3 bedroom apartment to rent
Key information
Property description & features
- 1st Floor, Lift, Lateral Apartment
- Three Bedrooms, Three Bathrooms, Separate Cloakroom
- Reception, Separate Kitchen
- Highly Desirable Building Located In The Heart Of Kensington
Entering the flat on the first floor, a corridor connects the main rooms of the property. The first of these is a reception room with a wide bay window and considerable built-in storage. Its elegant style evokes the building’s history, with parquet flooring and walls of polished wood.
The flat contains three bedrooms, all of them ensuite and with built-in storage space. Two of the bedrooms are south-facing, while one of the bathrooms contains a bath. In addition, there is a modern kitchen with marble panelling and a guest loo.
Evelyn House was built in the Edwardian period in the classical revival style. It is notable for its bronze steel bay windows with ornate panels, which have been recently restored. The building also benefits from a lift.
The flat is currently available from 1st August to 1st September. Evelyn House is located moments away High Street Kensington underground station, in an area is well served with shops, restaurants and bars. In addition, the entrances to both Kensington Gardens and Holland Park are within walking distance. Phillimore Walk, just opposite the building, hosts a farmers’ market every Sunday.
Places of interest
See more properties like this:
*DISCLAIMER
Property reference RUS230217_L. The information displayed about this property comprises a property advertisement. OnTheMarket.com makes no warranty as to the accuracy or completeness of the advertisement or any linked or associated information, and OnTheMarket.com has no control over the content provided by the agent or developer. This property advertisement does not constitute property particulars. The information is provided and maintained by Russell Simpson - Kensington and Notting Hill.
OnTheMarket may have applied supplementary data to this property listing, including:
Broadband availability and predicted speed: obtained from Ofcom on February 11, 2022
Broadband speed is measured in megabits per second, with the number returned showing how fast the connection is. Each reading is based on the highest predicted speed of any major broadband network for services that deliver the download speeds. The following are the different readings that we may display:
Basic: Up to 30 Mbit/s
Super-fast: Between 30 Mbit/s and 300 Mbit/s
Ultra-fast: Over 300 Mbit/s
The data is updated three times a year. The checker results are predictions and should not be regarded as guaranteed. For more information, see: https://checker.ofcom.org.uk/en-gb/about-checker#Answer_0_2
Mobile phone signal availability and predicted strength: obtained from Ofcom on February 11, 2022
Mobile signal predictions are provided by the four UK mobile network operators: EE, O2, Three and Vodafone. Predictions can vary significantly from the coverage you may actually experience as a result of local factors (especially terrain). Ofcom has tested the actual coverage provided in various locations around the UK to help ensure that these predictions are reasonable. The values shown against a property can be broken down as follows:
Clear: No bars, no signal predicted
Red: One bar, reliable signal unlikely
Amber: Two bars, may experience problems with connectivity
Green: Three bars, likely to have good coverage and receive a data rate to support basic web services
Enhanced: Full bars, likely to have good coverage indoors and to receive an enhanced data rate to support multimedia services
Energy Performance data and Internal floor area: obtained on April 2, 2015 from The Energy Performance of Buildings (Certificates and Inspections) (England and Wales) Regulations 2007 or the Home Report if in relation to a residential property in Scotland.
Any supplementary data should not be relied upon as forming part of any property particulars and OnTheMarket cannot be held responsible for any incorrectness in this data. See here for more information.