The Pelicans forward is a case study in the NBA. His 2.21-meter wingspan and long torso create an unusual center of gravity, making his shooting mechanics a puzzle for 3D analysts. He is not an explosive player, but his reach and arm length allow him to finish over larger defenders without leaving the ground much. We analyze the singularities of his biomechanical profile.
Biomechanics of long levers and high release 🏀
In volumetric captures, Ingram presents a release point located at 3.05 meters in height, thanks to his full elbow extension. His release angle is around 58 degrees, higher than the league average (52-54 degrees). This, combined with a release time of 0.72 seconds, gives him an almost unblockable shooting window. However, his narrow base and long dribble cadence create a deficit in generating space against short, quick defenders.
The jointed doll that dribbles without knees 🤖
Watching Ingram in slow motion is like observing a spaghetti with arms. He runs as if his joints were synchronized by bad WiFi, with a shoulder sway that defies basic physics. His dribble looks like an attempt to untangle headphones while carrying a backpack. But watch out, when he decides to shoot, the spaghetti turns into a Swiss precision compass. He is clumsy and lethal at the same time, a bug of nature that NBA engineers still don't know how to patch.