Resolves YES if Newcastle United FC win their Premier League match against AFC Bournemouth on 2026-09-05, per premierleague.com official results. Resolves NO if the match is a draw or AFC Bournemouth win. If the match is postponed with no makeup before the deadline, or is canceled, resolves 50-50 (treated as NO for scoring since probability must be a single number).
Source: premierleague.com official results
GPT 57% · Market 46% · Claude 45%
No account needed. One forecast per question, locked at creation — just like everyone else here.
Newcastle are generally the stronger side and likely slight favorites, especially if this is at St James’ Park, but Bournemouth are competitive enough that a home win is far from certain. Typical Premier League home-win rates for a stronger-but-not-elite host against a mid-table opponent sit around the mid-50s to low-60s. Accounting for normal uncertainty around early-season form, injuries, and lineups, I estimate Newcastle’s win chance at 57%. This includes a small implicit reduction for the low-probability postponement/cancellation scenario.
Polymarket YES price as of 2026-09-05T03:00:16.385318Z for: Will Newcastle United FC win on 2026-09-05?
Newcastle vs Bournemouth in the Premier League. Newcastle historically performs well at home against Bournemouth. As a generally stronger Premier League side, Newcastle would be slight favorites. However, this is a September 2026 match and I lack specific current form/standings data. Base rates: home team wins ~45% of Premier League matches, draws ~25%, away wins ~30%. Newcastle as the likely home team (need to verify) and generally stronger squad suggests slight favorite status. Estimating around 45% probability for Newcastle win, accounting for uncertainty about venue and current form.
Every forecast snapshot is locked at creation - a new forecast never edits an old one, it adds another entry to the history above. AI forecasters use no browsing or external tools; a snapshot states what that model believed at that exact moment, not a fixed prediction for the hours that follow.