This 1.993 g individual from the Martian meteorite Tissint displays a well-defined oriented shape, with a surface covered by fine radiating flow lines converging from a single point. These aerodynamic features reflect its stable flight through Earth’s atmosphere. Combining Martian origin, fresh fall status, and clear orientation, this small specimen offers exceptional scientific and aesthetic appeal.
Tissint is classified as a Martian shergottite and is one of the rare witnessed falls from Mars. Its rapid recovery after fall ensured minimal terrestrial alteration, preserving pristine fusion crust and surface features.
Oriented individuals among Martian meteorites are particularly valued, as they provide direct insight into entry dynamics and atmospheric interaction.
This 1.993 g specimen of the Martian meteorite Tissint is a remarkably expressive individual, distinguished by its clear aerodynamic orientation.
One face of the meteorite exhibits a network of radiating flow lines, emanating from a single focal point. These lines are formed during atmospheric entry, when molten material flows across the surface under intense heat and directional airflow. Their radial organization indicates a stable and oriented flight, making this specimen particularly informative from a physical and aerodynamic perspective.
Despite its modest size, the meteorite preserves a coherent and readable morphology, allowing the orientation features to be clearly observed. Such characteristics are not always present on small individuals, which makes this piece especially desirable.
Tissint is a witnessed fall (July 18, 2011, Morocco) and is one of the most important Martian meteorites discovered in recent decades. Its exceptional freshness has preserved delicate surface features such as fusion crust textures and flow structures, which are often altered or lost in older finds.
The combination of:
places this specimen in a highly sought-after category among collectors.
This piece is ideal for collectors seeking a compact yet scientifically meaningful Martian meteorite, with strong visual evidence of its atmospheric passage.
