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Lunar Landing is a map in featured in Battlefield Heroes and was released on April 18th, 2012. The map is unique as being the only map in the Battlefield series not taking place on Earth. As a result, gameplay is affected by the decreased gravity of the moon.

Capture the Flag[]

National Base[]

National Trenches[]

Left Flank[]

Midfield Craters[]

The Craters are one of the few covers from snipers, and also serves as great ambush place. Usually, you can earn Volley Shots there easily. It's also the most contested part of Lunar Landing, with easy access from all sides. Faction that controls this place will be most likey under constant pressure, due to value of the craters cover.

Midfield Trench[]

The trench is sneaky place that is often outside the battlefield, but it's preferred by commandos who stole flags. Anyone in is in high danger, because there is absolutely no cover. Upper trench is located over high moon mountain, and it's mid-contested place. Both left and right flank goes into this open location with several stones and shuttles as small cover. This is the general area for quick capture focused team, as it provides raither easy escapes.

Right Flank[]

Royal Trenches[]

Royal Base[]

Gallery[]

Trivia[]

  • The release of Lunar Landing was teased by the Scientists and Robots updates. The Scientist trailer featured a National Soldier tied onto a V2 and launched into space as the broadcaster mentions that the National Space effort is "miles behind the Royal Space Program". Other hints were posted on notice boards and Cain's Community Corner. The Robots trailer features a National newscasts that states the Royal Army's attempt to discredit their scientific program is laughable. The end of the trailer features several National Army soldiers drifting through space. Lunar Landing was revealed not long after this.
  • The physics applied to this map differ from normal behavior in a huge manner. For example the gravity is much lower, but you still move with the same acceleration and movement on horizontal axis. Like in water less force can be applied to the ground, therefore the horizontal repulsion should be smaller.


References[]

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