How are champion matchup win rates calculated?

Win rates are calculated from thousands of ranked games in Emerald+ elo on the current patch. Data is sourced from OP.GG and updated regularly.

What does a 55% win rate matchup mean?

A 55% win rate means Champion 1 wins 55 out of every 100 games against Champion 2 in ranked. Anything above 52% is considered a favorable matchup.

Do matchup win rates change every patch?

Yes. Champion buffs, nerfs, item changes, and meta shifts can all affect matchup win rates. Our data updates with each new patch.

Should I always pick the counter champion?

Not necessarily. Comfort and experience on a champion often matter more than counter-picking, especially below Diamond. A 2-3% win rate difference is easily overcome by champion mastery.

What rank is the matchup data from?

All matchup data is sourced from Emerald+ ranked games to ensure the data reflects skilled play. Lower elo matchups can differ significantly.

Patch 26.9 Data

Champion Matchups

Pick two champions and see who wins. Win rates, counters, and tips powered by live ranked data.

Champion 1

Camille

Champion 2

Varus

49.7%

Camille win rate vs Varus

Skill matchup — could go either way

191

Games Analyzed

49.7%

Camille WR

50.3%

Varus WR

-20

Avg Gold Diff @15

Power Spike Timeline

Camille Level 2

Camille Level 6

Varus Level 6

Camille Trinity Force

Varus 1 item

Varus 2 items

How to Play This Matchup

Mid-Game Showdown

Both champions spike around the same time. The player who gets their first item faster wins. Focus on CS leads and smart trades to build an advantage before the mid-game.

Range Advantage

Varus has range advantage. Camille should look for short trades when Varus uses abilities on the wave. Freeze near your tower and wait for jungle help or an all-in window.

Exploit Camille's Weakness

Camille's main weakness: Early game bullies, ranged top laners. Play around this to maximize your advantage.

Camille Win Condition

Splitpush, pick isolated targets with R

Varus Win Condition

Q poke from range, R root chain engage, hybrid builds