2-in-1 American Football & Soccer Launcher Robot Machine

Material: Aluminum Alloy

Max pass speed (electr

onically limited): 20 - 80 mph.

Throwing distance: up to 100m

Ball capacity: 5 balls

Modes: Manual Mode and Robotic Mode

Power: 110V/ 240V

Types of Launches: Launches tight spirals, long snaps (requires optional short legs), and end-over-end kick-offs or punts.

Ballistrix is the world's first 2-in-1 launcher robot for American football and soccer, engineered to crack a physics problem that has kept true 

multi-sport launchers from existing. 

A football needs controlled axial spin for a tight spiral; a soccer ball needs precise tangential grip to set pace and bend. These forces are 

mechanically incompatible—unless the propulsion geometry itself can transform.

Ballistrix solves this with a high-precision, variable-geometry dual-wheel propulsion system. Industrial-grade, high-torque servo motors under 

closed-loop control dynamically adjust wheel spacing, contact angle, and differential wheel speed, while encoder feedback maintains

 commanded velocities and alignment for repeatable launches. In football mode, the wheels clamp the prolate ball and impart consistent rifling

 spin while controlling exit velocity and elevation. In soccer mode, the mechanism reconfigures to deliver grounders, lobs, and curved balls by 

precisely adjusting tangential slip and side-spin.

Max pass speed (electr

onically limited): 20 - 80 mph.

Throwing distance: up to 100m

Ball capacity: 5 balls

Modes: Manual Mode and Robotic Mode

Power: 110V/ 240V

Types of Launches: Launches tight spirals, long snaps (requires optional short legs), and end-over-end kick-offs or punts.

Ballistrix is the world's first 2-in-1 launcher robot for American football and soccer, engineered to crack a physics problem that has kept true 

multi-sport launchers from existing. 

A football needs controlled axial spin for a tight spiral; a soccer ball needs precise tangential grip to set pace and bend. These forces are 

mechanically incompatible—unless the propulsion geometry itself can transform.

Ballistrix solves this with a high-precision, variable-geometry dual-wheel propulsion system. Industrial-grade, high-torque servo motors under 

closed-loop control dynamically adjust wheel spacing, contact angle, and differential wheel speed, while encoder feedback maintains

 commanded velocities and alignment for repeatable launches. In football mode, the wheels clamp the prolate ball and impart consistent rifling

 spin while controlling exit velocity and elevation. In soccer mode, the mechanism reconfigures to deliver grounders, lobs, and curved balls by 

precisely adjusting tangential slip and side-spin.