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6/14/2025, 10:39:07 PM
Reminder
During the Namek saga, Goku travels to Namek using Dr. Brief's spaceship, who states that the gravity chamber on the ship is tied to the ship's own acceleration, and can reach up to 100Gs.
This means the ship's maximum acceleration is 981 m/s^2, and he says in the same page it would take 6 days to reach Namek.
Basic kinematics, s = u*t + (1/2)*a*t^2, where s is the distance between Earth and Namek, u is the starting speed (0 in this case), a is the acceleration (981 m/s^2) and t is the time (6 days, or 518400 seconds)
Assuming the ship was accelerating at its maximum possible value for the entire 6-day period, the most generous possible assumption, the distance between Earth and Namek is 131,816,263,680,000 metres, or.... 0.014 light-years. Earth and Namek are on opposite quadrants of the universe, meaning the Dragon Ball universe is at most 0.028 light-years across.
Dragon Ball's entire cosmology could fit inside the space between two solar systems.
During the Namek saga, Goku travels to Namek using Dr. Brief's spaceship, who states that the gravity chamber on the ship is tied to the ship's own acceleration, and can reach up to 100Gs.
This means the ship's maximum acceleration is 981 m/s^2, and he says in the same page it would take 6 days to reach Namek.
Basic kinematics, s = u*t + (1/2)*a*t^2, where s is the distance between Earth and Namek, u is the starting speed (0 in this case), a is the acceleration (981 m/s^2) and t is the time (6 days, or 518400 seconds)
Assuming the ship was accelerating at its maximum possible value for the entire 6-day period, the most generous possible assumption, the distance between Earth and Namek is 131,816,263,680,000 metres, or.... 0.014 light-years. Earth and Namek are on opposite quadrants of the universe, meaning the Dragon Ball universe is at most 0.028 light-years across.
Dragon Ball's entire cosmology could fit inside the space between two solar systems.
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