SAFETY &
MEDICAL.
The decisions we make before you ever step on the mountain — and the equipment, training, and protocols that mean every climber we take up comes back down safely. The detail behind the differentiator.
REACHING UHURU
IS A GOAL.
BRINGING YOU HOME IS THE STANDARD.
On a mountain that kills roughly ten climbers a year, the difference between a hard climb and a tragic one is rarely fitness. It is preparation, observation, and the willingness to turn around early.
Most operators treat safety as a cost. We treat it as the product. Every guide is a Wilderness First Responder. Every climber gets full vitals taken twice a day — morning and evening, with a verbal check at midday — logged in a book that travels with the team. Every group carries bottled emergency oxygen; Northern Circuit treks add a portable hyperbaric chamber. Supplemental helicopter evacuation coverage is included in your trip — every route, every season.
We partner with IFREMMONT, the French institute for mountain medicine, on protocol and ongoing review. Decisions about who goes higher and who descends are made by guides trained to spot symptoms of altitude illness early — not by schedule pressure or pride. Full detail, day by day, is below.
PROACTIVE, NOT REACTIVE.
We don't wait for an emergency to think about safety. Itinerary design, pace, hydration, and twice-daily monitoring are the first line of defence. Oxygen and helicopter coverage are the last — not the plan.
EVERY GUIDE,
WFR-CERTIFIED.
Wilderness First Responder certified — not Wilderness First Aid. The difference is 80 hours of training versus 16, and it shows when something goes wrong at 4,500 metres.
WFR Curriculum · Field-Tested on Kilimanjaro
Recognised by NOLS / WMI / SOLOPrimary & secondary survey — airway, breathing, circulation, disability, exposure — in the field, at altitude, in the dark.
AMS, HACE & HAPE recognition, Lake Louise scoring, descent decisions, and when to deploy oxygen or Gamow bag.
Bleeding control, splinting, wound cleaning, blister management — the injuries that actually happen on a trek.
Hypothermia rewarming, heat exhaustion, frostbite assessment — relevant from rainforest to arctic summit.
CPR with AED awareness, asthma management, choking — rare on Kili but drilled anyway.
When to descend on foot, when to call IFREMMONT, when to request helicopter — and how to communicate clearly under stress.
WFR is a higher standard than WFA (Wilderness First Aid). We require WFR for every lead and assistant guide on every climb.
FULL VITALS.
TWICE A DAY.
PLUS A MIDDAY CHECK-IN.
Pulse, blood pressure, oxygen saturation, temperature. Logged morning and evening in a paper book that travels with the team, with a verbal check-in at midday to catch anything that's changed. Trend lines matter more than any single reading. The book is open — climbers see their own numbers and ask questions about them. Decisions about descent are made from data and experience, not vibes.
We watch the trend, not just the number. SpO₂ drops naturally as you gain altitude during the day; overnight it should gradually rise as the body acclimatizes. A flat or falling overnight trend is the red flag, even when the absolute value looks fine.
Elevated resting HR at altitude means the body is working harder to deliver oxygen. Combined with low SpO₂, it often precedes AMS by 12 hours.
Hypertension at altitude is rare but consequential. Hypotension is the bigger concern and a sign of dehydration or exhaustion.
Changes in body temperature combined with other indicators can be early signs of AMS. When we see them, we adjust pace and rest to prevent progression — not panic.
Vitals taken in the mess tent before breakfast — a transparent one-on-one with your guide so you see your numbers and know how you're doing.
AMS symptom screening after lunch. Headache, appetite, coughing — three lines per climber.
Full 17-point medical check before the night — your body uses the hours of rest to acclimate. Anyone above threshold gets overnight monitoring; if symptoms persist, early descent at first light — no negotiation.
SPECIALISTS ON CALL.
We have a standing relationship with IFREMMONT, the world's leading mountain medicine institute. Their expertise shapes how our guides make decisions on the mountain.
IFREMMONT.
The Institut de Formation et de Recherche en Médecine de Montagne is the European reference for mountain medicine. They train rescue doctors for the Alps, write the protocols guides at altitude actually use, and run the largest tele-medical service for high-mountain expeditions in the world.
Our medical protocols are reviewed annually by their team. Our lead guides hold the IFREMMONT high-altitude medicine certificate. On any climb, our guides can reach an IFREMMONT physician by satellite phone within minutes for a second opinion on a difficult case.
HELICOPTER EVAC, INCLUDED.
Every Peak Planet climb carries AMREF Flying Doctors helicopter evacuation coverage as part of the price. Not optional. Not "available to add." Already paid for, on every route, every season. If a guide makes the call, AMREF launches.
From Karanga Camp at 3,995m to Kilimanjaro International Airport is roughly twenty-five minutes in the air. Sea-level oxygen is the only definitive treatment for severe altitude illness. Speed is the medicine.
A note on insurance: AMREF coverage is supplemental and works in conjunction with your travel insurance. All climbers must have suitable travel insurance that covers high-altitude medical & trip interruption. Helicopter evacuation is used for medical emergencies, not as a way out of walking down.
DESCENT IS THE
TREATMENT.
OXYGEN BUYS TIME.
The medical treatment for severe altitude illness is to lose altitude — quickly. We carry stabilization tools on every climb so we can keep the climber safe and stable while we move them down to lower altitude, where the body can recover.
EMERGENCY OXYGEN.
Bottled emergency oxygen travels with every team — one cylinder with the lead guide, one with the assistant. A regulated flow through a nasal cannula raises arterial oxygen quickly, stabilizing the climber while we walk them down to lower altitude. It is not a treatment on its own — it is the bridge to the only treatment, which is descent.
GAMOW BAG.
A Gamow bag is a pressure-sealed chamber the climber lies inside. A foot pump raises internal pressure, simulating a two-thousand-metre descent without the team leaving camp — enough to stabilize a climber long enough for a safe, deliberate walk-down. Carried on every Northern Circuit trek; available as an add-on on other routes. Like bottled oxygen, it doesn't cure altitude illness on its own — it buys time for the one thing that does: losing altitude.
TWO DIFFERENT EMERGENCIES.
TWO PLAYBOOKS.
Altitude illness and trauma are handled with different protocols — both drilled annually and written in every guide's pack.
Track A · Altitude illness
Proactive monitoring → early descent → stabilize if needed.
MONITOR & CATCH EARLY
Twice-daily vitals, symptom logs, pace adjustments. Most AMS is caught here — before it becomes an emergency.
EARLY-DESCENT DECISION
If Lake Louise score exceeds threshold or vitals trend wrong, descent begins immediately — often the same afternoon.
STABILIZE & EVACUATE
Oxygen deployed, Gamow bag if available, IFREMMONT consulted. Helicopter if descent alone is insufficient.
Track B · Trauma & accident
WFR first aid → stabilize → air or ground evacuation.
FIRST AID ON SCENE
Primary survey, bleeding control, splinting. WFR training applied immediately.
STABILIZE & DECIDE
Secondary survey, vitals monitoring, IFREMMONT call. Ground descent vs helicopter decision made here.
HELICOPTER OR GROUND EVAC
AMREF dispatch if warranted; otherwise assisted descent to nearest evacuation point.
HOSPITAL & FOLLOW-UP
Handoff to Moshi or Arusha hospital. Peak Planet operations team coordinates with family and insurance.
* Helicopter launch is weather-dependent. Our fallback is a trained foot evacuation — slower, but always available.
FROM THREE CLIMBERS WHO
NEEDED IT.
Three anonymised stories from climbers who experienced our safety protocols firsthand — not marketing, just what happened.
My SpO₂ dropped from 94 to 89 overnight at Shira I. The guide showed me the log, explained what it meant. From there we slowed the pace and increased my water intake. I would have never made it to the summit if it were not for this early catch.
The twice-daily checks weren't performative — I saw my numbers every morning and evening. That transparency is what made me trust the team when they said slow down on day four.
On summit night I watched our guide identify HAPE in a climber from another company and coordinate their descent. That's when I understood what WFR training actually means.