THE SCIENCE
OF NEUROPRIMING
The U.S. Military accelerated pilot and sniper training by 50% with neurotechnology similar to Halo Sport. We’re bringing these gains to athletics.
GAINS LEFT ON THE TABLE
Signals sent from the brain to muscles are often transmitted with submaximal organization and strength—especially when an athlete is fatigued.
HALO SPORT + NEUROPRIMING
Pulses of energy improve the brain’s response to training, enabling the motor cortex to send stronger, more synchronous signals to muscles. Improved neuromuscular signaling means athletes get more from each rep.
INCREASED STRENGTH
More robust signaling increases motor unit recruitment, so more muscle fibers are activated during training. With this increase, gains in strength are seen more rapidly.
SKILL ACQUISITION
Recruiting muscle fiber is only part of the equation. From golf swings to deadlifts, perfecting form and technique is essential.
Neuropriming™ heightens the brain's natural processes for acquiring new and honing existing athletic skills.
Lance Walker
Global Director of Performance | Michael Johnson Performance
GOOD FEEL
Halo Sport is designed for comfort. Primers feature soft foam nibs that sit comfortably on the head, and Neuropriming often goes unnoticed or feels like a light tingle.
See how Olympians, professional athletes, and top teams have unlocked double-digit performance gains.
In-House Research
Thousands of hours of double-blind studies with more than 1,200 people have proved efficacy, reliability, and safety.
Academic Research
Our work builds on decades of academic research surrounding tDCS and TES.
Medical Grade Engineering
Halo Sport is built with medical-grade engineering, including a quality system based on the ISO 13485 standard and safety and human factors engineering based on ISO 14971.
Our Team
Our leadership team brings an MD, a Ph.D, and 30 years in neuroscience to Halo. Their previous company, NeuroPace, changed the lives of thousands of people suffering from epilepsy.
With Halo Sport, we're just getting started.
Working with some of the nation's top hospitals, we're researching the potential
for our technology to accelerate the rate of recovery in stroke patients.
If you are a hospital or research facility interested in learning more, we'd love to hear from you.
RESEARCH
Read the latest from the Halo Neuroscience Sports Research Lab.
Bihemispheric Transcranial Direct Current Stimulation with Halo Neurostimulation System Over Primary Motor Cortex Enhances Fine Motor Skills Learning in a Complex Hand Configuration Task