The Leaning Tower of Gingin is built at an angle of 15 degrees, the exact angle at which Pisa's famous tower would have stood if it had not been corrected.
The facility is strategically placed within the International Centre for Radio Astronomy Research (ICRAR) zone.
Visitors can drop water-filled balloons from the top of the tower to test terminal velocity and gravitational acceleration.
The site contains a permanent exhibition dedicated to the detection of gravitational waves as predicted by Albert Einstein.
The surrounding Gingin Observatory houses one of the largest public telescope arrays in Western Australia.
The Gravity Discovery Centre is an interactive science education facility located on the site of the Gingin Observatory in Western Australia. It features the 45-meter Leaning Tower of Gingin, which allows visitors to replicate Galileo’s famous gravity experiments. The centre focuses on cosmology, physics, and the solar system through hands-on exhibits designed for all ages. It is situated within the pristine native bushland of the Moore River region, away from major light pollution. The facility provides access to research-grade telescopes for night sky viewing sessions. It serves as a hub for exploring the principles of general relativity and gravitational waves.
The base of the Leaning Tower of Gingin looking upward to capture the full angle against the clear Western Australian sky.
Bring a warm jacket even in summer, as the desert climate results in significant temperature drops after sunset.
Check the weather forecast for cloud cover before booking night viewing sessions, as clear skies are essential for stargazing.
Wear comfortable, closed-toe walking shoes to explore the bush trails between the centre and the tower.
Do not attempt to walk between the main centre and the tower in standard street shoes; the path is unpaved and sandy.
Open year-round but night viewing sessions are subject to seasonal weather conditions and scheduling requirements.
Avoid using white light flashlights or mobile phone screens during night sky tours to preserve night vision.
