Theory is one thing; reading a real matchup under pressure is another. This guide works through seven concrete battle scenarios step by step, showing exactly how to combine type effectiveness, dual typing, STAB, and the damage formula into a decision. Follow along, then test your own matchups with the Pokémon Type Calculator.
What this guide covers
Use the jump links to skip to the part you need.
How to read any matchup in four steps
Every example in this guide follows the same four-step read, the one experienced players run automatically. Learning the steps once means you can apply them to any battle, not just the seven below. The matchup mistakes guide catalogues what goes wrong when you skip a step; this guide shows what going right looks like.
Note the full typing of the attacker and the defender. Dual types are where most reads succeed or fail.
Work out the effectiveness multiplier, watching for immunities (0×) and stacked weaknesses (4×).
Check whether the attacker gets the 1.5× same-type bonus and whether its stats and the move’s base power are enough to convert the multiplier.
Turn the read into an action. A clean knockout means attack; an unfavourable read means switch or play around it.
A word on why worked examples matter more than they might seem to. Most guides teach the rules in the abstract — here is the chart, here is the formula — and leave you to bridge the gap to actual play on your own. But that bridge is where most of the difficulty lives. Knowing that Ice is super effective against Dragon is easy; remembering it in the heat of a battle, multiplying it correctly against a dual type, factoring in STAB, and deciding whether to attack or switch all within a few seconds is the hard part. Examples build the bridge by showing the rules in motion, which is how the knowledge becomes usable rather than merely true.
Each example below is framed as a decision, because that is what a matchup really is. You are never just observing a multiplier; you are choosing an action based on it. The four-step read exists to turn raw type knowledge into that action reliably, and the seven scenarios are chosen to cover the full range of decisions you will face: clean attacks, wasted-turn traps, subtle damage choices, defensive holds, and switches. Together they form a representative sample of nearly every matchup decision the games throw at you.
One more framing helps before the examples. Think of the four steps as a funnel that narrows from information to action. Steps one and two are pure information gathering — what are the types, what is the multiplier — and they have objective, calculable answers. Step three adds the attacker’s resources, which are still largely factual. Step four is the only genuinely strategic step, where you weigh the read against your broader game plan and decide what to do. Most mistakes happen because players collapse the funnel, jumping straight to an action on partial information without completing the gathering steps. Keeping the steps distinct is what keeps the read honest.
That sequence draws on every other article in this cluster: the type chart for step two, the combinations guide for dual types, and the damage formula for step three. With the steps in hand, let us work through real scenarios. For any matchup you want to verify, the type calculator handles steps one and two instantly.
Example 1: A Water move into a Fire-type
Step 1 — types: a pure Water attacker against a pure Fire defender, the cleanest possible matchup. Step 2 — multiplier: Water is super effective against Fire, so 2×. No second type to complicate it. Step 3 — STAB and stats: the Water attacker using a Water move gets the 1.5× STAB bonus, stacking with the 2× type multiplier for a combined 3× before other modifiers. Assuming reasonable stats, that is a huge hit. Step 4 — decision: attack. This is about as favourable as a matchup gets, and the Fire-type also resists very little that a Water-type carries.
This first example establishes the rhythm of the read, and even at its simplest it teaches something. The gap between a casual “Water beats Fire” and the full read is the STAB bonus: where a beginner sees a 2× hit, the trained player sees 3×, because the Water-type’s Water move carries the 1.5× same-type bonus. That extra half-again of damage is invisible on the type chart yet routinely decides whether a sturdy Fire-type survives the turn. Water ranks among the best offensive types precisely because favourable, clean matchups like this one come up so often.
Example 2: An Electric move into a Water/Ground Pokémon
Step 1 — types: an Electric attacker against a Water/Ground defender — and that second type is everything. Step 2 — multiplier: Electric is normally super effective against Water, but Ground is immune to Electric. Immunity overrides everything, so the result is 0× — zero damage. Step 3: irrelevant; no amount of STAB or stats rescues a 0× hit. Step 4 — decision: do not attack with Electric. This is the textbook trap from mistake one in the {alink(5, “mistakes guide”)}: reading only the Water half and clicking Electric wastes a whole turn.
This is the example that most punishes a lazy read, and it is worth seeing why the trap is so effective. Water/Ground is a common, strong defensive combination, and the “use Electric on Water” rule is one of the first things players learn, so the instinct to reach for Electric is powerful. The Ground half quietly converts that instinct into a zero-damage turn. The lesson generalises far beyond this one pairing: any time the rule you learned is built on a single type, a second type can overturn it completely. Always read both halves before trusting a familiar rule.
Example 3: An Ice move into a Dragon/Flying Pokémon
Step 1 — types: an Ice attacker against a Dragon/Flying defender. Both halves matter, and both are bad news for the defender. Step 2 — multiplier: Ice is super effective against Dragon (2×) and super effective against Flying (2×). They multiply to 4× — a quad weakness. Step 3 — STAB and stats: an Ice attacker using an Ice move adds 1.5× STAB on top, for a combined 6× before other modifiers. Even a modest Ice attacker obliterates this defender. Step 4 — decision: attack immediately; this is one of the fastest knockouts in the game.
The mirror image of example two, this is the opportunity rather than the trap. When both of a defender’s types are weak to your attack, the multipliers stack to 4×, and with STAB layered on top the hit becomes one of the most devastating in the game. Skilled players actively scan opposing dual types for exactly this, because a 4× weakness is usually an instant knockout regardless of how bulky the target is. Spotting it first — before the opponent can switch out — turns the read into a free Pokemon. The combinations guide catalogues which pairings carry these quad weaknesses.
Example 4: A Normal move into a Ghost-type
Step 1 — types: a Normal attacker against a pure Ghost defender. Step 2 — multiplier: Ghost is immune to Normal, so 0×. The famous immunity that strands Normal-types against Ghosts. Step 3: irrelevant once more; an immunity cannot be overcome by stats or STAB. Step 4 — decision: do not use the Normal move, and recognise that a pure Normal-type may have no way to damage this Ghost at all without a coverage move of another type.
Example four shows how an immunity can strand an entire type. A pure Normal-type with only Normal moves has no way to damage a Ghost at all, which is why coverage moves of other types exist. The broader lesson is to treat immunities as a planning concern, not just an in-battle one: when building a team, make sure no Pokemon is completely walled by a common defensive type. Recognising the immunity from the defender’s side is equally valuable, since a Ghost-type can switch in on a predicted Normal or Fighting move and take nothing, turning the opponent’s attack into a wasted turn and a free entry.
Example 5: STAB versus coverage — the subtle choice
The trickiest matchups are not the obvious 4× or 0× ones; they are the close decisions between two reasonable moves. This example shows why the read has to include STAB and the damage formula, not just the type chart.
The dilemma: the Fire attacker can use its STAB Fire move (neutral against this target, but boosted 1.5×) or a coverage Ground move (also neutral here, no STAB). Both are neutral on type, so the type chart alone says they are equal. They are not.
The read: the Fire move gets the 1.5× STAB bonus; the Ground move does not. At equal base power and neutral effectiveness, the STAB Fire move deals 50% more damage. The type chart hid this entirely because both moves show as neutral. Only by bringing STAB and the damage formula into the read does the correct choice appear.
It is worth dwelling on why this case is so instructive. The type chart is a wonderful tool, but it answers a yes-or-no question — is this super effective — when the real question in a neutral matchup is a quantitative one: which move deals more damage. STAB is the most common reason two neutral moves differ, but it is not the only one. Base power differences, the physical-special split, and the defender’s two defensive stats can all tip the balance between moves that the chart shows as identical. A player who only consults the chart is blind to all of these, while a player who thinks in damage terms sees them clearly.
This is the kind of decision that separates players who read the chart from players who read the battle. The coverage move earns its slot against specific targets — a Fire-resistant Pokémon, or one weak to Ground — but as a default, the STAB move wins on raw damage. Knowing when to deviate is the whole skill, and it is invisible if you only look at type effectiveness.
A closer look: when your move is resisted
The examples so far have focused on neutral, super effective, and immune matchups. The resisted case deserves its own treatment because players handle it poorly, either ignoring the resistance or overreacting to it.
Suppose your attacker’s only strong move is resisted by the defender — a 0.5× multiplier. The instinct is often to attack anyway, reasoning that some damage is better than none. Sometimes that is correct, but the read should be deliberate. Run the steps: the multiplier is 0.5×, STAB may bring it back toward neutral if the move matches your type, and the defender’s relevant defensive stat determines how much the halved damage actually amounts to. If the result is a slow chip that lets the defender retaliate freely, attacking into the resistance is a losing trade and switching is better. If your attacker is strong enough that even a resisted, STAB-boosted hit deals meaningful damage, staying in can be fine.
The deeper lesson is that a resistance is not an automatic stop sign any more than super effective is an automatic green light. Both are multipliers that scale a base damage you still have to evaluate. A powerful STAB attacker can punch through a resistance respectably; a weak attacker cannot even capitalise on a neutral matchup. This symmetry — that the multiplier always acts on the base rather than replacing it — is the single idea underneath every example in this guide, and it is spelled out fully in the damage calculation guide. Whenever a resisted-move decision feels close, the damage calculator resolves it by showing exactly how much the halved hit deals.
Examples 6 and 7: dual-type defence and the switch decision
The final two examples cover the situations players find hardest: defending with a dual type, and deciding whether to switch.
Example 6: Defending with Steel/Fairy
Suppose your Steel/Fairy Pokémon faces an opponent who could attack with several types. Run the read from the defender’s side. Steel/Fairy resists a long list of types and is weak only to Fire and Ground, so against most incoming attacks you are taking neutral or reduced damage. The decision becomes: stay in unless the opponent has a Fire or Ground move. Because the combination is so resilient — one of the best defensive pairings, as covered in the combinations guide — the default is to hold your ground and force the opponent to reveal a super effective option. Reading a matchup from the defender’s perspective is just the same four steps with the roles reversed.
Example 7: The switch decision
Your active Pokémon is in a bad matchup and you are considering switching to a teammate. The read has two halves. First, what will the opponent likely do this turn — what is their strongest attack type? Second, which of your teammates resists or is immune to that attack and can come in safely? If you have a teammate that takes the predicted attack at a resistance or 0× immunity, switching turns a dangerous turn into a free one. If your only switch-in is itself weak to the predicted move, switching hands over a knockout — the careless-switch trap from mistake eight in the mistakes guide. The correct switch is the one where the incoming Pokémon’s typing beats the expected attack, which is the same type analysis applied to the bench.
A deeper point ties examples six and seven together: defence and switching are really the same skill viewed from two angles. A switch is just choosing which Pokemon defends next turn, so deciding whether to stay in and deciding whom to switch to are both questions about which of your Pokemon best handles the opponent’s likely attack. The four-step read answers both. When you stay in, you are betting your current Pokemon’s typing beats the incoming move; when you switch, you are betting a teammate’s typing does. The bet is the same shape either way, and the type analysis that informs it is identical.
This is why strong defensive play looks effortless from the outside. A player who reads matchups well seems to always have the right Pokemon in at the right time, but they are not guessing — they are running the same four-step read on the incoming attack and acting on it. The Steel/Fairy hold and the careful switch are two expressions of one underlying habit: never let a Pokemon take a hit you did not see coming, and never pass up a chance to take a hit for free. The type calculator makes confirming these defensive reads as quick as confirming offensive ones.
Work through your own matchups using the four steps, then confirm with the type calculator for the multiplier and the damage calculator for whether the hit knocks out.
External references
The matchups in these examples follow the standard type chart and damage mechanics, documented here:
The type article and damage article document the rules these examples apply.
The competitive community resources are full of real battle analysis that uses this same kind of step-by-step reasoning.
The patterns behind the examples
Seven battles is enough to see the recurring shapes that almost every matchup falls into. Recognising the shape of a matchup lets you read it faster, because you are matching it to a pattern you already understand rather than working it out from scratch every time.
The clean knockout
Examples one and three are clean knockouts: a favourable type multiplier, boosted by STAB, into a target that cannot survive it. The pattern is “big multiplier plus STAB plus adequate stats equals attack now.” These are the easiest reads and the ones to act on without hesitation, especially when a 4× weakness is involved, since 4× almost always means an instant knockout regardless of the defender’s bulk.
Within the clean-knockout pattern there is still a judgement to make about certainty. A 4× weakness boosted by STAB is so overwhelming that it knocks out essentially anything, so you can act on it with total confidence. A plain 2× hit is favourable but not guaranteed; against a bulky defender it might be a two-hit knockout rather than one, which changes whether you can afford to attack or need to play more carefully. Reading the clean-knockout pattern therefore includes a quick check of just how clean it really is, which is where the damage half of the analysis earns its keep.
The wasted turn
Examples two and four are wasted-turn traps: an immunity quietly turns an apparently good move into zero damage. The pattern is “check for a 0× before committing,” and missing it is the single most common error in the mistakes guide. The fix is a reflex: before any attack, confirm the target is not immune to your move’s type.
What makes the wasted-turn pattern especially dangerous is that the cost is hidden until it is too late. A resisted hit at least does something; an immune hit does nothing, and you only discover it after the turn is spent. In a close game that single wasted turn is often the margin of defeat, because the opponent gets a free attack while you accomplish nothing. The immunities are few enough to memorise, and doing so converts this from a recurring disaster into a non-issue. They are also, viewed from the other side, among your best defensive tools, since switching into an immunity is the cleanest free turn in the game.
The subtle damage decision
Example five is the subtle case where two moves look equal on the type chart but differ once STAB and stats enter. The pattern is “the highest-damage move is not always the super effective one.” These reads reward knowing the damage formula rather than just the chart, and they are where intermediate players pull ahead of beginners.
This pattern is the one that rewards study the most, because it is where the chart stops being sufficient and the damage formula takes over. Beginners plateau here: they have memorised the chart, they read matchups correctly, and yet they still lose close games because they pick the super effective move when the STAB move would have dealt more, or vice versa. Breaking through that plateau means thinking in damage rather than effectiveness, treating the chart as one input rather than the answer. Every hour spent understanding the formula pays off in these subtle decisions, which are also the most common decisions in any real battle.
The defensive and switch reads
Examples six and seven flip the perspective to defence and switching. The pattern is “run the same four steps from the other side of the field.” Whether you are deciding to hold your ground or bring in a teammate, the analysis is identical to the offensive read, just applied to incoming attacks instead of outgoing ones. Mastering this perspective shift is what lets you play the whole battle rather than just your own attacks. The type calculator and damage calculator make the underlying numbers instant, leaving you free to focus on the pattern recognition that wins games.
From worked examples to your own battles
It is also worth being honest about the limits of worked examples. Real battles add layers these scenarios simplify away: abilities that change type interactions, items that boost damage, status conditions, stat changes from previous turns, and an opponent who is reading you back. No set of examples can cover every combination of these. What the examples teach is not a lookup table of answers but the underlying process, and the process is what scales to the messy reality. When an ability or item complicates a matchup, you do not abandon the four steps; you fold the new factor into step three and carry on. The structure holds even as the details multiply.
The point of working through examples is not to memorise these seven specific scenarios but to internalise the process so thoroughly that you apply it without conscious effort to whatever battle you are actually in. The fastest way to get there is deliberate practice: pause before each move, run the four steps out loud or in your head, and only then act.
A useful drill is to predict the multiplier before checking it. When you meet a new matchup, make your call — “this should be 2× because of the first type, but the second type resists, so it cancels to neutral” — and then confirm with the type calculator. Each agreement builds confidence; each disagreement reveals exactly which relationship you misremembered, which is far more valuable feedback than simply being told the answer. Over a few sessions, the four-step read stops feeling like work and starts feeling like seeing.
The examples here lean on every other guide in this cluster, which is the real lesson: reading a matchup is not one skill but several working together. You need the relationships from the type chart, the dual-type math from the combinations guide, the STAB and stats logic from the damage formula, and the awareness of traps from the mistakes guide. When you fancy a lighter break from the analysis, the trainer type quiz is a fun way to think about types from a different angle. Bring them together and the seven examples above become a template you can apply to any battle you will ever play.
Frequently asked questions
How do I read a Pokémon type matchup?
Use four steps: identify both types on each side, multiply the type relationships to get the effectiveness multiplier, add STAB and check stats and base power, then decide whether to attack, switch, or set up. The same steps work for any matchup.
Why does an Electric move do nothing to some Water Pokémon?
Because that Pokémon is part Ground, and Ground is immune to Electric. The immunity overrides the Water weakness entirely, so the hit deals 0x. Against a Water/Ground target, Grass is the answer, hitting both types for 4x.
What is the fastest knockout in a type matchup?
A 4x weakness, which happens when both of a dual-type Pokémon’s types are weak to the same attack. An Ice move into a Dragon/Flying Pokémon is a classic example, and with STAB added it is a near-guaranteed one-hit knockout.
Should I always use a super effective move?
Not always. A neutral STAB move can outdamage a super effective non-STAB move because of the 1.5x same-type bonus. The right question is which move deals the most damage, factoring in STAB and stats, not just which is super effective.
How do I decide whether to switch Pokémon?
Predict the opponent’s strongest likely attack, then check which of your teammates resists or is immune to it. Switching into a resistance or immunity turns a bad turn into a free one; switching into a weakness hands over a knockout.
Can I read a matchup from the defender’s side?
Yes, it is the same four steps with the roles reversed. Check what the opponent can hit you with, whether your typing resists or is weak to it, and decide whether to hold your position or switch out.
Why is Steel/Fairy good to stay in with?
It resists a long list of attack types and is weak only to Fire and Ground. Against most incoming attacks you take neutral or reduced damage, so the default is to stay in unless the opponent reveals a Fire or Ground move.
How can I practise reading matchups?
Work through scenarios using the four steps, make your own prediction, then confirm it with a type calculator and damage calculator. Comparing your read to the tool’s answer quickly builds accurate instincts.
Continue through the type cluster
Type weakness chart
The relationships every example applies in step two.
Best type combinations
The dual-type math behind examples two, three, and six.
How damage is calculated
The STAB and stats logic behind example five.
Common matchup mistakes
The errors these worked examples avoid.
The Pokémon Type Calculator gives the multiplier for any matchup, and the damage calculator tells you whether the hit secures the knockout.
Disclaimer: Examples are illustrative and follow the standard type chart and damage mechanics; specific Pokémon, abilities, items, and moves can change outcomes in individual battles. Waldev is an independent fan resource and is not affiliated with, endorsed by, or sponsored by Nintendo, Game Freak, or The Pokémon Company.