2 Bedroom Flat

Loch Striven, Glasgow, G74 2EH

£75,000
2 beds · 1 bath · Added 20 Feb 2026
+22

What this property offers

2 Bedrooms
1 Bathroom
Flat

About this property

Situated within the ever-popular Loch Striven area of St Leonards, East Kilbride, this charming two-bedroom ground floor flat offers comfortable living in a peaceful yet convenient setting.  Early viewing is highly recommended to fully appreciate the accommodation on offer.

The property welcomes you with a bright and spacious lounge, dual aspect windows flood the room with natural light and offering ample space for both relaxing and dining. The well-appointed kitchen provides generous storage and worktop space, making it both practical and inviting.

There are two well-proportioned double bedrooms, each offering excellent storage options and flexibility for family living, guests, or home working. A modern family bathroom with separate walk-in shower completes the internal accommodation.

Further benefits include secure door entry, electric heating, double glazing, and convenient ground floor access, ideal for a wide range of buyers. Externally, residents enjoy well-maintained communal grounds and on-street parking.

Perfectly positioned for local amenities, reputable schools, excellent public transport and road links, this delightful flat presents an ideal opportunity for first-time buyers, downsizers, or investors alike.


Nearby Properties

Listed by

Lanarkshire Law Estate Agents

View profile

Disclaimer: Property descriptions, images, and related information displayed on this page are aggregated from publicly available sources across the web and presented for informational purposes only. While we strive for accuracy, home.co.uk cannot guarantee that all details are current or complete. This information is provided as a guide only and should not replace professional property advice. We strongly recommend contacting Lanarkshire Law Estate Agents directly to verify availability, arrange viewings, and obtain comprehensive property documentation.