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1.2
Goals/avg
45%
Win
27%
Draw
27%
Loss
57%
Possession
13.0
Shots/avg
6.5
On target
6.0
Corners/avg
0.3
Cards/avg
50%
Home win
40%
Away win
Card stats based on2025/2026·
(11 matches · 5-3-3)
Women's National League Division One SE

Women's National League Division One SE

2026/2027
#TeamMWDLGFGAGDPForm
1
London Bees WLondon Bees W5410155+1013
2
Queens Park Rangers WQueens Park Rangers W540173+412
3
Actonians WActonians W5320166+1011
4
Chatham Town WChatham Town W52219908
5
Milton Keynes Dons WMilton Keynes Dons W521275+27
12
Billericay Town WBillericay Town W5005218-160
PromotionRelegation
Shots
13per matchLatest 7
Last 6 matches
ShotsOn GoalCornersFouls
1M3M6M1YALL
08 Mar 2026 — 20 Sept 2026
High
17
Low
7
Total
78
Goals
13
Wins5
Draws3
Losses3
DateOpponentResultGoalsShotsOn GoalInsideFoulsCornersOffsidesSubsSaves
20 Sept
Chatham Town WChatham Town W0 - 3375——————
13 Sept
Dartford WDartford W2 - 02————————
30 Aug
Milton Keynes Dons WMilton Keynes Dons W0 - 11159——————
23 Aug
Actonians WActonians W3 - 00125——————
16 Aug
Luton Town WLuton Town W1 - 01————————
26 Apr
AFC Sudbury Ladies WAFC Sudbury Ladies W1 - 21————————
12 Apr
London Bees WLondon Bees W1 - 11————————
5 Apr
Chatham Town WChatham Town W2 - 22179——————
29 Mar
Luton Town WLuton Town W0 - 00113——————
22 Mar
Actonians WActonians W1 - 01168——————
View all 11 matches

Queens Park Rangers W: season 2026/2027 in numbers

Form4W 0D 1LLast 5 league games

  1. Won1-0Luton Town W
  2. Lost0-3@ Actonians W
  3. Won1-0@ Milton Keynes Dons W
  4. Won2-0Dartford W
  5. Won3-0@ Chatham Town W
2.4points per game12 of 15 possible points
3wins in a rowcurrent run
3games in a row scoringconceded in 0 in a row

How often5 games

Clean sheets80%4 of 5
Failed to score20%1 of 5
Both teams scored0%0 of 5

League table: #2 of 124W 0D 1L · 7 scored, 3 conceded

#TeamPGDPts
1London Bees W5+1013
2Queens Park Rangers W5+412
3Actonians W5+1011
4Chatham Town W508
5Milton Keynes Dons W5+27
1.4goals scored per game#7 of 12 · league avg 1.66
0.6goals conceded per game#1 of 12 (fewest = #1)

How we calculate this