Altitude
3,000 m
Solutions / Science & Education
Lab-grade altitude simulation. Curriculum-ready hypoxic systems.
HPFN's hypoxic systems are used in university physiology programs, sport-science institutes, and STEM curricula across China. Research-grade data outputs, closed-loop O₂ control, IEC 60601-aligned safety — and HPFN's research team consults on protocol design, equipment integration, and methods sections.
Quotes returned within 24 business hours.
Live Session
O₂
14.4 %
Sample rate
1 Hz
[PH]+
Universities and sport-science institutes using HPFN
[PH]
Published studies citing HPFN equipment
[PH]
STEM curriculum partnerships
PIHE
HPFN's progressive intermittent hypoxic exposure protocol, validated at 4,300 m
Why physiology labs and teaching programs are running altitude research in-house — without a hypobaric chamber's price tag.
Until recently, lab-grade altitude research required either expensive hypobaric chambers, mountain expeditions, or limited-duration travel to altitude. None of these works for tightly-controlled studies, longitudinal protocols, or pedagogical use.
HPFN's normobaric systems give researchers and educators the same physiological stimulus with full experimental control: altitude is set in software, exposure is exactly timed, O₂ concentration is logged at 1-second resolution, and every session exports as research-ready data.
For universities, HPFN systems also serve as curriculum infrastructure — students run protocols, collect data, and engage with hypoxia physiology in a way that lecture-only formats can't replicate.
Hypobaric chambers / mountain travel
- Six-figure capital cost
- Limited experimental control
- Travel and logistics overhead
- Not viable for student curricula
HPFN normobaric systems
- Lab-grade data at fitness-equipment price
- Software-controlled altitude
- 1-second-resolution logging
- Curriculum-ready for student use
Every HPFN research deployment follows the same path — from protocol consult and methods alignment to publishable data and ongoing collaboration.
01 · STEP
Protocol consult
HPFN's research team supports protocol design, particularly around safety thresholds, data outputs, and prior-art alignment.
02 · STEP
Methods alignment
Equipment specifications and validation references provided for the methods section of your publication.
03 · STEP
Deployment
Install, calibrate, integrate with existing lab equipment (gas analyzers, ECG, NIRS, metabolic carts).
04 · STEP
Ongoing collaboration
HPFN's research team available for protocol revisions, data review, and citation support throughout the study.
Six institution types with established hypoxic-research applications. Our research team tunes the configuration and data outputs to your study design and teaching goals.
University physiology programs
Graduate methods
Lab-grade altitude research and graduate methods training.
Sport-science institutes
Multi-subject
Multi-subject performance studies with synchronized exposure.
Sports schools & academies
Athlete development
Practical altitude training as part of athlete development curricula.
Medical research programs
IRB protocols
Clinical hypoxic exposure studies with appropriate IRB protocols.
STEM curriculum partnerships
Secondary · undergrad
Secondary and undergraduate physiology and exercise science.
Independent research labs
Investigator-led
Investigator-initiated studies and equipment validation work.
HPFN's full lineup is on the product page; these three cover the scenarios research and teaching programs ask about most.
Everest
Best for · Single-subject lab studies
Deepest session control and the largest interface for tightly-controlled single-subject research.
Explore EverestKilimanjaro
Best for · Multi-subject and classroom
Up to four parallel subjects on the same protocol — built for classroom and multi-subject studies.
Explore KilimanjaroMatterhorn
Best for · Smaller labs, clinical-format
Lower-cost deployment for smaller labs, clinical-format studies, and curriculum starter installs.
Explore MatterhornA predictable rollout, from first call to first session, with HPFN's research team alongside your program throughout.
Week 0
Discovery call
Understand research goals, lab setup, budget cycle.
Weeks 1 – 2
Protocol & methods consult
HPFN's research team supports protocol design and methods documentation.
Weeks 2 – 4
Quote & vendor onboarding
Standard university vendor paperwork handled, methods-section materials provided.
Weeks 4 – 12
Manufacture & shipping
Build cycle plus customs and freight; aligned to the academic procurement calendar.
Week 12
Install & calibration
On-site install, calibration verification, and methods-documentation handoff.
Week 12
Researcher & student training
Practical training for principal investigators, graduate students, and (where relevant) undergraduate cohorts.
Ongoing
Research consultation
HPFN's research team available for protocol revisions, data review, and citation support.
HPFN's research library leads with the company's own PIHE methodology validation at 4,300 m simulated altitude, plus foundational independent references in altitude physiology. The full library — citations, abstracts, and tags — is on the Science page.
The full HPFN research library covers the underlying mechanisms, clinical applications and emerging protocols. The three sentences opposite summarize the headline findings most relevant to research and teaching.
Explore the full research library"Research on High Altitude Health and Training: Progressive Intermittent Hypoxic Exposure (PIHE) at 4,300 m — field validation demonstrating significant improvements in sleep quality at simulated 4,300 m altitude."
HPFN Research Program · 2024
"Sodium regulating hormones at high altitude: basal and post-exercise levels."
Zaccaria M., J Clin Endocrinol Metab, 1998 · Vol. 83: 570 – 574
"Exercise physiology of high altitude — reference monograph used as a foundational text in HPFN's protocol design."
Miyamura J., NAP Limited, Tokyo
Eight of the most common questions from universities, research institutes and teaching programs.
01Can HPFN systems be cited in published research?
Yes. HPFN provides citation guides and equipment specifications for methods sections. HPFN-published equipment-validation studies are available in the research library on the Science page.
02What's the calibration profile and drift specification?
O₂ sensors are factory-calibrated and re-verified at every power-on. Drift is monitored continuously; the system flags any reading outside expected tolerance for service. Documentation provided for methods sections.
03Can HPFN systems be integrated with existing physiology-lab equipment?
Yes. HPFN units run independently and can be paired with external gas analyzers, ECG, EEG, near-infrared spectroscopy and metabolic carts. We provide integration consultation for research deployments.
04What data outputs are available for research protocols?
HPFN Altitude OS logs target O₂, delivered O₂, SpO₂, heart rate and session timing at 1-second resolution. Exports available in CSV, JSON and PDF. Direct API access on request.
05Will the equipment work for STEM curriculum use?
Yes — Kilimanjaro and Matterhorn are commonly deployed in undergraduate physiology and exercise-science curricula. HPFN provides instructor materials and a starter protocol library for educational use.
06What about replicability across units?
All HPFN units of the same model use identical hardware and firmware. Delivered O₂ at target is consistent across units to within ±0.1%. Cross-unit replicability documentation available on request.
07Can HPFN help design a research protocol?
Yes. HPFN's research team consults on protocol design — particularly safety thresholds, data outputs and prior-art alignment. We do not directly author primary research but support investigator-initiated studies.
08Which populations should be excluded from hypoxic research?
See the Safety section on the Science page. Standard contraindications apply (uncontrolled cardiovascular disease, severe respiratory disease, pregnancy without medical clearance, etc.). Vulnerable-population research should be designed with appropriate medical oversight.
Working on something specific? Talk to our research team.
HPFN's research and engineering team consults with university labs, clinical investigators and sport-science programs on protocol design, equipment integration and data outputs. Quote requests are routed through the same channel.