Lot 216

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HARRISON SCHMITT NEAR THE LUNAR ROVER PARKED ON THE RIM OF SHORTY CRATER, STATION 4, DECEMBER 7-19, 1972

EUGENE CERNAN [APOLLO 17]

Name: HARRISON SCHMITT NEAR THE LUNAR ROVER PARKED ON THE RIM OF SHORTY CRATER, STATION 4, DECEMBER 7-19, 1972
Brand: EUGENE CERNAN [APOLLO 17]
Price: 200.00 GBP
Availability: SoldOut

Price Realised GBP 252

Estimate

GBP 1,000 - GBP 1,500

Closed: 18 May 2022

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HARRISON SCHMITT NEAR THE LUNAR ROVER PARKED ON THE RIM OF SHORTY CRATER, STATION 4, DECEMBER 7-19, 1972

EUGENE CERNAN [APOLLO 17]

Price Realised GBP 252

Closed: 18 May 2022

Price Realised GBP 252

Closed: 18 May 2022

Details Lot Essay Related Articles More from

Eugene Cernan

Harrison Schmitt near the Lunar Rover parked on the rim of Shorty Crater, station 4

Apollo 17, December 7-19, 1972, EVA 2, 145:47:43 GET

Vintage photograph with red NASA MSC caption numbered “AS17-137-21011” and “A Kodak Paper” watermarks on the verso.
20.3 x 25.4cm (8 x 10in)

This lot has been imported from outside of the UK for sale and placed under the Temporary Admission regime. Import VAT is payable at 5% on the hammer price. VAT at 20% will be added to the buyer’s premium but will not be shown separately on our invoice.
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This lot is offered by Christie Manson & Woods Ltd

Brought to you by

James HyslopHead of Department, Science & Natural History

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jhyslop@christies.com +44 (0) 20 7752 3205

Lot Essay

A frame released by NASA from the panoramic sequence taken by Cernan near the rim of Shorty Crater.

The western wall of Shorty Crater is at the right of the image; West Family Mountain, rising 1,000 meters above the valley floor, is in the background behind the Lincoln-Lee Scarp, a mare wrinkle ridge crossing the Valley of Taurus-Littrow.

“The clarity brought on by the lack of atmosphere gives the impression that objects are closer than they really are,” observed Schmitt. “This atmospheric clarity made it difficult to estimate distances, so I used the known distance of my shadow and any given sun angle to calibrate my estimates of near field distances and crater diameters.” (Constantine, p. 139).