"It's a masterpiece. If you consider yourself a gamer you've got to play this." -Ludophiles
"A simple concept sublimely executed. One mechanic that's challenging to get right but extremely satisfying when done so." -RattyKing
"This game is amazing. worth every penny" -delighted
게임 정보
How To Play (A Quick Reference)
Launch: Pull, aim, release.
In Air: Button down to tuck and spin faster, button up to untuck and spin slower.
Goal: Stick the landings and get up the mountain.
What To Expect
'That Flipping Mountain' has controls that are easy to grasp, but challenging to master. The learning curve is about the same as learning to ride a bike. It'll seem impossible until you get a feel for it, then it'll become second nature and you'll be sticking landings without even thinking about it. (That's when the fun starts)
For Those That Like to Read
Hey everyone, my name is Jeff Weber. I've been making physics games in my spare time for over 10 years. 'That Flipping Mountain' is my latest and greatest! Like all my physics games, it gets to the point quick with minimal fluff and nonsense.
Launch yourself, parkour style, up a single massive mountain full of parkour stones, spring boards, ski slopes, watering holes, and other challenging obstacles. Flip, ski, dive, fall down, rage, get up, parkour on!
The controls in 'That Flipping Mountain' are simple in concept, but require some practice to get a feel for the inertia of the flip. The launch and flip mechanic has been honed, tweaked, and iterated-on for over a year to make it smooth and satisfying. Just pull down and back sling-shot style anywhere on the screen and release to launch. Once in the air, mouse down to crouch or release to extend. Stick the landing and repeat.
Inspired by the world of Getting Over It with Bennet Foddy, 'That Flipping Mountain' consists of a single large continuous mountain of stuff to struggle over. You will not be artificially teleported back to the start if you fail to stick a landing, you will simply get back up and parkour on. Of course, if you fail to stick the landing in the wrong place, gravity might have a say in where you end up.
