Saturn Ark may have discovered another ancient ‘Stonehenge’ type structure in Kunowsky Crater.
This is a collaborative work between Saturn Ark and RaptorZone in which evidence supporting this speculation is presented.
This photograph (PSP_002179_2375) was taken by NASA’s Mars Reconnaissance Orbiter (MRO) HiRISE Camera on 13 January 2007.
NASA describes this photograph as “Kunowsky Crater.”
Discovered is what looks like an ancient ‘Stonehenge’ type structure in Kunowsky Crater and a huge debris field.
Pure speculation as always, these anomalies look like something unnatural and are not specifically something unnatural.
‘Stonehenge’ type structure in Kunowsky Crater – Blocks range in size between 4 and 10 metres, right-angled debris can be seen in the area (click for larger image)‘Stonehenge’ type structure from ESP_028957_2085 from my ‘Stranger Things on Mars’ post (click for larger image)Square structure consisting of what looks like metallic plates and debris (click for larger image)Square structure consisting of what looks like metallic plates and debris (click for larger image)Square structure consisting of what looks like metallic plates and debris (click for larger image)Square structure consisting of what looks like metallic plates and debris (click for larger image)Structure consisting of what looks like metallic plates and debris (click for larger image)Disc-like object with symbol on top (click for larger image)Triangular shaped piece with parallel features and small dome on top (click for larger image)Disc-like object with dome on top (click for larger image)Mangled rectangular object (click for larger image)Mangled metallic looking objects, smaller piece has what looks like two small dome features on top (click for larger image)Narrow metallic-type bent object (click for larger image)Hollow triangular shaped object (click for larger image) Courtesy: Michel DuchaineRectangular object with hole on top and small dome on the side (click for larger image)
I downloaded the HiRise B&W Map-Projected JP2 file’s to view these anomalies.