Zeon’s Aquatic Behemoth: MSM-10 Zock Unleashed

Amphibious Powerhouse: The MSM-10 Zock

The MSM-10 Zock is a formidable amphibious mobile suit developed by the Principality of Zeon during the One Year War. This experimental unit was designed to excel in both water and land battles, making it a valuable asset on the battlefield.

Design and Features

The Zock’s massive body is equipped with an ultra-large thermonuclear reactor, providing immense power for its advanced systems. Its symmetrical design features a 360-degree mono-eye camera, allowing for unparalleled situational awareness. The suit’s huge body houses a battery of mega particle cannons, capable of firing both forward and backward, making it a formidable opponent in any direction.

Armaments

The Zock is armed with a phonon maser gun, capable of firing at targets above it, and eight mega particle cannons, providing 180 degrees of line of fire. For close combat, the Zock is equipped with a pair of iron nails, powerful claws that can grapple or smash enemies.

History

The MSM-10 Zock was produced at the California Base, an Earth Federation base captured by Zeon early in the war. Only three units were produced, with one serving under Commander Char Aznable’s forces during the siege of Jaburo General Headquarters. Unfortunately, it was shot down by Amuro Ray in his RX-78-2 Gundam.

Specifications

  • Unit Type: Prototype Assault Amphibious Mobile Suit
  • Head Height: 23.9 meters
  • Max Weight: 229.0 metric tons
  • Empty Weight: 167.6 metric tons
  • Power-plant: Minovsky Ultracompact Fusion Reactor
  • Armor: Super-Hard Steel Alloy
  • Max Acceleration: 1.11 G
  • Max Speed: 63 km/h

Appearances

The MSM-10 Zock has appeared in various media, including the anime series Mobile Suit Gundam, Mobile Suit Gundam: Federation vs. Zeon, and Mobile Suit Gundam: Journey to Jaburo. It has also been featured in several video games and manga series.

Trivia

A redesigned Zock with the same model number and behavior appeared in some video games, featuring four legs instead of two and a more robust design.

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