Summary of "Which Sci-Fi Show's "Light speed" is the FASTEST?"

Scientific Concepts and Natural Phenomena Presented

Faster-than-light (FTL) travel: Various sci-fi franchises depict ships traveling faster than the speed of light using different fictional technologies.
Warp drive (Star Trek): Compresses space around the ship creating a warp bubble, allowing the ship to travel faster than light without violating relativity inside the bubble.
Quantum drive (The Orville): A form of FTL travel described as “quantum drive,” capable of traveling over 10 light years per hour.
Jump drives (Battlestar Galactica): Ships “jump” through space by bending space dramatically, similar to wormholes or teleportation, but limited in jump distance and causing hull stress.
Hyperdrive (Star Wars, Stargate): Accelerates ships close to light speed then enters hyperspace, a separate dimension allowing faster-than-light travel. Requires complex navigation to avoid obstacles.
Infinite Improbability Drive (Hitchhiker’s Guide to the Galaxy): A fictional drive that allows instantaneous travel anywhere in the universe by exploiting quantum improbability, often with bizarre side effects.
Limitations and consequences: Many FTL methods have operational limits such as engine cooldowns, hull stress, or navigation hazards, which affect practical travel times.

Warp 9.6 (Enterprise-D): ~1,909 times speed of light
Warp 9.975 (USS Voyager): ~3,053 times speed of light
Travel times: Solar system in seconds, nearby stars in hours, other galaxies in centuries.
Engine limitations restrict sustained max speeds.

Estimated speed: 25,000 to 50,000 light years per day (~18,250,000 times speed of light)
Can cross the galaxy in days.
Navigation through hyperspace is complex due to obstacles.

Travel between Milky Way and Pegasus galaxies in 18 days (~52,139,000 times speed of light)
With zero point module: 4 days (~273,750,000 times speed of light)
One of the fastest ships in sci-fi.

Use available canonical or semi-canonical technical guides and fan calculations.
Convert fictional speed units (warp factors, jumps, hyperdrive ratings) into multiples of the speed of light.
Consider practical constraints like engine cooldown, jump limits, and navigation hazards.
Compare travel times for standard distances (solar system, nearby stars, galaxy, other galaxies).