Halo Sport increases your brain's neuroplasticity, so you can create and strengthen motor pathways faster. We call this hyperplasticity, or hyperlearning.

The headset works by applying a small electric current to the part of the brain that controls movement, activating neurons so they fire more often when you train. The more neurons fire, together, the faster pathways are built in your brain.

That means you can learn any movement faster — from playing piano to performing a muscle up.

Halo Sport increases your brain's natural plasticity, so you can create and strengthen motor pathways faster. We call this hyperplasticity, or hyperlearning.

The headset works by applying a small electric current to the part of the brain that controls movement, activating neurons so they fire more often when you train. The more neurons fire, together, the faster pathways are built in your brain.

That means you can learn any movement faster — from playing piano to performing a muscle up.

Halo Sport increases your brain's natural plasticity, so you can create and strengthen motor pathways faster. We call this hyperplasticity, or hyperlearning.

The headset works by applying a small electric current to the part of the brain that controls movement, activating neurons so they fire more often when you train. The more neurons fire, together, the faster pathways are built in your brain.

That means you can learn any movement faster — from playing piano to performing a muscle up.

Halo Sport increases your brain's neuroplasticity, so you can create and strengthen motor pathways faster. We call this hyperplasticity, or hyperlearning.

The headset works by applying a small electric current to the part of the brain that controls movement, activating neurons so they fire more often when you train. The more neurons fire, together, the faster pathways are built in your brain.

That means you can learn any movement faster — from playing piano to performing a muscle up.

To play guitar or sink a putt, your brain has to send signals to the correct muscles in a specific order. With Halo Sport, your brain needs fewer reps to perfect that process.

To play guitar or sink a putt, your brain has to send signals to the correct muscles in a specific order. With Halo Sport, your brain needs fewer reps to perfect that process.

To play guitar or sink a putt, your brain has to send signals to the correct muscles in a specific order. With Halo Sport, your brain needs fewer reps to perfect that process.

To play guitar or sink a putt, your brain has to send signals to the correct muscles in a specific order. With Halo Sport, your brain needs fewer reps to perfect that process.

To play guitar or sink a putt, your brain has to send signals to the correct muscles in a specific order. With Halo Sport, your brain needs fewer reps to perfect that process.

To play guitar or sink a putt, your brain has to send signals to the correct muscles in a specific order. With Halo Sport, your brain needs fewer reps to perfect that process.

To lift more weight, your brain needs to send a stronger signal to your muscles. With Halo Sport, your brain strengthens that signal faster.

To lift more weight, your brain needs to send a stronger signal to your muscles. With Halo Sport, your brain strengthens that signal faster.

To lift more weight, your brain needs to send a stronger signal to your muscles. With Halo Sport, your brain strengthens that signal faster.

To lift more weight, your brain needs to send a stronger signal to your muscles. With Halo Sport, your brain strengthens that signal faster.

To lift more weight, your brain needs to send a stronger signal to your muscles. With Halo Sport, your brain strengthens that signal faster.

To lift more weight, your brain needs to send a stronger signal to your muscles. With Halo Sport, your brain strengthens that signal faster.

At the end of a run, your brain is sending weaker signals to your muscles, so you feel fatigued. With Halo Sport, your brain learns to maintain stronger signals throughout the run.

At the end of a run, your brain is sending weaker signals to your muscles, so you feel fatigued. With Halo Sport, your brain learns to maintain stronger signals throughout the run.

At the end of a run, your brain is sending weaker signals to your muscles, so you feel fatigued. With Halo Sport, your brain learns to maintain stronger signals throughout the run.

At the end of a run, your brain is sending weaker signals to your muscles, so you feel fatigued. With Halo Sport, your brain learns to maintain stronger signals throughout the run.

At the end of a run, your brain is sending weaker signals to your muscles, so you feel fatigued. With Halo Sport, your brain learns to maintain stronger signals throughout the run.

At the end of a run, your brain is sending weaker signals to your muscles, so you feel fatigued. With Halo Sport, your brain learns to maintain stronger signals throughout the run.

Find out what happens in the brain when you pair tDCS with training, and how tDCS boosts max muscle contraction, fine motor skill acquisition, endurance, and more.