Tags: —
Country: Australia
4BU 1332 AM Classic Hits Bundaberg is a long-standing community radio station serving the Bundaberg region in Queensland, Australia. Broadcasting on the AM band at 1332 kHz, the station has been a trusted source of local news, music, and information for decades. Known for its classic hits format, 4BU plays a curated selection of popular music from the 60s, 70s, 80s, and 90s, appealing to listeners who enjoy nostalgic tunes with a local touch. The station emphasizes community engagement, offering a platform for local voices, events, and emergency updates. Its commitment to regional relevance and consistent AM signal coverage makes it a reliable companion for residents across Bundaberg and surrounding areas, particularly valued by older demographics and those in rural or remote locations.
4BU’s programming centers around a classic hits music format, featuring timeless tracks from the 1960s through the 1990s, with a focus on rock, pop, and easy listening favourites. The station blends music with local news updates, weather reports, and community announcements throughout the day. Regular segments include morning drive shows with local hosts, midday music blocks, and afternoon/evening programming that highlights regional events and listener dedications. While music is the core, 4BU maintains a strong local presence through live reads, sponsorships, and coverage of Bundaberg-specific news, sports, and cultural happenings.
4BU 1332 AM broadcasts from Bundaberg, Queensland, serving the Wide Bay-Burnett region, including the city of Bundaberg and surrounding towns such as Childers, Gin Gin, and Hervey Bay. Its AM signal provides reliable coverage across coastal and inland areas, reaching listeners in both urban and rural communities. The station is particularly valued by residents who rely on AM radio for consistent reception, especially during weather events or in areas with limited digital or FM coverage. 4BU remains a vital local media outlet for news, emergency information, and community connection throughout its broadcast footprint.
