Little Garlands Abberton Road

    LITTLE GARLANDS, ABBERTON ROAD, LAYER DE LA HAYE, COLCHESTER, CO2 0JY

    This detached freehold property on Abberton Road last sold in September 2022 for £1,120,000. Based on price growth in the CO2 district since then, its estimated current value is £1,171,341 — placing it in the 97th percentile nationally and the 100th percentile within CO2. The property covers 233 m² (2,508 sq ft), giving an estimated value of £5,027 per m². The EPC rating is D, with a potential rating of C.

    Type

    Detached

    Tenure

    Freehold

    Floor Area

    2,508 sq ft

    233 m²

    Last Sale Price

    £1,120,000

    Sept 2022

    Estimated Valuation

    £1,171,341

    Est. £/sq ft

    £467/sq ft

    £5,027/m²

    Property Details

    TypeDetached
    TenureFreehold
    Built formDetached
    Construction ageEngland and Wales: 1996-2002
    Habitable rooms9
    Main fuelmains gas (not community)
    EPC currentD
    EPC potentialC
    Floor area2,508 sq ft (233 m²)
    EPC dateMar 2022
    WallsCavity wall, as built, insulated (assumed)
    HeatingBoiler and radiators, mains gas

    Transaction History

    16 Sept 2022

    £1,120,000

    12 Oct 1999

    £160,000

    Key Metrics

    Estimated valuation£1,171,341
    Value per sq ft / m²£467/sq ft (£5,027/m²)
    Estimated gross yieldNot available
    Implied monthly rentNot available
    CO2 district percentile100th percentile
    National percentile97th percentile

    District Context — CO2

    CO2 covers the central Oxford area, including the city centre and surrounding residential neighbourhoods. It is a mixed urban district with a blend of academic, commercial, and residential character.

    Average Property Price - CO2

    £310,548

    45

    National percentile

    Average Net Household Income - CO2

    £43,143

    70

    National percentile

    10-Year Annualised Price Growth - CO2

    4.4%

    78

    National percentile

    10-Year Annualised Rent Growth - CO

    4.8%

    93

    National percentile

    View full analysis for CO2

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