The 2009 fire was caused by an electrical fault in the heating system, leading to the total loss of the original roof and interior fixtures.
During the restoration, craftsmen used 25,000 pieces of hand-cut stone to recreate the damaged flooring.
The cathedral's original foundation stone was laid in 1840, but the building was not formally consecrated until 1893.
The restoration process received the RIAI Public Choice Award in 2015 for its successful integration of modern design within a historic structure.
The baptismal font, saved from the 2009 fire, dates back to the mid-19th century.
The building's height and central tower serve as a prominent landmark for the town of Longford.
St Mel's Cathedral is the mother church of the Roman Catholic Diocese of Ardagh and Clonmacnoise, located in Longford, Ireland. Following a devastating Christmas Day fire in 2009 that destroyed the interior and roof, the cathedral underwent a five-year restoration project completed in 2014. The building is primarily constructed from local limestone in an Italianate architectural style. Its 19th-century facade was preserved during the post-fire reconstruction, while the interior features a contemporary design integrated with restored historic elements. The cathedral houses the relics of St. Mel, a 5th-century saint and the site's namesake. Notable art includes contemporary stained glass by Kim En Joong and a restored mosaic floor. It remains the seat of the Bishop of Ardagh and Clonmacnoise.
The wide angle from the St Mel's Road entrance provides the best view of the restored facade.
Walk the full length of the center aisle to view the symmetry of the modern apse against the traditional facade.
Check the parish website for special liturgical events or choir performances before visiting.
Take time to observe the intricate stonework of the portal arches at the main entrance.
Avoid visiting during private weddings or funeral masses, as access may be restricted.
Maintain a quiet tone suitable for a house of worship; refrain from using flash photography during services.
