Championship · Matchweek 13

Bolton Wanderers FC vs Bristol City FC Prediction

Match essentials

Kick-off (UK)
Sat 31 Oct, 15:00 (GMT+0)
Competition
Championship
Round
Matchweek 13
Venue
To be confirmed

United Matchday prediction

Bolton Wanderers FC win33%
Draw23%
Bristol City FC win44%
Predicted score
1–1
Over 2.5 goals
62%
Under 2.5 goals
38%
BTTS yes
64%
Over 1.5 goals
83%
Over 3.5 goals
40%
BTTS no
36%
Expected goals
1.48 – 1.73

Medium confidence

Why the model favours this outcome

The model sees Bolton Wanderers FC's home attacking output as weaker than the Championship baseline. Bristol City FC carry an above-average away scoring record into the fixture. The model expects a relatively open scoring environment in this match.

Most likely scorelines

  • 1–110.3%
  • 1–28.9%
  • 2–17.6%
  • 0–17.0%
  • 2–26.6%
  • 0–26.0%
  • 1–06.0%
  • 1–35.2%

Team comparison

StatisticBolton Wanderers FCBristol City FC
Matches played78
Points per match1.001.75
Goals per match1.291.50
Goals conceded per match2.001.38
Home / away goals scored39
Home / away goals conceded49
Last 5 points67
Last 5 goals scored95
Last 5 goals conceded137
Win percentage29%50%

Bolton Wanderers FC recent form

LLLWW

Bristol City FC recent form

WLLWD

Recent form

Bolton Wanderers FC

2W 0D 3L in the last 5 · 9 scored, 13 conceded

  • Wat Norwich City FC4–3
  • Wvs Cardiff City FC1–0
  • Lvs West Ham United FC2–3
  • Lat Millwall FC0–4
  • Lat Sheffield United FC2–3

Bristol City FC

2W 1D 2L in the last 5 · 5 scored, 7 conceded

  • Dat Charlton Athletic FC1–1
  • Wvs Watford FC1–0
  • Lvs Lincoln City FC0–1
  • Lat Southampton FC1–4
  • Wat Burnley FC2–1

Model transparency

Model: UM Prediction Model v1.0
Generated: 10 October 2026
Last updated: 10 October 2026
Status: Live

How predictions work

Prediction record

Matches predicted
534
1X2 accuracy
46.6%
BTTS accuracy
56.9%
Over 2.5 accuracy
58.6%
Exact score
11.2%

Related predictions

Predictions are statistical estimates for informational and entertainment purposes. Football outcomes are uncertain and no prediction is guaranteed.