On December 21, 1968, NASA launched Apollo 8 — the first crewed spacecraft to leave Earth’s orbit, travel to the Moon, orbit it ten times, and return safely. Aboard were Commander Frank Borman, Command Module Pilot Jim Lovell, and Lunar Module Pilot Bill Anders. The mission was a direct response to the pressure of the space race with the Soviet Union, and its success needed to prove that NASA could send humans to the Moon and bring them home. What no one outside of NASA’s food science team knew was that tucked inside the crew’s food locker was a small, ribbon-wrapped surprise waiting for Christmas Day.
Before Apollo 8, eating in space was a miserable experience. Astronauts were given heavily processed, freeze-dried food that had to be rehydrated by injecting water into sealed bags, then kneaded by hand before eating. The results were bland, textureless, and difficult to stomach — sometimes literally. During the Apollo 7 mission, the crew struggled with compressed, bite-sized food items that were supposed to be convenient but were largely flavorless. Astronaut Jim McDivitt, assigned to Apollo 9, felt strongly enough about the problem that he wrote his food preferences directly on the back of the Apollo 8 crew’s menu, asking NASA to cut back on compressed items and add more real meat and potatoes.
Rita Rapp, a physiologist leading NASA’s Apollo Food System team, listened. She knew that food wasn’t just about calories — it directly affected morale and the mental health of astronauts on long, isolating missions. Under her direction, the team worked to develop new packaging and preparation methods. The result was what they called the “wetpack” — a thermostabilized food pouch that kept meals at their natural moisture level, meaning no rehydration required. Astronauts could open the pack and eat directly with a spoon, just like at a dinner table.
The U.S. Army Natick Labs in Massachusetts developed the wetpack packaging, and the U.S. Air Force tested it extensively through parabolic flights — aircraft that fly in steep arcs to briefly simulate the weightlessness of space. These tests confirmed that astronauts could handle and eat the food safely in microgravity using a spoon without food particles floating free and becoming a hazard inside the spacecraft. The technology worked, and NASA quietly approved a wetpack Christmas meal for the Apollo 8 crew.
To understand just how big a step this was, it helps to look at what came before. Earlier missions like Gemini relied entirely on food that bore little resemblance to anything eaten on Earth.
On Christmas Day 1968, as Apollo 8 completed its loops around the Moon, Borman, Lovell, and Anders opened their food locker and found packages wrapped in red and green ribbons. Inside was a full holiday meal: turkey with gravy, cranberry sauce, and grape punch. The meal had real texture. It smelled like food. The crew could see what they were eating and eat it from a spoon. Frank Borman had been eating very little throughout the mission, a fact that was alarming the flight surgeons back on Earth. The Christmas dinner changed that.
Jim Lovell wasted no time contacting mission control to report the discovery. He told capsule communicator Mike Collins — himself a veteran astronaut — that it seemed the crew had been too hard on NASA’s food team back home. “Right after our TV broadcast, Santa Claus dropped off a TV dinner for each of us,” Lovell said, “and let me tell you, it was outstanding! Turkey, gravy, cranberry sauce — the whole works.” Collins shot back from Houston that the flight control team on the ground was less fortunate, stuck with cold coffee and baloney sandwiches.
The success of the wetpack meal on Apollo 8 had immediate effects on future missions. NASA increased the number of wetpack items aboard Apollo 9 and continued to expand the variety of meals available to crews. Eating with a spoon instead of squeezing food from a tube made the experience feel recognizably human again. In a spacecraft roughly the size of a compact car, orbiting the Moon a quarter million miles from home, that mattered more than mission planners had originally anticipated.
Apollo 8 launched on December 21, and the crew spent three days traveling to the Moon before entering lunar orbit on December 24. The timing placed them in orbit on Christmas Eve, which is when they delivered their famous live television broadcast — reading from the Book of Genesis while the camera captured the barren lunar surface scrolling below them. An estimated one billion people watched that broadcast worldwide, making it one of the most-watched television events in history to that point.
The physical conditions inside the spacecraft during the mission were demanding. The crew operated in a confined environment with limited movement, and the noise and vibration of the spacecraft were constant. Frank Borman also dealt with a bout of illness early in the mission — nausea and vomiting that forced the crew to briefly open the spacecraft’s air vents to clear the air. Despite these challenges, the mission ran according to plan, and the crew safely returned to Earth on December 27, splashing down in the Pacific Ocean.
The photograph taken by Bill Anders during the mission — showing Earth rising above the Moon’s horizon — became one of the most reproduced images in history. Known as “Earthrise,” the photo showed a small, colorful globe suspended in black space above a gray, lifeless lunar landscape. It was shot on Christmas Eve, just hours before the crew settled in for their historic broadcast.
Rita Rapp’s work on the Apollo Food System continued well beyond Apollo 8. Her team’s focus on the psychological importance of food — not just its nutritional content — marked a shift in how NASA thought about crew well-being during long-duration missions. The idea that a meal could affect a mission’s outcome was no longer dismissed. The turkey and gravy aboard Apollo 8 was proof.
Jim Lovell, who would later command the near-disastrous Apollo 13 mission in 1970, described the Apollo 8 Christmas dinner as one of the genuine highlights of the flight. For a crew that had been eating rehydrated paste and compressed cubes for days, a real meal with recognizable flavor and texture was more than a morale boost — it was a reminder of what they had left behind on Earth and what they were working to return to.
Apollo 8 was one of ten crewed Apollo missions. It followed Apollo 7, which was the first crewed test of the command module in Earth orbit, and preceded Apollo 9, which tested the lunar module in Earth orbit. The program moved quickly — Apollo 11 landed on the Moon just seven months after Apollo 8 returned. The tight timeline made every mission critical, and every lesson learned — including what the crew ate — fed directly into the next flight.
The meal itself was simple by any Earthly standard: turkey, gravy, cranberry sauce, and a drink. But the engineering behind it — the thermostabilization process, the wetpack design, the spoon-feeding tests in simulated zero gravity — represented years of collaboration between NASA, the Army, and the Air Force. Getting food right in space turned out to be just as technically demanding as getting the navigation or propulsion systems right.
Frank Borman, the mission commander, was 40 years old during Apollo 8 and had already flown on Gemini 7 in 1965. He would never fly in space again after Apollo 8, retiring from NASA in 1970. Bill Anders also never flew again after Apollo 8, moving on to government service and later a career in business. Jim Lovell, the most experienced of the three, flew four space missions in total — more than any astronaut at that time. All three men sat around their small food lockers on Christmas Day 1968, a quarter million miles from Earth, and ate turkey with gravy.
