Dave Scott’s watch worn on the Moon sells for $1,625,000

I posted here earlier that the watch worn by astronaut Dave Scott on the lunar surface was up for auction. The auction resulted in a record setting price for an astronaut memorabilia item: RR Auction: Past Auction Item – Item 9001 – Apollo 15 Lunar Surface Chronograph –

Minimum Bid: $50,000.00
Sold Price: $1,625,000.00

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Robert Pearlman says the buyer’s identity was not revealed: Astronaut’s watch worn on the moon sells for record $1.6 million – collectSPACE

The Bulova timepiece, which Apollo 15 commander David Scott wore during NASA’s fourth successful lunar landing mission in 1971, was sold by RR Auction of Boston for an astronomical $1,625,000 to businessman from Florida who wished to remain anonymous. The sale, which opened at $50,000 online on Oct. 15, ended Thursday evening during a live auction where the winner and his competing bidders participated by phone.

Scott, who also called in, listened as his very-well-traveled watch soared in a span of just five minutes from $475,000 to the hammer of $1.3 million (the $1.625 million includes the buyer’s premium charged by the auction house).

This substantially beats the previous record for an astronaut item sale:

The previous record was for a cuff checklist used by Charles Conrad, the third man to walk on the moon, which reportedly sold for $1.3 million to a private buyer in 2001.

Only Russian spacecraft have gotten higher prices in auctions of Moon Race era items.

Pearlman points to another Apollo timepiece that will be going up for auction later this year: Omega Speedmaster 50 – Christie’s.

However, this watch, owned by Ron Evans of the Apollo 17 mission, stayed in orbit in the command module and did not go down to the lunar surface.

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Here is a statement from RR Auctions about this auction:

Dave Scott’s Apollo 15 watch sold for $1.6M at auction
Only privately owned watch worn on the Moon

BOSTON, MA – (October, 23 15) Dave Scott’s Apollo 15 lunar surface-worn chronograph watch sold for $1,625,000 according to Boston-based RR Auction.

Of the dozen men that have stepped foot on the moon, all wore the standard Omega Speedmasters. Officially issued by NASA, those Omegas are acknowledged as government property; many, including Dave Scott’s used during his first two moonwalks, are housed in institutions.

This leaves Commander Scott’s Bulova Chronograph as the singular lunar surface-worn watch in private hands.

After the second moonwalk, Scott noticed that the crystal of his Omega had popped off when he returned to the cabin, therefore he needed to call upon his own personal backup watch, the Bulova watch.

The Bulova Wrist Chronograph was worn during his third and final moonwalk of the mission.  As Commander Scott stepped onto the moon for his final lunar excursion, he wore this watch. When he saluted the American flag against the background of the majestic expanse of Hadley Delta, this watch adorned his left wrist.

“Among the decisions I made, the monitoring of time was perhaps most important,” Commander Dave Scott stated in a detailed five-page letter that accompanied the sale.

Apollo 15’s third lunar excursion—lasting 4 hours, 49 minutes, 50 seconds—was perhaps the most reliant on time expenditures, as Dave Scott and Jim Irwin conscientiously balanced their resources before departure, and eventual journey home. The watch, exhibits significant wear from exposure while on the Moon, and from splashdown and recovery.

“We are extremely pleased with the results and honored to have been able to offer such an historically important timepiece—the only American-made watch that was worn on the surface of the Moon,” said Bobby Livingston, Executive VP at RR Auction.

Highlights from the sale include, but are not limited by:

  • Gordon Cooper’s Mercury 9 Flight Plan Roller, sold for $89,775.
  • Apollo 16 Flown Cover, sold for $76,772.
  • Dave Scott’s Apollo 15 Lunar Surface-Used Rover map, sold for $37,485.
  • Buzz Aldrin’s Apollo 11 ‘Type 2’ Flown Cover, sold for $36,111.

Online bidding for The Space and Aviation Autograph from RR Auction began on October 15 and concluded on October 22. At 7:00 pm ET, a single lot live auction of Dave Scott’s watch took place at RR Auction’s Boston Gallery. More details, including results can be found online at www.rrauction.com.

Sending 100 people to Mars in vehicle with torpor inducing habitats

SpaceWorks Enterprises releases a report on using torpor, or hibernation-like, techniques for transporting large numbers of people to Mars:

SpaceWorks Releases Findings for 100-Person Mars Transfer Vehicle
Using Torpor Inducing Habitats

Atlanta, October 16, 2015 – SpaceWorks Enterprises, Inc. (SEI) is pleased to release its recent findings evaluating the potential of its torpor-technology to enable sending an unprecedented number of passengers on a mission to Mars.

ImplementationOfTorpor

The objective of this work was to develop an engineering design for a 100-crew settlement-class in-space habitat that leverages our human stasis/torpor approach. This study serves as a continuation of efforts by SpaceWorks to investigate the use of these technologies for human spaceflight. The reduced metabolic rates that are achieved through torpor relax the mission requirements on consumable food and water, and positively impact the design of the habitat environmental control and life support systems. The torpor approach also helps to address a number of the medical challenges associated with deep space flight including bone demineralization, muscle atrophy, increased intracranial pressure, radiation exposure, and psycho-social problems.

KeyConcepts

The final Mars Transfer Habitat design yielded a total mass of 200 t and power generation requirement of 300 kWe. This represents a significant reduction in the mass and power needs necessary for 100 inhabitants when compared to scaling current architectures for the human exploration of Mars. For reference, the in-space habitat mass for a settlement-class mission with – non-torpor approaches – was on the order of 700 t. The application of long-duration torpor for humans to space exploration missions appears to be both medically and technically feasible, showing great promise as a means to enable settlement of the solar system.

HabitatInteriorDesign

The findings and associated presentation, which were recently presented by Mark Schaffer at the 2015 International Astronautical Conference (IAC) in Jerusalem, Israel, are available at:

Presentation: 100-Person Mars Transfer Vehicle using Torpor-Inducing Habitat

Paper: 100-Person Mars Transfer Vehicle using Torpor-Inducing Habitats

MedicalStatus

“This is another example demonstrating the benefits achieved from placing crews in low-metabolic stasis for human spaceflight,” said Dr. John Bradford, President/COO of SpaceWorks. “We plan to continue our efforts pursuing this enabling technology on both the engineering and medical fronts. ”

TorporHabitatModule

For additional information, please send inquiries to john.bradford@sei.aero

MarsTransferHabitat

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Tracksoar – Open source APRS tracker for weather balloons and other projects

If you are planning a weather balloon or other amateur high altitude project and need a low cost system for tracking and telemetry communications,  check out the Tracksoar  Open source APRS tracker:

a4_original

Tracksoar is the smallest lightest open source APRS [Automatic Packet Reporting System] tracker available. It makes tracking weather balloons, model rockets, RC aircraft, and anything else that flies as easy as possible. It is able to report location, altitude, temperature pressure and humidity to the internet once a minute for twelve hours with 2xAA batteries.

Because Tracksoar is open source you can also add your own modules to accommodate custom sensors to meet your specific requirements. By flying Tracksoar on a weather balloon you can reduce the required helium and balloon costs per launch and it can pay for itself with just 2 launches. No other APRS solution offers this level of integration, compact size, and customization.

Additionally all profits from Tracksoar sales go to supporting the Santa Barbara Hackerspace and improving the resources we offer to the community.

The system was designed by the Santa barbara Hackerspace, founded by Mike Bales. They currently have a crowd-funding campaign underway  to raise $22,000 to pay for the first production run of the Tracksoar : Tracksoar APRS by mike bales — Kickstarter.

 

Note that the system requires an amateur radio license to operate.