Before kick-off: define the sample first
| Outcome | matches | Share |
|---|---|---|
| Qatar wins | 0 | — |
| Draws | 0 | — |
| Switzerland wins | 0 | — |
FactUsing the explicit scope of completed 2026 World Cup matches before kick-off, the teams had met 0 times: 0 Qatar wins, 0 draws and 0 Switzerland wins. This is not presented as an all-time record.
FactThe comparison direction on this page is fixed: Qatar is the recorded home side, Switzerland the away side, and 1–1 is stored in that order. A later meeting would remain a separate event record.
Personnel: how the starting XI changed
FactQatar established its tournament starting baseline; Switzerland also established its opening baseline. Continuity is calculated from confirmed starters only.
FactQatar's opening baseline includes Mahmud Abunada, Ayoub Al Oui, Pedro Miguel; Switzerland's opening baseline includes Gregor Kobel, Denis Zakaria, Nico Elvedi. The names connect the continuity count to specific personnel.
The result: 1–1 and the decisive sequence
FactThe final score was Qatar 1–1 Switzerland. The verified scoring sequence was 17′ Breel Embolo、90′ Miro Muheim. Score, sequence and line-up changes are facts; the mechanism inferred from them is labelled as analysis.
FactThe verification index for Qatar versus Switzerland fixes four fields: the 1–1 final score, the 2026 FIFA World Cup · Group B stage, the Levi's Stadium location and 2 scoring events. Together they identify this match without borrowing context from another fixture.
FactNode 1: Breel Embolo scored for Switzerland in minute 17, setting the ledger at 0–1; Node 2: Miro Muheim scored for Qatar in minute 90, setting the ledger at 1–1
FactQatar's location key for this match is Levi's Stadium, shared by Switzerland; Qatar's 1 goals and Switzerland's 1 goals belong only to this venue and kick-off record.
Why this result made sense
AnalysisQatar versus Switzerland, 1–1: The score stayed level. Aggregated player data shows a shot gap of 20 and a pass-completion gap of 19.6 percentage points; the outcome reflects offsetting conversion rather than uninterrupted control by one side.