Ward · London Borough of Sutton
Sutton West & East Cheam.
Sutton West & East Cheam sees an approval rate of 81% — 6 points above the Sutton average across 288 substantive planning decisions, with a refusal rate of 18.6%.[1]
Sutton288 applicationsSave
Sutton West & East Cheam · Sutton
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288
Applications 2020–26
Decided applications
81%
Approval rate
6pp above borough avg (75%)
18.6%
Refusal rate
24th highest of 27
8.7
Avg decision time
Wks · borough avg 9.2
Data from publicly available Sutton planning records and committee minutes, 2020–26.
Ward overview
Sutton West & East Cheam recorded 288 substantive planning decisions over 2020–26, approving 81% of them — 6 percentage points above the Sutton borough average of 75%. Its refusal rate of 18.6% is 24th highest of 27.
Application and refusal breakdown— subscriber data
Residential extension / alteration
New residential
Change of use
Commercial development
Recent planning decisions— subscriber data
Committee members for this ward
Councillor
Party
Role
Interventions
Success rate
Cllr Mark Williams
Labour
Planning committee
23
47%
Cllr Emma Torres
Labour
Ward member
6
33%
Cllr Mark Williams
Labour
Planning committee
23
47%
Cllr Emma Torres
Labour
Ward member
6
33%
Interventions: formal calls to bring an application before committee. Success rate: percentage where the committee sided with the councillor against officer recommendation.
Sources & method
- [1]Ward approval and refusal rates, application counts and decision-time figures — London Borough of Sutton planning register and published decision notices, 2020–26. · methodology
- [2]Conservation areas, Article 4 directions and heritage designations — the borough’s adopted Local Plan and conservation-area appraisals.
- [3]Committee interventions and councillor records — public planning committee minutes and published decision notices.
- [4]Application-type mix and refusal grounds — case-officer reports coded against the adopted Local Plan, London Plan and NPPF.
Methodology is published in full so every number is traceable to its primary source.