Arctic Acclimatization & Sleep Optimization (ARKTOS) Research Center
The ARKTOS Research Laboratory is a newly established, congressionally appropriated cold-weather operations research facility, housed within the Baylor Research & Innovation Collaborative (BRIC). Led by Dr. Cory Smith, the lab conducts advanced research on rapid acclimatization, combat casualty care, tactical decision-making, sleep optimization, and field-based biomedical device testing. Its centerpiece is an 18-by-22-foot environmental chamber capable of simulating temperatures as low as -35°C (-31°F) and altitudes up to 28,000 feet, enabling high-fidelity medical and tactical simulations under extreme conditions. By bringing these capabilities in-house, ARKTOS gives the Department of Defense, industry partners, and academic collaborators access to specialized resources and field experts that would otherwise be cost-prohibitive to develop independently.
Capabilities
- Arctic Environmental Chamber
- sustains temperatures down to -35°C (-31°F)
- Simulated Altitude
- controlled oxygen levels to replicate high-altitude Arctic conditions
- Multi-Night Monitoring
- self-contained facility (including restroom access) enabling continuous, repeated-night studies
- the first chamber of its kind for this
- Physiological & Sleep Monitoring
- tracks sleep patterns, brain activity, and performance metrics over extended periods
- Simulated Neuroimaging
- technology for studying cognitive performance under stress
- technology for studying cognitive performance under stress
Research Focus
- Rapid Arctic Acclimatization
- Combat Casualty Care
- Sleep Optimization
- Field-Based Biomedical Device Testing
- Cold- Weather "Hardening"
- Human- Machine Teaming in Multi-Stressor Arctic Environments
- Cold- Weather Phenotyping
- Screening Protocols to Identify Who is Best Suited for Arctic Deployment
"As the lead sponsor in the House of Representatives, I am proud to have played a pivotal role in achieving funding to improve the scientific endeavors of Baylor University. These funds will allow Baylor's excellent researchers to optimize the performance of our military through rapid acclimatization." - Congressman Sessions
Phase I- Complete
Arctic Environmental Chamber
Operational as of the April 2026 grand opening.
Simulates deep cold and high-altitude oxygen
conditions for multi-night human studies.
Phase II — Funded, Upcoming
Arctic Motion Simulation Chamber
Combines environmental simulation with a motion platform to simulate ground transport, air transport
(up to 24,000 ft.), and snow/mountain terrain.
Supported by $2M in FY 2026 appropriations.
In The News
- Surviving the Arctic: Baylor’s ARKTOS Research Center completes Phase 1 - The Baylor Lariat
- University opens research center to prepare US troops for cold-weather combat
- Surviving 31 below: Sci-fi scenes from ARKTOS, Baylor University’s Arctic research lab
- Federal Funding Secured for Baylor University
- Baylor University Launches Arctic Lab to Study Cold’s Impact on Troops
- Science at the Edge of Survival - The Baylor Line
- Military training for arctic extremes begins in the Texas heat | FOX 4 Dallas-Fort Worth
- Baylor Gets to -31 Degrees | KWKT - FOX 44
- Rep. Sessions: Federal funding secured for Baylor | KWKT - FOX 44
- Research Spotlight: Cory Smith, PhD | Robbins College of Health and Human Sciences | Baylor University
- Baylor University Opens ARKTOS Center For Cold Weather Military Training
Contact
Co-Director, ARKTOS Research Laboratory
Associate Professor, Robbins College of Health and Human Sciences
Co-Director, ARKTOS Research Laboratory
Associate Professor, Robbins College of Health and Human Sciences
Co-Director, ARKTOS Research Laboratory
Dean, Robbins College of Health and Human Sciences
Co-Director, ARKTOS Research Laboratory
Dean, Robbins College of Health and Human Sciences