Sale Agreed
Description
We’re thrilled to bring No. 10 Meathville Terrace to the market — a beautifully updated red-brick two-bedroom home that perfectly blends period charm with modern design. Bright, spacious, and full of character, this home is ideal for anyone who values classic details paired with contemporary living.
Step through the front door into a light-filled, open-plan living and dining area. With its original cast iron fireplace, cornicing, and cast-iron radiators, the space feels timeless yet fresh — perfect for everything from cosy nights in to entertaining friends.
Beyond the living area, the bespoke wooden kitchen features rich Walnut worktops, stainless steel splashbacks, and Jura Limestone flooring. A floor-to-ceiling window and glass door open out to a private, south-facing courtyard garden — compact but full of charm, and ideal for morning coffee or evening drinks.
Upstairs, you’ll find two generous double bedrooms. The front bedroom leans into the home’s traditional roots with another cast iron fireplace, while the rear master bedroom has a more modern feel, complete with low-level windows and built-in slide robes for clean, minimalist storage.
Long Lane is a quiet, one-way street tucked between Heytesbury Street and Clanbrassil Street — just a 10-minute stroll to St. Stephen’s Green and Grafton Street. The area has a strong local community and an incredible range of cafes, restaurants, and indie food spots. You’re also close to everyday essentials like Tesco Express and local market vendors for fresh produce.
Getting around is easy too — with the green Luas line and major bus routes nearby, you’re well connected to every corner of the city.
Accommodation
Features
Highly sought-after residential location within a 10 minute walk of St Stephen’s Green
Beautifully proportioned light-filled accommodation which is tastefully presented throughout
Resident permit parking
South facing to the rear
GFCH
c. 862sq ft / 80.13sq m
BER Details
BER: E1 BER No. 106937295 Energy Performance Indicator:319.11 kWh/m²/yr