Second Image of Schiaparelli Landing Event
Second Image of Schiaparelli Landing Event
ESP_048120_1780  Science Theme: Future Exploration/Landing Sites
The ExoMars Schiaparelli lander or Entry, Descent, and landing Module (EDM) reached the Martian surface on 19 October 2016. Also on that day the Trace Gas Orbiter successfully entered Mars orbit.

According to the ExoMars project, both the heat-shield and backshell-plus-parachute separated as planned, but the lander crashed at more than 83 meters per second (more than 300 kilometers per hour) velocity. This is the second HiRISE image of this location, capturing the EDM impact site and the backshell plus parachute in the color image area, plus another black and white image of the heat shield. The image cutouts are in raw image geometry rather than map-projected, and north is about 7 degrees to the right of straight up.

At lower left is the backshell and parachute. The parachute is many times brighter than the Martian surface in this region. The smaller circular feature just south of the bright parachute is the backshell (2.4 meter-diameter). The parachute has a different shape than in the first HiRISE image, apparently shifting in the wind. We also observed this shifting of the Curiosity parachute while on the ground.

At lower right are several bright features surrounded by dark radial impact patterns, located where the heat shield was expected to hit. The bright spots appear identical to the first HiRISE image, so it is bright material such as insulation layers, not specular reflections.

At top are the markings left by the Schiaparelli module, now in color. From the first black and white image it was not clear if the relatively bright pixels or clusters of pixels scattered around the impact site were fragments of the lander or image noise. Now it is clear that at least the four brightest spots near the impact are not noise. These bright spots are in the same location in the two images and have a white color, unusual for this region of Mars. The module may have broken up at impact and some fragments might have been thrown outward like impact ejecta.

Written by: Alfred McEwen  (3 November 2016)

This is a stereo pair with ESP_048041_1780.
Acquisition date
01 November 2016

Local Mars time

Latitude (centered)

Longitude (East)

Spacecraft altitude
269.0 km (167.2 miles)

Original image scale range
27.8 cm/pixel (with 1 x 1 binning) so objects ~83 cm across are resolved

Map projected scale
25 cm/pixel and North is up

Map projection

Emission angle

Phase angle

Solar incidence angle
47°, with the Sun about 43° above the horizon

Solar longitude
252.7°, Northern Autumn

For non-map projected images
North azimuth:  97°
Sub-solar azimuth:  333.0°
Black and white
map projected  non-map

IRB color
map projected  non-map

Merged IRB
map projected

Merged RGB
map projected

RGB color
non-map projected

Black and white
map-projected   (996MB)

IRB color
map-projected   (558MB)

Black and white
map-projected  (492MB)
non-map           (520MB)

IRB color
map projected  (212MB)
non-map           (492MB)

Merged IRB
map projected  (298MB)

Merged RGB
map-projected  (288MB)

RGB color
non map           (463MB)
Map-projected, reduced-resolution
Full resolution JP2 download
Anaglyph details page

B&W label
Color label
Merged IRB label
Merged RGB label
EDR products

IRB: infrared-red-blue
RGB: red-green-blue
About color products (PDF)

Black & white is 5 km across; enhanced color about 1 km
For scale, use JPEG/JP2 black & white map-projected images

All of the images produced by HiRISE and accessible on this site are within the public domain: there are no restrictions on their usage by anyone in the public, including news or science organizations. We do ask for a credit line where possible:

NASA’s Jet Propulsion Laboratory, a division of the California Institute of Technology in Pasadena, Calif., manages the Mars Reconnaissance Orbiter for NASA’s Science Mission Directorate, Washington. The HiRISE camera was built by Ball Aerospace and Technology Corporation and is operated by the University of Arizona.