Old Woolwich Road, SE10 — Street Data

3Y Avg Price

£804,535

6 sales

Properties

43 freehold · 30 leasehold

Sales / Year

3.0

5-year average

Avg £/sq ft

£702

£7,556/m²

Rank in SE10

40th

of 188 streets

Last Sale

£775,000

Jun 2026

Price History

Every recorded sale on this street, coloured by property type.

Last 10 Sales

155 total recorded

142 Old Woolwich Road

Terraced

£775,000

Jun 2026

126 Old Woolwich Road

Detached

£1,125,000

Mar 2026

52 Old Woolwich Road

Terraced

£947,212

Jan 2026

140 Old Woolwich Road

Terraced

£1,100,000

Jul 2025

FLAT 2, FROBISHER COURT, 10 Old Woolwich Road

Flat/Maisonette

£350,000

Jun 2025

BASEMENT FLAT, 154B Old Woolwich Road

Flat/Maisonette

£530,000

Jun 2024

FLAT 5, FROBISHER COURT, 10 Old Woolwich Road

Flat/Maisonette

£550,000

Jul 2023

LOWER MAISONETTE, 152 Old Woolwich Road

Flat/Maisonette

£590,000

Jun 2023

170 Old Woolwich Road

Flat/Maisonette

£400,000

Apr 2023

52 Old Woolwich Road

Terraced

£945,000

Feb 2023

Street Rankings — SE10

Streets ranked by 3-year average sale price. Showing positions 36–45 of 188.

#	Street	3Y Avg	£/sq ft	Sales/yr
36	Dutton Street	£876,250	£845	1.8
37	Annandale Road	£872,717	£684	5.8
38	Ballast Quay	£865,000	£729	0.4
39	Fergus Street	£811,667	£627	0.6
40	Old Woolwich Road	£804,535	£702	3.0
41	Mauritius Road	£796,300	£657	1.4
42	Dartmouth Hill	£792,343	£659	1.8
43	Straightsmouth	£791,625	£844	1.4
44	Burgos Grove	£790,600	£651	1.4
45	Calvert Road	£783,313	£672	5.0

Property Mix

Type

Terraced41 (56%)

Flat/Maisonette30 (41%)

Detached2 (3%)

Tenure

Freehold43 (59%)

Leasehold30 (41%)

EPC Ratings

67 of 73 properties have an EPC record

0 (0%)

7 (10%)

13 (19%)

34 (51%)

12 (18%)

0 (0%)

1 (1%)

Avg floor area: 1,055 sq ft (98 m²)

District Context — SE10

SE10 covers Greenwich and the Isle of Dogs area in south-east London, straddling the Thames and encompassing both historic riverside villages and modern high-rise development. It is an established residential and increasingly mixed-use district with strong connectivity and significant regeneration activity.