Personally, I couldn’t be in charge of making the carry-on list for astronauts traveling to the
Today, Case Knives relaunches their registered trademark Case Astronaut Knife M-1 in commemoration of more than 50 years worth of space travel. The Case Astronaut Knife M-1 dons an optic white, glossy handle constructed from a space-tested combination of synthetic fibers, offering a smooth finish and an ergonomic grip for accurate and controlled use. The As-Ground machete blade comes with a bite, ground from stainless steel blocks, and a heavy gauge with a double row of sharp saw teeth along its spine. Machete blade’s modus operandi is in survival. Used for heavy-duty jobs like bushwhacking, coppicing, and butchering, machetes are no joke and proved necessary by NASA for use in such an unpredictable environment like outer space. As an entire knife, the Case Astronaut Knife M-1 weighs 7.5oz, measures at 16-inches, with its blade reaching a length of 11.75-inches.
The Gemini and Apollo missions to the moon back in the 60s required some new survival training for prospective space travelers and what better weapon to have at your side for survival on the moon than a machete? Picture your favorite heroes from jungle-adventure films slicing through the tangled brush with a machete the length of their torso. Shrinking that machete’s length down to fit into NASA’s survival kit was a job sufficiently handled by W.R. Case & Sons Cutlery Company and more than 50 years later, Case Knives celebrates a job well done.
Constructed from stainless steel, the Case Astronaut Knife M-1 was designed in order to equip astronauts with an essential survival tool for trips to the moon.
An ergonomic handle gives the Case Astronaut Knife M-1 the punch it needs for astronauts to use it for precise and controlled jobs that require a knife.
The Case Astronaut Knife M-1 comes protected in a themed package reminiscent of its trip to the moon back in the 1960s when NASA first entrusted W.R. Case & Sons Cutlery Company to make the first knife specifically designed for space travel.