The Flick Physics Behind 6-7 Hoops, Explained
Why your drag length matters more than speed in 6-7 Hoops, and how the game caps your shot power so every hoop stays reachable.
· 3 min read · by the 67 team
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Most basketball flick games fake the physics. You drag, the ball goes, and behind the curtain it is mostly a coin flip dressed up with an animation. 6-7 Hoops is not doing that. There is an actual velocity system under the hood, and understanding it will make you a noticeably better shooter.
Drag length, not drag speed
When you press the ball and pull upward, the game measures the distance between where you started and where you released. That distance becomes your shot's raw power. It does not care how fast your finger moved, only how far it traveled before you let go.
This matters because a lot of players instinctively flick fast and short, like flicking a coin. In 6-7 Hoops that produces a weak, floaty shot. The better habit is a longer, deliberate drag, even if it feels slower under your thumb. Distance is power here, full stop.
The upward requirement
The game only registers a shot as a shot if two conditions are met: the drag has to travel a minimum distance, and it has to move mostly upward, not sideways or down. Flick sideways and nothing happens, the ball just sits there waiting for a real attempt. This trips up new players who try to "curve" a shot by dragging diagonally too flat. Keep the motion vertical enough and the game will read your intent correctly.
Why every hoop stays reachable
Here is the clever part. The game caps how fast your shot can go, and it also enforces a minimum speed. That means even a modest flick still travels a respectable distance, and even your most aggressive full-screen drag cannot send the ball flying at an unrealistic, uncontrollable speed. The hoop can spawn far away or close by, but the shot power system is built so a well-aimed flick can always physically reach it.
Practically, this means power is rarely your limiting factor. Direction and timing are. If you keep missing, it is almost never because your flick was "too weak," it is because the angle or the wind read was off.
Gravity, spin and the arc
Once the ball leaves your hand it behaves like an actual thrown object. Gravity pulls it down as it travels, which is why a totally flat flick sails over the rim instead of dropping in, and why you need a proper upward arc to bring it down through the hoop. The ball also picks up spin based on the sideways component of your flick, which is mostly cosmetic but gives you a visual read on how much horizontal push you put into the shot. A wobbling, fast-spinning ball usually means you dragged too far sideways for the shot you meant to take.
Reading the aim trail
While you are dragging, the game draws a faint dotted trail projecting where the ball would go if you released right now. This is the single most useful tool in the entire game and a lot of players never really look at it. It already factors in gravity and the current wind, so if the trail is curving short of the rim, you need more length in your drag, not more speed. If it is curving past the rim, ease off.
Practice drill
Before chasing a real run, spend thirty seconds just watching the aim trail without releasing. Drag to different lengths and angles and watch how the dotted path changes. Once you have a feel for what a "just right" trail looks like for a rim at medium distance, you will find yourself sinking swishes on instinct rather than guesswork.
Once the flick feels natural, the next skill is reading the wind meter that pushes your arc off course mid-flight, which we cover in our wind reading guide. Go put the theory to work, play 6-7 Hoops and see how many flicks it takes before the arc feels automatic. Got a tip that is not in this guide? Share it in the chat.
