Meteor Events Reported Across Tasmania and Eastern Australia

Witnesses across multiple states described bright flashes and colored trails in the night sky.

Tasmania Meteor (Sunday Night)

On Sunday night, a meteor created a bright flash and trail over eastern Tasmania. The event was captured on a traffic camera in Launceston shortly before 9:30pm.

Andrew Cole, Professor of Physics at the University of Tasmania, stated that the meteor was likely about one meter across, larger than typical meteors. He noted that meter-sized objects occur a couple of times per year worldwide, but large exploding rocks that leave smoke trails and fragments occur less than once a decade.

Cole said the meteor appeared to have significant metallic content, likely nickel or iron, based on its speed and the glowing trail left behind.

The sighting was widely reported across the state, with clear skies contributing to visibility. An astrophotographer at Seven Mile Beach near Hobart reported that the sky lit up green briefly before the meteor broke up.

Bolides, or exploding meteors, are not uncommon, but the size and clarity of this event made it notable. Similar events have been reported in the region previously, including one over Bass Strait six to seven years ago.

Eastern Australia Meteor (Thursday Evening)

On May 21, 2026, at approximately 6:30pm local time, a suspected meteor was observed over eastern Australia. The event was reported from multiple locations including Sydney, the South Coast, Dubbo, Bathurst, Mudgee, Jugiong (regional New South Wales), Canberra, Bondi (Sydney's eastern suburbs), the NSW Central Coast, Newcastle, Hay (south-western NSW), and Queensland.

Dashcam footage captured the object, with recordings made in Shooters Hill (NSW Central Tablelands), Kariong Hill (Central Coast), and on the M5 near Moorebank, Sydney. Duncan Rayner from Sydney's northern beaches also captured the meteor on video while filming his golf swing at a local driving range. He was unaware of the meteor until reviewing the footage.

Hundreds of individuals reported sightings. Junjie Yu was driving eastbound on the M5 near Moorebank when his dashcam recorded the bright flash. On Facebook, sightings were reported in Glenmore Park, Penrith, and Gregory Hills, western Sydney.

As of the evening of May 21, the suspected meteorite had not been officially confirmed. Police reported no property damage or related calls for assistance.

Expert Analysis

Brad Tucker, Associate Professor of Astronomy and Astrophysics at the Australian National University, estimated the object's size at 30 to 50 centimeters for the eastern Australia meteor. He noted that such objects are dense and can produce a bright display. Tucker observed the meteor from Canberra. Dr. Ellie Sansom, director of Curtin University's Desert Fireball Network, estimated the meteoroid size between 10 centimeters and half a meter.

David Finlay, amateur astronomer and operator of Australian Meteor Reports, described the event as a "fireball blaze," a bright type of meteor that flashes and lights up the sky.

Witnesses reported a range of colors from blue to orange. Astrophysicist Brad Tucker said the blue-green color indicated high iron and nickel content in the meteor. He noted that a bright flash occurred when pressure from friction caused the object to fracture.

David Finlay explained that observed colors—blue and orange—were due to temperature variations as the meteor passed through the atmosphere. According to Finlay, the perceived color depends on the meteor's temperature, viewing angle, and atmospheric conditions: a hotter meteor appears bluer; when closer to the horizon, smog can make it appear more orange.

Andrew Cole, Professor of Physics at the University of Tasmania, stated that the Tasmanian meteor likely had significant metallic content, including nickel or iron. Brad Tucker noted that the green color observed in footage may indicate the presence of iron and nickel.

Initial analysis of the eastern Australia meteor suggests it may have originated from a comet due to its high velocity. The meteor likely exploded over the ocean, making recovery of fragments unlikely.

Investigation and Guidelines

The Desert Fireball Network, operated by Curtin University, is investigating the event to determine the object's size, speed, and potential landing site.

Dr. Rachel Kirby of the Desert Fireball Network noted that most light from a meteor comes from superheated air, not the object itself. She advised that spectral cameras are needed to determine composition, and that phone or dashcam footage cannot provide that data.

Professor Jonti Horner from the University of Southern Queensland provided guidelines for anyone who finds a suspected meteorite:

• Collect it using a bag to avoid contamination.
• Do not test with a magnet, as it can erase fossilized magnetic field evidence.
• Store it in a freezer to preserve evidence of water in the meteorite.

Most reported meteorites are ordinary rocks, but following these rules helps preserve scientific value.

Background

Meteors occur when space rocks enter Earth's atmosphere at high speed and burn up. A meteoroid that survives atmospheric entry and hits the ground is called a meteorite.

Brad Tucker stated that objects of this size fly over Australia every few weeks, while most shooting stars are dust-sized particles. About 200 tonnes of space rocks enter Earth's atmosphere daily.

Andrew Cole, Professor of Physics at the University of Tasmania, noted that exploding meteors, or bolides, are observed with reasonable frequency over populated areas.