Solihull Moors 2-0 Sutton United

min: 90'
Date:
Wednesday, 09 october 2019 02:45
Status:
Finished
Half-time:
1:0
Overtime:
:
Penalties:
:
20'
Jake Beesley
1:0
73'
(Penalty) Danny Wright
2:0
Venue:
Spectators:
Damson Park
3043
Odds:
Type:
Odd:
Propability:
1
0.66
55%
X
-0.3876
26%
2
-0.2469
19%

08 Oct 20:45 start the match Solihull Moors-Sutton United. You can compare both teams here: H2H Solihull Moors Sutton United. Last match Solihull Moors ended in a draw 0:0 with Boreham Wood.

Last match Sutton United ended in a draw 0:0 with Stockport.

Previous match both teams ended: draw (2:2)

Last matches Solihull Moors:
FT
0.91
-0.4082
-0.3636
FT
-0.6098
-0.4505
-0.641
FT
0.95
-0.4405
-0.3546
FT
-0.4717
-0.4587
-0.8
FT
0.61
-0.3571
-0.2439
FT
0.95
-0.4082
-0.3817
FT
-0.4808
-0.4405
-0.8197
Last matches Sutton United:
Postponed
0.85
-0.4255
-0.3195
FT
-0.8264
-0.4505
-0.4651
FT
0.88
-0.4115
-0.3448
FT
-0.578
-0.4505
-0.6757
FT
-0.4484
-0.4505
-0.8475
FT
0.74
-0.3891
-0.2899
FT
-0.495
-0.4608
-0.7634
Direct matches:
06 aug 2016, National League
11 feb 2017, National League
FT
-0.5556
-0.4762
-0.7692
11 nov 2017, National League
10 mar 2018, National League
18 aug 2018, National League
FT
-0.6897
-0.4762
-0.5882
08 dec 2018, National League
FT
-0.8333
-0.4545
-0.4651
Ball possesion
52%
48%
Shots on Goal
6
2
Shots off Goal
7
9
Corner Kicks
4
4

Solihull Moors

4-4-2
1
Boot
3
Reckord
4
Storer
14
Gunning
6
Gudger
5
Daly
7
Osborne
19
Wright
22
Vaughan
24
Howe
30
Beesley
26
Butler
2
Bennett
4
Barden
8
Davis
25
Matsuzaka
5
Goodliffe
7
Bolarinwa
10
Beautyman
24
Milsom
28
Reid
27
Jarvis

Sutton United

4-4-2
Substitutions:
76'
Kyle Storer
Jimmy Ball
82'
Danny Wright
Adi Yussuf
88'
Jake Beesley
Josh Neufville
70'
Dale Owen Bennett
David Ajiboye
73'
Jonathan Barden
Tommy Wright
85'
Aaron Jarvis
Craig Dundas
Substitute players:
Mitch Hancox
Terry Hawkridge
Josh Neufville
Jimmy Ball
Adi Yussuf
Craig Dundas
Craig Eastmond
David Ajiboye
Will Randall
Tommy Wright
# Team G PTS W D L G+ G- GD

*Table are updated live

Resultados | Soccer H2H