Spatial Sleep is a personalized sleep headband that uses gentle sound and vibration to calm your mind and help you drift off naturally.
Sleep better while traveling and recover faster from jet lag
Quality sleep is hard to come by while traveling: flight times throwing off your usual schedule, uncomfortable seats, stress from being in airports, unexpected delays. Jet lag compounds the issue by shifting the body’s internal clock.
Clinically proven and drug-free, so you can get the rest you need to be at your best for that pitch meeting or scenic drive along the Amalfi Coast.
The brain has a natural tendency to synchronize its electrical cycles with external stimuli. When you are awake, your brain typically operates in Beta waves (13–30 Hz). To enter deep sleep, it must slow down to Delta waves (0.5–4 Hz). By playing low-frequency acoustic sounds, Spatial Sleep acts as a metronome. The brain’s activity shifts to the slower rhythm, manually downshifting the nervous system from alertness to calm.
Better Sleep
faster onset
stayed asleep
Acoustic Resonance Therapy modified for Sleep
The brain has a natural tendency to synchronize its electrical cycles with external stimuli. When you are awake, your brain typically operates in Beta waves (13–30 Hz). To enter deep sleep, it must slow down to Delta waves (0.5–4 Hz). By playing low-frequency acoustic sounds, Spatial Sleep acts as a metronome. The brain’s activity shifts to the slower rhythm, manually downshifting the nervous system from alertness to calm.
The Spatial Difference
Clinically Proven
Anatomical Personalization
Stimulus
Side Effects
Time To Work
Spatial
More effective than other sleep-aids
Spatial Sleep is the only sleep wearable validated with a real clinical sleep scale in rigorous trials.
Real Patients, Real Results
- Use of Customized Binaural Beats for the Treatment of Chronic Insomnia . Lin K, Mohan V, Ma Y, Lin B, Hwang P, Gopi P, Kushida C. (2025). Journal of Sleep Medicine.
- The Effect of Acoustic Resonance Therapy on CPAP Adherence . Munafo D, Gopi P, Mohan V, Hwang P, Lin B, Hekier E, Lane B, Guerrero C, Dauphin B, Kushida C. (2023). Sleep Research Society.