Planning application
Ground Floor Rear Flat, 168 Church Road, Leyton, London, E10 7BH
Still open. Anyone can comment while the consultation period runs, and comments go to the council rather than to us.
Proposal
Lawful Development Certificate (Existing)-Use of the ground floor rear as a self-contained residential unit (Use Class C3).
As published by the council, reference 260087
Application record
- Reference
- 260087
- Type
- Certificate of Lawful Development - Existing
- Received
- 14 Jan 2026
- Ward
- Leyton
- Postcode
- E10 7BH
Timeline
Dates from the published record
-
14 Jan 2026
Received by Waltham Forest
-
10 Aug 2026
Added to PlanIndex
-
Decision
Awaiting decision
Decision expected by 11 March 2026, 8 weeks from validation under the statutory target for most applications. Extensions of time are common and are agreed case by case.
Checking the current position
The published feed does not show a live status for this application; the register on Waltham Forest's own portal holds the authoritative version.
About lawful development applications
A lawful development certificate is a legal determination that existing or proposed works do not need planning permission; the merits of the scheme are not considered. More in our guide to planning application types.
Nearby applications
Within 500 metres
-
34a Radlix Road, Leyton, London, E10 7BD
Decision due ~25 Nov
Construction of a single storey outbuilding at rear garden.
Status unknown Full applicationsSmall domestic -
52 Radlix Road, Leyton, London, E10 7BD
Decision due ~24 Jun
Construction of a single storey rear wrap-around extension.
Status unknown Householder ExtensionSmall domestic -
Flat 1, The Antelope, 201 Church Road, Leyton, London, E10 7BQ
Decision due ~21 Nov
Submission of details pursuant to condition 3 (Secured by Design) attached to planning permission reference 242260, granted 16/06/2025.
Status unknown Conditions -
207B Church Road, Leyton, London, E10 7BQ
Decision due ~10 Aug
Submission of details pursuant to condition 4 (c onstruction logistics plan ) attached to planning permission reference 250836, granted 14/05/2026.
Status unknown Conditions -
St Josephs Catholic Infant School, 1 Marsh Lane, Leyton, London, E10 7BL
Demolition of existing boundary wall and fencing, and erection of new wall and weld mesh fence (maximum height of 3811mm), as shown in drawing No. JM83SC47-1A and JM83SC47-1B received 25th April 2007 and described in the Design and Access Statement received 25th April 2007.
Granted Full applications Demolition 3 docsSmall domestic -
119 Goldsmith Road, Leyton, London, E10 5EX
Decision due ~23 Jun
Lawful development certificate (Existing) for use of the ground floor annex as a self contained dwelling (Use Class C3) and associated works.
Status unknown Lawful developmentDomestic
Other lawful development applications
In Waltham Forest
-
261617 Status unknown
9 Fulready Road, Leyton, London, E10 6DT
Lawful Development Certificate (Proposed) - Construction of dormer roof extension to main rear roof, and roof extension above two storey outrigger, with installation of three roof lights to front roof slope.
-
261619 Status unknown
89 Marmion Avenue, Chingford, London, E4 8EJ
Lawful Development Certificate (Proposed) – Construction of a single storey rear extension.
-
261609 Status unknown
30 Warboys Crescent, Chingford, London, E4 9HR
Lawful Development Certificate (Proposed) – Construction of a single storey rear extension.
-
261614 Status unknown
1 Sopwith Avenue, E17 6TD
Lawful Development Certificate (Proposed) - temporary removal of facade elements to allow access to the internal cavities, where insulation and cavity barriers (fire-stopping components within the wall build-up) will be replaced. Once complete, all facade materials will be reinstated, with any damaged items replaced to match the existing finish.
-
261607 Status unknown
26A Hervey Park Road, Walthamstow, London, E17 6LJ
Lawful Development Certificate (Proposed) - Construction of dormer roof extension to main rear roof, together with installation of two roof lights to front roof slope.