Internally, this accommodation opens to a welcoming entrance hallway, leading to a bright bay windowed lounge with a feature fire, a fitted kitchen finished with white gloss units and contrasting work tops, as well as an electric oven and hob, a washing machine, with a free standing fridge freezer, with two double bedrooms and a shower room with electric shower completing the apartment.
The property further benefits from a secure entry system, electric heating, as well as access to a well-maintained communal garden to the rear.
Hyndland is one of the most prominent addresses in the West End and is in the vicinity of numerous West End amenities including Glasgow University, Botanic Gardens and Kelvingrove Park. There is also a wide selection of independent shops, boutiques, bars and restaurants nearby.
In addition, the property is a short drive from the Clydeside Expressway and M8 motorway, ensuring easy access to Scotland`s arterial road network and numerous bus routes nearby allowing an easy commute into the City Centre and surrounding areas.
Deposit: £1800
EPC: Band E
Council Tax: Band E
Landlord Registration Number: 572581/260/17081
Letting Agent Registration Number: LARN1812026
Additional costs: Council tax and water charge / utilities / broadband (if applicable) / Garden Waste Bin from local authority at additional cost (if applicable)
Heating Type: Electric Heating
Property Floor: Second Floor
Utilities: TBC
Electricity Supplier: TBC
Gas Supplier: N/A
Broadband Type: Ultrafast broadband available *as obtained from https://www.openreach.com/fibre-broadband - Further information regarding broadband and phone signal can be obtained from the Ofcom broadband and mobile coverage checker
Parking Type: Permit Parking at an additional cost via Glasgow City Council
Planning permission: Please check the property's 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.
