Bulova Lunar Pilot Meteorite Limited Edition

Find an official retailer
Technical specifications


  • Hours
  • Minutes
  • Seconds
  • Tachymeter Chronograph


  • Quartz
  • Manufactured


  • Cushion
  • Titanium
  • Sandblasted
  • 43.50mm


  • Sapphire

Water resistance

  • 5.00atm / 50.00m / 165.00ft


  • Military Nato strap
  • Titanium


  • Calfskin
  • Black


  • 2024

Official description

Bulova pays tribute to its rich and storied history with NASA and the U.S. space program with a new Limited Edition Meteorite Lunar Pilot timepiece. Continuing to build the Archive Series franchise, Bulova replicates the original watch that traveled to the moon with an upgrade of a unique meteorite dial.

On August 2nd, 1971, Apollo 15’s mission commander, the seventh man to walk on the moon and the first to drive the Lunar Rover, made history while wearing a Bulova chronograph wristwatch. Crafted specifically for astronomical conditions, the Lunar Pilot watch was used in space to track time, ensuring no one ran out of oxygen, water or battery power in the portable life support-system backpack. It was also used to back up the on-board timers for the critical reentry into the Earth’s atmosphere. The timepiece could—and did—perform flawlessly, withstanding pressures of changing atmospheric conditions, fluctuating temperatures and gravitational shifts. Bulova celebrated the 50th anniversary of this mission in 2021 bringing renewed interest and excitement to the Lunar Pilot collection.

Bulova now brings inspiration from the elements of space in their new Limited Edition Lunar Pilot timepiece, specifically larger meteoroids during meteor showers that fall to Earth and strike the ground as meteorites. Heated by combination of gravitational compression, the impact energy created by collisions and the decay of isotopes, the meteorite goes through an extremely slow-cooling process. Over the course of millions of years in space a unique crystalline pattern called, “Widmanstätten,” is created as structures are formed by chemical interactions with the parent asteroid. The unique patterns cannot be recreated in laboratory, therefore allowing for no two watch dials to be alike.