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G-Force 199

G-Force 199 in Final Fantasy IX.

G-Force 199 (重力物体199, Jūryoku Buttai 199?, lit. Gravity Object 199), also known as 199 Gs, is a recurring ability in the series. It is the summon ability of Atomos, which deals fractional damage on all enemies.

AppearancesEdit

Final Fantasy IXEdit

IX G-Force 199 is the ability of Atomos, originally costing 128 MP to cast before Garnet loses her summons and then 32 MP when she relearns Atomos. G-Force 199 damages an enemy equal to a certain percentage of their Max HP capped at 9,999 HP, and will not work on bosses. The damage formula for G-Force 199 during the full animation and half animation is as follows:

Full animation:

  • Damage = [((30 + Amethyst) * Target Max HP) / 100]

Half animation:

  • Damage = [[((30 + Amethyst) * Target Max HP) / 100] * 2 / 3]

Final Fantasy Legends IIEdit

FFLTnS

Edgar - Chainsaw2This article or section is a stub about an ability in Final Fantasy Legends II. You can help the Final Fantasy Wiki by expanding it.

Dissidia Final Fantasy/Dissidia 012 Final FantasyEdit

Dissidia Dissidia012 199 Gs is the ability of Atomos. For 50 seconds, whenever the summoner receives HP damage, they gain Bravery equal to their opponent's Bravery prior to the attack.

Final Fantasy Airborne BrigadeEdit

FFAB

Edgar - Chainsaw2This article or section is a stub about an ability in Final Fantasy Airborne Brigade. You can help the Final Fantasy Wiki by expanding it.

Final Fantasy ArtniksEdit

Artniks

Edgar - Chainsaw2This article or section is a stub about an ability in Final Fantasy Artniks. You can help the Final Fantasy Wiki by expanding it.

Final Fantasy Record KeeperEdit

FFRK

Edgar - Chainsaw2This article or section is a stub about an ability in Final Fantasy Record Keeper. You can help the Final Fantasy Wiki by expanding it.

GalleryEdit

Relm-ffvi-snes-battleThis gallery is incomplete and requires Final Fantasy Legends II added. You can help the Final Fantasy Wiki by uploading images.

EtymologyEdit

g-force (with g from gravitational) is a measurement of the type of acceleration caused by mechanical contact-forces between object surfaces that indirectly causes weight.