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Found: 1937
Latitude: 22 Deg 36 Min 46 Sec South
Longitude: 135 Deg 11 Min 43 Sec East
Northern Territory, Australia

ites for sale 

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Orders having a single item priced more than $ 500.00 are FREE of postal charges!


# Bo264
Weight: 24.25 g
41.8 x 37.9 x 9.9 mm max.



# Bo265
Weight: 14.70 g
29.8 x 16.4 x 10.6 mm max.



# Bo266
Weight: 10.84 g
26.9 x 23.7 x 7.4 mm max.



# Bo267
Weight: 35.58 g
62.8 x 38.7 x 23.3 mm max.

US $ 71.00




# Bo268
Weight: 10.48 g
23.0 x 23.6 x 9.3 mm max.



# Bo269
Weight: 11.43 g
28.8 x 18.1 x 6.7 mm max.

US $ 22.00

# Bo270
Weight: 23.60 g
36.8 x 23.0 x 10.7 mm max.


# Bo271
Weight: 22.07 g
30.5 x 22.5 x 13.2 mm max.

US $ 44.00



# Bo272
Weight: 15.56 g
28.3 x 20.9 x 8.7 mm max.

US $ 31.00

# Bo273
Weight: 24.16 g
31.2 x 20.4 x 12.4 mm max.

US $ 48.00

# Bo275
Weight: 25.69 g
29.5 x 24.4 x 13.8 mm max.



# Bo276
Weight: 189.77 g
61.2 x 43.4 x 23.2 mm max.

US $ 378.00



# Bo277
Weight: 148.40 g
60.5 x 40.8 x 22.0 mm max.

US $ 296.00

# Bo278
Weight: 93.18 g
45.7 x 36.3 x 18.7 mm max.

US $ 186.00

# Bo279
Weight: 25.69 g
38.2 x 23.6 x 11.9 mm max.

US $ 51.00

# Bo280
Weight: 28.91 g
40.6 x 21.7 x 13.1 mm max.



The Boxhole Meteorite fell according to E.M Shoemaker about 30,000 years ago. The Meteorite Crater is located approx. 290 km north east of Alice Springs, and about 300 m from the Homestead of Dneiper (Boxhole) Cattle Station.

The meteorite crater was recognized during a geological survey of that area in June, 1937. A number of iron fragments and shale balls were found then. Later, several larger masses were found, including one of 82 kg. The material is very similar to the Henbury meteorite. Prior to its fall, the Boxhole Meteorite would have been in one piece and perhaps the size of a 200 l drum. It would have accelerated to over 50,000 km/h, before entering the Earth's atmosphere. Travelling at such velocity, the atmosphere would not have appreciable reduced it's speed. Such a huge body, travelling so fast, slams into the ground with enough energy to produce an explosion like a nuclear bomb. This is what caused the huge crater at Boxhole, in front of a quarzite ridge, bowl-shaped, with a diameter of 178 m and a depth of approx. 16 m.

More than 500 kilograms of meteorite fragments have since been collected at the site, the largest amount on record being in the South Australian Museum in Adelaide and weighing a total of 178 kilograms. The Natural History Museum in London counts for 84.7 kg.
Boxhole is classified as an iron meteorite, since it consists principally of metal, and is called a Medium Octahedrite, since it falls into about the middle range of nickel-iron alloy composition. It shows a partly recrystallised kamacite structure.

Radiometric dating of the meteorite itself suggests an age of about 4.5 billion years, suggesting it was formed at the very beginning of the Solar System, and which makes it among the oldest material known to exist ( the oldest rocks being only half its age!). The metal of the meteorite is crystallised internally in a beautiful crisscross array, known as the Widmanstätten Pattern which is unique to iron meteorites, and develops because the meteorite has cooled from a molten state in zero gravity at a rate of only a few degrees per million years.

We hope you will enjoy owning this unique piece of our Solar System, your own Space Traveller, from way out there.


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