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  • steam
  • GameCharts     Steam    GHOST: AC-130 CLOSE AIR SUPPORT
    Month Avg. Players Gain % Gain Peak Players
    January 2026 0 0 --- 0
    December 2025 0 0 --- 0
    November 2025 0 0 --- 0
    October 2025 0 0 --- 1
    September 2025 0 0 --- 1
    August 2025 0 0 --- 1
    July 2025 0 0 --- 0
    June 2025 0 0 --- 0
    May 2025 0 0 --- 1
    April 2025 0 0 --- 1
    March 2025 0 0 --- 0
    February 2025 0 0 --- 1
    January 2025 0 0 --- 2
    December 2024 0 0 --- 2
    November 2024 0 0 --- 2
    October 2024 0 0 --- 1
    September 2024 0 0 --- 0
    August 2024 0 0 --- 1
    July 2024 0 0 --- 0
    June 2024 0 0 --- 1
    May 2024 0 0 --- 0
    April 2024 0 0 --- 1
    March 2024 0 0 --- 0
    February 2024 0 0 --- 1
    January 2024 0 0 --- 1
    December 2023 0 0 --- 1
    November 2023 0 0 --- 1
    October 2023 0 0 --- 2
    September 2023 0 0 --- 1
    August 2023 0 0 --- 1
    July 2023 0 0 --- 1
    June 2023 0 0 --- 1
    May 2023 0 0 --- 1
    April 2023 0 0 --- 1
    March 2023 0 0 --- 2
    February 2023 0 --- --- 3

    About GHOST: AC-130 CLOSE AIR SUPPORT

    You are the gunner of the AC-130 Gunship. One of the most lethal war machines ever made. Use your skill with thermal optics and three of the biggest and most lethal guns ever produced to stop the enemy cold- and without warning. A Simulation in its presentation with arcade-like gameplay.

    Three Types of Weapons on the AC-130 accurately recreated

    Take control of the three guns mounted on the AC-130 variant: a 30mm cannon, a 40mm cannon and a 105mm Howitzer. Use the 30mm cannon that shoots 200 rounds per minute and each round has the equivalent blast of a hand grenade. This is your first go-to to ferret out hiding enemies under trees or in the cover of a structure. Take control of the 40mm cannon to give yourself a less accurate but more lethal blast - especially if there are 2 or 3 enemies close together. And the 105mm Howitzer is capable of leveling the largest of structures in the game.

    White hot and black hot thermal imaging