Altitude
2,500 m
Solutions / Competitive Sports
Altitude where the athletes are. Not where the mountains are.
HPFN brings normobaric hypoxic training into elite sport programs — at the facility, in the squad room, in the athlete's bedroom. The same adaptive stimulus as altitude camps, integrated into every training day, without the travel cost or the periodization compromise.
Quotes returned within 24 business hours.
Live Session
SpO₂
94 %
Heart rate
162 bpm
120+
Elite athletes trained on HPFN platforms
18
Pro and national-team programs
24
Sports across Olympic and pro disciplines
60+
Peer-reviewed studies citing related protocols
Why elite programs are moving altitude training out of the mountains and into the facility, season-long.
Elite athletes need altitude exposure — for VO₂max adaptation, EPO response, recovery between competitions, pre-competition acclimatization. The science has been clear for decades.
Traditional altitude camps are expensive, disruptive, and break periodization. Athletes lose training continuity, family time, and the daily integration with sport-specific coaching. Most programs can afford only a few weeks per year.
HPFN brings the altitude to the athlete. Daily IHT sessions at the facility, live-high sleep protocols at home, pre-competition acclimatization on-site — all integrated into the existing training schedule, all controllable from the sport-science office.
Altitude camp
- 2 – 4 weeks per year
- ≈ $50K+ per camp
- Full training disruption
- Weather and logistics risk
HPFN integration
- Every training day
- One-time capital cost
- Zero periodization disruption
- Controllable on demand
Every HPFN sport-team deployment follows the same path — from baseline profiling to integrated training to longitudinal adaptation tracking.
01 · STEP
Profile
Baseline VO₂, SpO₂ response, lactate thresholds, training load. HPFN Altitude OS stores per-athlete data.
02 · STEP
Prescribe
Our sport-science team designs protocols by sport, periodization phase and competition calendar — IHT for endurance, hyperoxic recovery for combat, LHTL sleep for marathon prep.
03 · STEP
Integrate
Short sessions (typically 20 – 60 minutes) wrap around regular training. Sleep tents extend exposure at home overnight.
04 · STEP
Track
Every session logged. Adaptation monitored through repeat testing. Protocols adjusted as athletes adapt.
Six sport categories with established hypoxic-training applications. Our sport-science team tunes the protocol to the discipline and periodization phase.
Endurance sport
Running · cycling · triathlon · rowing · swimming · cross-country
IHT and LHTL protocols for VO₂max, EPO response, and mitochondrial density.
Team sport
Football · basketball · hockey · rugby · lacrosse
Aerobic capacity, recovery between matches, pre-tournament conditioning.
Combat sport
MMA · boxing · wrestling · judo
Cardiovascular conditioning, weight-cut training, hyperoxic recovery between sessions.
Power & sprint
Track sprints · weightlifting · throws · jumps
Hyperoxic recovery between high-intensity sessions and on competition days.
Mountain & adventure
Climbing · ski mountaineering · ultrarunning
Pre-acclimatization to 5+ km altitude for races and expeditions.
Para-athletics
Across all disciplines
Adaptive protocols designed in consultation with HPFN's sport-science team.
HPFN's full lineup is on the product page; these three cover the scenarios elite programs ask about most.
Everest
Best for · 1-on-1 elite training
Single-station bi-modal trainer for elite athletes, recovery rooms and sport-science labs.
Explore EverestKilimanjaro
Best for · Squad training, group HIIT
Up to four masks at once — gym-floor conditioning, group altitude classes, team protocols.
Explore KilimanjaroKailash
Best for · Live-high protocols
Quiet altitude tent for the athlete's bedroom — overnight exposure for marathon and endurance prep.
Explore KailashA predictable rollout, from first call to first session, with HPFN's sport-science team alongside your program throughout.
Week 0
Discovery call
Understand the sport, the athletes, your facility and periodization context — and what you want HPFN to do.
Week 1
Protocol consultation
Our sport-science team designs the system and protocol recommendations alongside your S&C and medical staff.
Week 1 – 2
Proposal
Written spec, pricing, and delivery timeline tailored to your program.
Weeks 2 – 8
Manufacture
Standard build cycle — every unit is configured before it leaves the factory.
Week 8
Installation & commissioning
On-site at your facility. Calibration, network setup, and first-day operator handover.
Week 8
Coach & staff training
Half-day program for coaches, S&C and sport-science staff — protocols, the platform, and the data.
Week 8+
Protocol launch + quarterly review
First athlete sessions, ongoing protocol consultation, and quarterly data reviews with HPFN's sport-science lead.
Hypoxic training is one of the most-studied performance interventions in modern sport science. The protocols HPFN supports are grounded in the published literature, not marketing claims.
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 competitive sport.
Explore the full research library"Live-high, train-low at 2,500 m has been associated with VO₂max gains of 4 – 6% in elite endurance athletes."
Citation placeholder — replace before publish
"Intermittent hypoxic exposure can elevate serum EPO within 90 minutes of session onset."
Citation placeholder — replace before publish
"Hyperoxic recovery between high-intensity intervals improves repeat-sprint performance."
Citation placeholder — replace before publish
Eight of the most common questions from national teams, federations, clubs and elite-athlete programs.
01Is hypoxic training WADA-compliant?
Yes. Normobaric hypoxic training is explicitly permitted under the WADA Prohibited List and is in standard use by national teams across Olympic and professional sport. (Confirm against the latest WADA Code edition before publishing.)
02Will hypoxic training work for my sport?
Endurance sport sees the most direct VO₂max and red-cell adaptations. Team and combat sport see strong aerobic-capacity and recovery benefits. Power-sport athletes typically benefit most from the hyperoxic recovery mode. Mountain athletes use pre-acclimatization protocols. We design the right protocol with you on the discovery call.
03How long until athletes see adaptation?
Acute physiological responses (EPO, ventilation rate) appear within sessions. Measurable VO₂max and red-cell mass changes typically emerge within 2 – 4 weeks of consistent protocol exposure.
04How does this compare to training camps at altitude?
HPFN delivers the same hypoxic stimulus at the facility — with full periodization control, no travel cost, and integration into existing sport-specific training. Many programs use both — HPFN year-round, plus one or two camps per cycle for terrain-specific preparation.
05Can multiple athletes share one system?
Yes — Kilimanjaro (HPF-2) supports up to four athletes simultaneously. Everest is a single-station system optimized for 1-on-1 elite work. Kailash sleep tents are individual-use.
06What ongoing support do you provide?
Quarterly protocol reviews with HPFN's sport-science team. Firmware updates throughout product life. Direct technical support and remote troubleshooting included.
07Can you help us design a protocol for our specific sport?
Yes — protocol consultation is included with every elite-sport deployment. We've built protocols for endurance, team, combat, power and mountain-sport applications, and adjust per athlete based on profiling.
08Can HPFN systems integrate with our existing sport-science platforms?
HPFN Altitude OS exports session data in CSV and PDF, and integrates with leading sport-science platforms. Direct API integration is available on request.
Ready to bring altitude into your program?
Talk to HPFN's sport-science team. We'll design a system and a protocol around your athletes, your sport, and your competition calendar.