1 room house of 34m² in Glasgow

DJ Alexander are delighted to bring to the market this well presented one bedroom and third floor traditional tenement flat, located in the popular locale of Partick.TO BOOK A VIEWING, CLICK ENQUIRE NOW/ EMAIL AGENT.The property comprises of entrance hallway, a bright bay windowed lounge with an open plan kitchen, spacious double bedroom and bathroom.The property further benefits from gas central heating, secure door entry system and on street parking. The property is close to Glasgow`s West End and there are numerous local amenities catering for day to day requirements on Dumbarton Road along with larger local shops and supermarkets including the Crow Road Retail Park, found within a short walk. The property is well served by public transport with Partick Underground and Railway Station nearby along with numerous bus routes passing along Dumbarton Road into the City Centre. In addition, the property is well located for the Clydeside Expressway which provides access to the M8 motorway which in turn provides access south on the M77 and north on the M80. Recreational amenities including the Riverfront Transport Museum, Victoria Park, Scotstoun Sports Campus are all within close proximity of the property. Deposit: £1400EPC Rating: DCouncil Tax Band: CLandlord Registration: Additional costs: council tax and water charge / utilities / broadband (if applicable) Heating Type: Gas Central HeatingProperty Floor: Third FloorUtilities: TBC / Electricity Supplier: TBC / Gas Supplier: TBCBroadband Type: Ultrafast Full Fibre Broadband *as obtained from Further information regarding broadband and phone signal can be obtained from the Ofcom broadband and mobile coverage checker Parking Type: Street parking Letting Agent Registration Number: LARNPlanning permission: Please check this properties local authority planning website for any planning which may impact the property or local area in future All statements contained herein are believed to be correct but are not guaranteed and interested parties must satisfy themselves as to their accuracy.