Chelsea vs Manchester United Prediction, Odds & Betting Tips - 31-10-2026

Oct 3112:30
Chelsea

Not Started

Manchester United
Match Prediction

Expected score: Chelsea 2-1 Manchester United

61%
19%
20%
ChelseaDrawManchester United
Over 2.5 goalsYes (73%)
Both teams to scoreYes (68%)

Chelsea face Manchester United on 2026-10-31 (Premier League — Regular Season - 9).

Our statistical model rates this match as shown in the summary above, with 2-1 the most likely scoreline.

Limited data is available for this fixture; the figures above are model estimates.

Match info

Tournaments:

Premier League(Regular Season - 9)

Referee:

No information

Stadium

Stamford Bridge, London

Statistics

Odds Comparison

Recent Form

Chelsea
L
W
W
L
D
Manchester United
L
L
D
L
D

Injuries & Suspensions

Lineups

Standings

#TeamMPWDLGFGAGDPTS
1
Manchester City
87012091121
2
Arsenal
8701135821
3
Brighton
85122371616
4
Liverpool
8431118315
5
Chelsea
84131715213
6
Brentford
8251149511
7
Leeds
825196311
8
Newcastle
83231214-211
9
Aston Villa
8323912-311
10
Hull City
824298110
11
Everton
824289-110
12
Ipswich
83141216-410
13
Bournemouth
82331213-19
14
Tottenham
8233810-29
15
Fulham
8224810-28
16
Manchester United
81431013-37
17
Crystal Palace
8215919-107
18
Nottingham Forest
8134610-46
19
Coventry
8206615-96
20
Sunderland
8125614-85
Prediction icon

Other Football matches

Chelsea vs Manchester United - Football Prediction & Betting Tips

Expert Chelsea vs Manchester United football prediction on 365sport.tv combines tactical formation analysis with goal-scoring trends. Our model evaluates penalty statistics, clean sheet records, goalkeeper form, defensive line organization and home-field advantage to identify value in match outcomes and goal markets.


Our football prediction methodology analyzes formation matchups, transition efficiency, set-piece vulnerability and injury impact on tactical setup. Compare odds from multiple bookmakers and discover predictions backed by analysis of goal-line actions, corner conversion rates and defensive pressure patterns across multiple possession phases.