The clock tower was the tallest structure in Brisbane for several decades following its completion in 1930.
The four clock faces are each 4.7 meters in diameter and were originally hand-wound by a staff member until they were electrified in the 1960s.
The museum occupies space within a building constructed from Helidon sandstone and granite.
The original hand-operated elevator used to transport visitors to the clock tower remains one of the oldest of its kind still in operation in Australia.
The City Hall building was modeled after the style of Italian Renaissance structures.
The Museum of Brisbane is located on the third level of the heritage-listed Brisbane City Hall, serving as the primary cultural institution dedicated to the city's history and contemporary art. It distinguishes itself by offering guided tours of the 1930s-era Clock Tower, providing elevated vantage points over the central business district. The museum houses rotating exhibitions focusing on local social history, urban development, and indigenous heritage. Visitors can explore the architectural significance of the building itself, which features an iconic copper dome. The institution functions as a community hub, hosting various artist-in-residence programs and public talks. It acts as an official repository for artifacts documenting Brisbane's evolution from a convict settlement to a modern metropolis.
The view from the Clock Tower viewing platform offers the best panoramic perspective of the city grid.
Book your Clock Tower tour online as soon as your travel dates are confirmed, as these slots fill up quickly.
Check the museum's website for the current rotating exhibition schedule to align with your personal interests.
Allow time to walk through the main auditorium of City Hall if it is not currently hosting a private event.
Do not attempt to visit the Clock Tower without a pre-booked reservation, as walk-in spots are rarely available.
Open daily, though Clock Tower tours may be suspended during periods of extreme high winds or inclement weather.