo+, Q9s+, JTs, T9s |
| Button | ~35–45% | any pair, any ace, any suited king, K9o+, Q9s+, QTo+, J9s+, JTo, T9s, most suited connectors |
| Small blind (vs BB) | ~50–65% | any pair, any ace, any king, most suited hands, many offsuit broadways |
Treat these as ranges of ranges: the exact percentages shift with antes, exact stack, and the caller’s tendencies. The percentage is the authoritative figure; the hands beside it are an illustrative, non-exhaustive sample of where each range reaches, not a hard cutoff, so do not read the last hand listed as the tightest hand you may shove. The shape is what matters: tight up front, explosively wide on the button and small blind.
The same shape at other stacks. The 10bb grid above is the anchor, but you will sit at 6bb, 8bb, 12bb, and 15bb at least as often. Every range simply slides along the depth axis while the position ordering stays fixed. Here are the two neighbouring depths the end-of-chapter drill asks you to internalise, plus a quick-reference matrix for everything in between.
An 8bb open-shove range opens everything up: you risk so little to win the 2.5bb dead pot that marginal hands clear the bar easily, especially in late position:
| Position | Approx. shove range | Sample hands the range reaches |
|---|---|---|
| UTG (full ring) | ~12–17% | 22+, A9s+, ATo+, KTs+, KJo+, QJs |
| Middle | ~18–24% | 22+, A5s+, A9o+, KTs+, KJo+, QTs+, JTs, T9s |
| Cutoff | ~28–34% | 22+, any suited ace, A5o+, K8s+, KTo+, Q9s+, QJo, J9s+, T9s, 98s |
| Button | ~42–52% | any pair, any ace, any suited king, K7o+, Q8s+, Q9o+, J8s+, JTo, T8s+, 97s+, 87s |
| Small blind (vs BB) | ~58–72% | any pair, any ace, any king, any suited queen, most offsuit broadways, most offsuit aces |
A 12bb open-shove range tightens every seat. You are now risking 12bb to win the same 2.5bb, so the dead money buys you less, and this is also the depth at which min-raising starts to compete with shoving (see the next section):
| Position | Approx. shove range | Sample hands the range reaches |
|---|---|---|
| UTG (full ring) | ~8–12% | 55+, ATs+, AJo+, KQs |
| Middle | ~13–17% | 22+, ATs+, AJo+, KTs+, KQo, QJs |
| Cutoff | ~18–23% | 22+, A8s+, ATo+, KTs+, KJo+, QTs+, JTs |
| Button | ~30–38% | 22+, any suited ace, A8o+, K9s+, KJo+, Q9s+, QJo, JTs, T9s |
| Small blind (vs BB) | ~45–58% | any pair, any ace, K7s+, K9o+, most suited broadways, many offsuit broadways |
For the depths in between, and for the 6bb and 15bb spots the structure will hand you constantly, read straight off this quick-reference matrix of approximate shove percentages:
| Position | 6bb | 8bb | 10bb | 12bb | 15bb |
|---|---|---|---|---|---|
| UTG (full ring) | ~16–22% | ~12–17% | ~10–14% | ~8–12% | ~6–9% |
| Middle | ~24–30% | ~18–24% | ~15–20% | ~13–17% | ~10–14% |
| Cutoff | ~34–42% | ~28–34% | ~22–28% | ~18–23% | ~15–19% |
| Button | ~52–62% | ~42–52% | ~35–45% | ~30–38% | ~25–32% |
| Small blind (vs BB) | ~70–85% | ~58–72% | ~50–65% | ~45–58% | ~38–50% |
Two anchors to carry away from the matrix. First, a 15bb stack is only a notch tighter than 12bb, and with a full big-blind ante in play push/fold territory creeps up toward 14–15bb (see Ante effects below). Second, a 6bb stack on the button or in the small blind is shoving so wide that the hands you fold are a shorter list than the hands you jam; at that depth, against anyone but a pure calling station, “is it a shove?” almost always answers itself.
Memorise the shape and reasoning, not the exact cells. “Wider as I get shorter, wider as I get later, tighter as more players can call me” lets you reconstruct a sensible range at the table. A chart you half-remember and apply mechanically is more dangerous than a principle you understand.
35.4 Open-shoving vs min-raising
A recurring question at 12–20bb is whether to open-shove all-in or to min-raise (open to about 2–2.2bb) and keep chips behind. The answer depends mostly on stack depth and how your opponents respond.
Reasons to open-shove:
- It maximises fold equity and removes all post-flop decisions, which is valuable when you are uncomfortable playing flops or when opponents are tricky.
- It denies opponents the chance to flat-call and out-play you.
- At very short depths (≤10bb), shoving is often simply higher-EV than min-raising because a min-raise commits a large fraction of your stack anyway and invites light 3-bet jams you cannot profitably call.
Reasons to min-raise:
- At 13–20bb, min-raising lets you open a wider, more profitable range while risking only ~2bb, then fold the worst hands to a re-jam.
- It keeps weaker hands in the pot from opponents who would fold to a shove but call a small raise.
- It preserves the option to continue post-flop with the best part of your range.
- Against aggressive 3-bettors, however, min-raising with an 11–14bb stack puts you in the miserable spot of facing a shove for not-quite-enough to fold but too much to call comfortably. This is exactly the “awkward stack” zone, and many players resolve it by reverting to a pure shove/fold strategy a couple of big blinds deeper than the textbook 10bb cutoff.
A practical heuristic: at 10bb or less, default to open-shove or fold. At 11–16bb, mix: min-raise your stronger opens at full tables where you have fold equity post-flop, but be ready to open-shove from late position and the blinds. Above 16–20bb you are leaving pure push/fold territory and re-entering “normal” raise-and-play poker, which belongs to other chapters.
35.5 The re-steal / 3-bet jam
So far we have discussed shoving when it folds to you. The re-steal is shoving over the top of someone else’s open-raise, and it is one of the most powerful weapons a 12–25bb stack possesses. Late-position players open very wide (a button might open 45%+ of hands at a tournament table), and that wide range folds to a re-jam a large share of the time.
The math mirrors the open-shove, but with two crucial differences: the pot already contains the opener’s raise (more dead money to win), and you are up against a single, already-defined range rather than the whole table.
Worked example. It is folded to a loose-aggressive cutoff who opens to 2.2bb with 25bb. You are in the big blind with 14bb holding A♥5♥. The blinds are 0.5/1 with a 1bb ante, so before your action the pot is roughly 2.2 (open) + 0.5 (SB) + 1 (your BB) + 1 (ante) = 4.7bb.
- This CO opens about 40% of hands. Against a 14bb jam he will likely continue (call) with only the top ~12–15%, the strong pairs and strong aces, folding the rest. Call it fold 65%.
- When called, A♥5♥ has about 35% equity against that strong calling range (the suited ace holds up surprisingly well even against premiums, retaining flush and wheel/straight back-up equity when it gets there). And before we are ever called, holding an ace blocks a chunk of his AA/AK/AQ/AJ continuing combos, which is part of why he folds as often as he does. Note, though, that against a calling range this tight A♥5♥ is behind every hand he continues with. Its profit comes from fold equity and the blocker effect.
EV(jam) ≈ 0.65 × 4.7 + 0.35 × [ 0.35 × (pot when called) − 13 ]When called, the pot is your 14bb + his 14bb call + 0.5bb (SB) + 1bb (ante) ≈ 29.5bb. Because your own 1bb big blind is already sitting in that pot, the jam puts only the 13bb you have behind at risk rather than the full 14bb, exactly as the calling section below risks 9bb more rather than 10bb. (Subtracting the full 14bb while also crediting the full 4.7bb pot on a fold would double-count that 1bb blind.) So:
EV ≈ 0.65 × 4.7 + 0.35 × [ 0.35 × 29.5 − 13 ]
≈ 3.055 + 0.35 × [ 10.33 − 13 ]
≈ 3.055 + 0.35 × (−2.67)
≈ 3.055 − 0.94
≈ +2.1bbA strongly profitable re-steal, driven again by the high fold frequency. Note the ideal re-steal hand: A♥5♥ has a blocker (the ace makes it less likely the opener holds a strong ace and calls) and reasonable equity the times it is called. Hands like A2s–A5s, KQ, and small-to-medium suited aces are prime re-jams for exactly this reason: too weak to flat-call profitably out of position, but excellent for fold-equity-driven jams.
The best re-steal hands combine fold equity with blockers and back-up equity. Ax and Kx hands block the opponent’s premium calling range while retaining a fighting chance when called. This is why suited aces and offsuit broadways outperform middling suited connectors as re-jams, even though the connectors have similar raw equity.
Re-stealing into a player who never folds to 3-bets. Before you jam over an open, you must believe the opener can fold. A tight player who only opens 12% of hands is already at the top of his range and will call your jam too often; re-stealing light against him simply burns chips. Pick re-steal targets who open wide and fold to pressure, and leave the tight openers alone.
35.6 Calling a shove, and how ICM tightens it
Calling an all-in is a different calculation. You now have zero fold equity: there is no way to win uncontested, only at showdown. So your calling range is built purely on equity versus the shover’s range, adjusted for the pot odds you are getting.
In raw chip terms, calling is often correct surprisingly wide. If a button shoves 10bb and you are in the big blind getting good odds, you might profitably call with any pair, most aces, most kings, and a swathe of suited and offsuit broadways reaching down to around Q9s / J9s, roughly the top ~40–45%. The pot odds below show why.
Work the pot odds explicitly. The button jams 10bb. You have already posted your 1bb big blind, so calling costs you 9bb more. If you call, the pot becomes his 10bb + your 10bb + the 0.5bb SB + 1bb ante = 21.5bb, and you must win back that 9bb investment to break even:
required equity = (chips to call) / (pot after you call)
= 9 / 21.5
≈ 0.42 → about 42%So in a pure chip-EV vacuum you can call any hand with at least ~42% equity against the button’s shoving range (strip the ante out and the bar rises to 9/20.5 ≈ 44%). That is why calling looks so wide on a chip-EV basis.
But tournaments are not played in raw chips. Enter ICM, the Independent Chip Model, which converts chip stacks into real-money equity based on the payout structure. ICM’s central insight is that tournament chips are worth less when you win them and more when you lose them: doubling your stack does not double your prize equity, while busting takes you to zero. This asymmetry makes calling all-ins, where you risk your tournament life, much more expensive than chip-EV suggests.
The practical consequences:
- Calling ranges tighten dramatically near the bubble and at pay jumps. A call that is clearly +chipEV can be sharply −$EV. On a money bubble, you might need 50%+ raw equity to justify a call that chip-EV says is fine at 38%. Hands like AJ or 99 that snap-call in a chip-EV vacuum become folds when busting means missing the money.
- The big stack’s shoves get wider; the medium stacks’ calls get tighter. A big stack can pressure the table because medium stacks cannot afford to call and risk busting before the short stacks. This is the source of the classic “big stack bully on the bubble” dynamic.
- Covered stacks fold; covering stacks pressure. If you cover your opponent (you have them out-chipped), busting them is good for you and calling is cheaper. If they cover you, your tournament life is at stake and you must tighten.
A reference calling chart. Unlike the open-shove charts, a calling range is keyed to who shoved and from where, a single defined range rather than the whole table. The grid below assumes a ~10bb open-shove and that you are closing the action in the big blind (so the chip-EV bar is the ~42% we computed above). The chip-EV column is what those pot odds permit; the ICM column is roughly where you should land once real bust risk is on the table, such as a money bubble or a steep pay jump. Notice how violently the right-hand column contracts against the left: that contraction is ICM, made visible.
| Shover (~10bb) | Their shove range | Chip-EV BB call (~42% bar) | ICM / bubble call |
|---|---|---|---|
| UTG (full ring) | ~12% | ~9–11% (66+, ATs+, AJo+, KQs) | ~6–8% (99+, AQs+, AKo) |
| Cutoff | ~25% | ~18–22% (22+, A8s+, ATo+, KTs+, KQo, QJs) | ~12–15% (77+, ATs+, AJo+, KQs) |
| Button | ~40% | ~40–45% (22+, A2s+, A7o+, K9s+, KTo+, Q9s+, JTs) | ~15–20% (66+, A9s+, ATo+, KJs+, KQo) |
| Small blind | ~55% | ~48–55% (22+, A2s+, A4o+, K7s+, K9o+, Q9s+, J9s+, T9s) | ~22–28% (44+, A7s+, A9o+, KTs+, KJo+, QJs) |
Read the calling chart against the open-shove charts above and you can size up almost any short-stack confrontation: the shover picks his column from his own stack, you pick your row from his seat.
Open-shoving and calling with the same range. Shoving ranges are wide because they earn fold equity; calling ranges are narrow because they earn none and, under ICM, risk your tournament life. Routinely you might shove the top 40% from the button but only call a button shove with the top 15–20% from the big blind once ICM and bust risk are factored in (versus roughly the top 40–45% in a pure chip-EV vacuum). Conflating the two is one of the most expensive errors in tournament poker.
ICM is a deep topic in its own right, and a dedicated treatment belongs to the tournament-specific chapters. For short-stack purposes, internalise this: shove wide, call tight, and tighten your calls further as the money and pay jumps approach.
35.7 Ante effects on shove width
Antes widen everything. When every player (or the big blind, in a big-blind-ante format) posts an ante, there is more dead money in the middle relative to the cost of stealing it. That improves the risk-reward of every shove.
Recall the open-shove EV formula: the first term is f × (dead money). Antes inflate the dead money. With 0.5/1 blinds and no ante, only 1.5bb sits in the middle. Add a 1bb big-blind ante and now 2.5bb is dead, a 67% increase in the prize you collect every time everyone folds. That extra dead money pushes marginal shoves from break-even into clearly profitable, and it widens Nash ranges noticeably.
Rules of thumb in ante-rich structures (most modern tournaments use a big-blind ante):
- Open-shove and re-steal ranges widen by a meaningful margin compared to no-ante charts, often several percentage points, more in late position.
- The effective stack at which “push/fold” begins creeps up: with a full ante in play, 14–15bb often plays like 12bb did without antes, because the bigger pot makes shoving more attractive relative to small-ball.
- Stealing the blinds-and-antes becomes the dominant chip-accumulation strategy for short stacks. Surviving by folding while the antes erode your stack is a losing plan; you must put your stack in to fight for that growing dead pot.
More dead money means more reasons to shove. When antes kick in, do not keep using your no-ante instincts; recalibrate wider. The pot you win uncontested is bigger, so the bar for a profitable shove drops.
35.8 A fully worked decision
Let us put the whole framework together in one hand.
Setup. Mid-stage of a tournament, 9-handed, blinds 400/800 with an 800 big-blind ante. You have 9,600 chips, exactly 12bb. It folds to you in the cutoff with K♠J♠.
Step 1: Identify the phase. At 12bb with antes, you are squarely in push/fold territory. A min-raise to 1,600 would commit about a sixth of your stack (~17%) and invite re-jams you would hate to face. Open-shove or fold are the live options.
Step 2: Dead money. In the middle: 400 (SB) + 800 (BB) + 800 (ante) = 2,000 chips = 2.5bb. That is the prize when everyone folds.
Step 3: Fold equity. Three players remain behind (button, SB, BB). Against competent opponents, a 12bb cutoff jam gets through a healthy majority of the time; suppose collectively they fold around 72% (f = 0.72). K♠J♠ is well inside a standard 12bb cutoff shoving range (roughly the top 22–28%), so this is a textbook profitable shove on fold equity alone.
Step 4: Equity when called. The calling range will be strong-ish: pairs, big aces, KQ, AJo+. Against that, K♠J♠ holds roughly 36–40% equity. It is dominated by AK and AJ but is live against pairs below kings and crushes the weaker calls.
Step 5: Combine. With f = 0.72, a 2.5bb dead pot, and ~38% equity when called into a ~25bb pot, the shove clears comfortably positive, by the same arithmetic as our earlier examples.
Step 6: Adjust for reads. If the big blind is a calling station who defends 45% of hands against shoves, drop f, recompute, and you will find K♠J♠ is now thin; consider tightening toward KQ and ATo+. If instead the players behind are tight regs protecting a min-cash, fold equity rises, ICM makes them call even tighter, and you can shove K♠J♠, plus plenty of weaker hands, with total confidence.
Decision: open-shove all-in for 12bb. Standard, profitable, and exactly the kind of low-variance chip accumulation that keeps a short stack alive.
Pull up a free Nash/ICM tool (HoldemResources Calculator and ICMIZER both offer limited free use; many training sites publish static push/fold charts). For one week, before each session, study the 8bb, 10bb, and 12bb open-shove ranges from UTG, the cutoff, the button, and the small blind. Then run these table-side reps:
- Deal yourself a random hand and a random position. State out loud: shove or fold at 10bb, folded to you?
- Now change one variable — add a calling station in the blinds. Does your answer change? Why?
- Repeat for a re-steal: a loose button opens, you have 13bb in the BB. Which hands jam? Confirm that your jamming range is built from blocker-heavy hands (Ax, Kx) plus pairs, not random suited connectors.
Do twenty reps a day. Within two weeks the correct shoves will be automatic, and you will have removed guesswork from the single highest-leverage phase of every tournament you play.
35.9 Summary
Short-stack play rewards discipline and arithmetic over creativity. The core lessons:
- Below ~15bb, collapse your strategy toward push or fold; below ~10bb make it nearly pure.
- Fold equity is the engine: most short-stack profit comes from hands everyone folds to, not from showdowns.
- Shove wider as you get shorter and later, tighter as more players can call.
- The re-steal punishes wide late-position openers; choose blocker-rich hands (suited aces, offsuit broadways) and target opponents who fold to 3-bets.
- Calling is not shoving. You have no fold equity when you call, so call far tighter than you shove, and tighten further as ICM, the bubble, and pay jumps raise the cost of busting.
- Antes widen everything. More dead money lowers the bar for a profitable shove; recalibrate your ranges upward whenever antes are in play.
Master this phase and you will routinely out-chip players who are technically stronger when stacks are deep, because the short-stack battle, fought correctly hand after hand, is where tournaments are decided.