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WS

Women's National League Division One SE

EnglandEngland
Start Date
2026-08-16
End Date
2027-04-25
3.25
GOALS AVG
36
MATCHES
12
TEAMS
39%
HOME WINS
25%
DRAW
36%
AWAY WINS
Card stats based onWomen's National League Division One SE2026/2027

Standings

Standings

#TeamPWDLGFGAGDPTSForm
1
London Bees W
London Bees W
6510236+1716
2
Actonians W
Actonians W
6420176+1114
3
Queens Park Rangers W
Queens Park Rangers W
641184+413
4
Saltdean United W
Saltdean United W
6312119+210
5
Chatham Town W
Chatham Town W
62319909
6
Dulwich Hamlet W
Dulwich Hamlet W
62221210+28
7
Milton Keynes Dons W
Milton Keynes Dons W
621378-17
8
Luton Town W
Luton Town W
621356-17
9
Cambridge United W
Cambridge United W
6204911-26
10
Stevenage W
Stevenage W
6123813-55
11
Dartford W
Dartford W
604259-44
12
Billericay Town W
Billericay Town W
6006326-230
PromotionRelegation

Computed from this table: 36 matches played and 117 goals scored, 3.25 per game. The most productive attack belongs to London Bees W (23); the meanest defence is Queens Park Rangers W's (4 conceded). Top to bottom, the table spans 16 points.

Fixtures

Matches

Full Time
Saltdean United W
Saltdean United W
4
Cambridge United W
Cambridge United W
1
Full Time
Queens Park Rangers W
Queens Park Rangers W
1
Stevenage W
Stevenage W
1
Full Time
Milton Keynes Dons W
Milton Keynes Dons W
1
Dulwich Hamlet W
Dulwich Hamlet W
3
Full Time
Luton Town W
Luton Town W
0
Actonians W
Actonians W
1
Full Time
London Bees W
London Bees W
8
Billericay Town W
Billericay Town W
1
Full Time
Dartford W
Dartford W
0
Chatham Town W
Chatham Town W
0

Tournament Overview

Current Season 2026/2027

Current leader
London Bees W16 points

Key Dates

Season started on August 16, 2026

Teams Competing

12 teams compete in the Women's National League Division One SE 2026/2027

Historical Seasons

Season pulse

  • ·Goals per match: 3.25 (36 matches played)
  • ·Best attack: London Bees W — 3.83 per match
  • ·Best defence: Queens Park Rangers W — 0.67 per match
  • ·Leader: London Bees W — 16 points (+2 over Actonians W)

How we calculate this