Manchester United Data
Premiership · Matchday 38

Manchester United v Crystal Palace

2–0
HT 2–0
Sunday 21st May 2017 · Old Trafford · Att: 75,254

Manchester United beat Crystal Palace 2–0 at Old Trafford on Sunday 21st May 2017 in the Premiership. Josh Harrop (15') and Paul Pogba (19') scored for United.

Timeline

Running score
  1. Kick Off
  2. 15' Josh Harrop Assist: Paul Pogba 1–0
  3. 19' Paul Pogba 2–0
  4. 45' Michael Carrick for Pogba
  5. 45' Anthony Martial for Lingard
  6. Half Time 2–0
  7. 48' Scott McTominay
  8. 74' Michael Carrick
  9. 88' Angel Gomes for Rooney
  10. Full Time 2–0

Match Facts

Starting XI

Crystal Palace Lineup

4-3-3
Starting XI
2 Joel Ward RB
3 Patrick van Aanholt LF
5 James Tomkins CD-L
11 Wilfried Zaha RF
13 Wayne Hennessey G
17 Christian Benteke F
18 James McArthur RM
28 Luka Milivojevic CM
31 Jeff Schlupp LB
34 Martin Kelly CD-R
42 Jason Puncheon LM
Substitutes
1 Julian Speroni
6 Scott Dann
9 Fraizer Campbell on
14 Lee Chung-Yong
25 Sullay Kaikai on
26 Bakary Sako on
46 Aaron Wan-Bissaka

Opposition lineup via ESPN. Opposition players do not have profile pages on this site.

Managers

MUFC
Jose Mourinho
Manchester United
OPP
Sam Allardyce
Crystal Palace

Match Information

Man Utd
4-3-3
Formation
Crystal Palace
4-3-3
Man Utd Crystal Palace
59%
Possession
41%
9
Shots
6
2
Shots on Target
1
6
Shots Inside Box
2
3
Shots Outside Box
4
1
Big Chances
0
3
Corners
6
16
Fouls
10
0
Offsides
1
1
Saves
0
7.56
Avg Player Rating
6.29

United vs Crystal Palace History

Meeting 51 of 70
70
Played
43
Won
14
Drawn
13
Lost
119
Goals For
65
Goals Against
All-time record, from the first meeting on Saturday 26th August 1922. After this match United had played Crystal Palace 51 times: 34W 10D 7L.
All-timePWDLFAWin%
Home 352537 642471.4
Away 301596 453550.0
Neutral 5320 10660.0
All 70 meetings with Crystal Palace →

Match results, lineups and goalscorers compiled from mufcinfo.com; advanced match statistics (xG, shots, possession) via FBref and FotMob where available. Last updated 29 September 2026. How we compile this data →