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Africa's Highest Peak — 5,895m (19,341 ft)
Kilimanjaro rises from the Tanzanian plains to an icy summit at 5,895 metres, making it the world's highest free-standing mountain and one of the Seven Summits.
Mount Kilimanjaro is 19,341 feet (5,895 metres) tall. Its summit, Uhuru Peak, is the highest point in Africa and the tallest free-standing mountain on Earth. Kilimanjaro rises from the Tanzanian plains near Moshi at around 900 metres (2,953 ft) to its ice-capped peak, passing through five distinct climate zones — from tropical rainforest to arctic conditions — in just 35 kilometres.
Summit
Uhuru Peak
5,895m / 19,341ft
Base Elevation
~1,800m
5,906ft
Prominence
5,885m
19,308ft
At 5,895 metres (19,341 ft), Kilimanjaro stands among Earth's elite summits. With a topographic prominence of 5,885m — the fourth highest of any peak on the planet — it towers above the Alps, the Andes south of Aconcagua, and every mountain in Europe. Here is how Kilimanjaro's height compares to other notable peaks around the world:
| Mountain | Height | Comparison |
|---|---|---|
| Mount Everest | 8,849m | Kilimanjaro is ~66% of Everest's height |
| Aconcagua (South America) | 6,961m | Kilimanjaro is 1,066m shorter |
| Denali (North America) | 6,190m | Kilimanjaro is 295m shorter |
| Mount Elbrus (Europe) | 5,642m | Kilimanjaro is 253m taller |
| Mount Kenya | 5,199m | Kilimanjaro is 696m taller |
| Mont Blanc (Alps) | 4,808m | Kilimanjaro is 1,087m taller |
| Mount Rainier (USA) | 4,392m | Kilimanjaro is 1,503m taller |
| Mount Fuji (Japan) | 3,776m | Kilimanjaro is 2,119m taller |
Climbing Kilimanjaro is like travelling from the equator to the Arctic — the mountain's altitude spans five distinct ecological zones, each with unique flora, fauna, and weather conditions.
The fertile lower slopes where the Chagga people grow coffee, bananas, and maize. Rich volcanic soil makes this region incredibly productive. Most climbers pass through this zone by vehicle on their way to the park gate.
Lush rainforest with towering trees, mosses, and diverse wildlife. Black-and-white colobus monkeys, blue monkeys, and buffalo inhabit this zone. It receives the most rainfall and is often misty — expect muddy trails.
Giant heather and unique endemic species like giant lobelias, groundsels, and the famous Senecio kilimanjari define this otherworldly landscape. Temperatures drop significantly at night and clouds often settle below you.
A barren, Mars-like landscape with extreme temperature swings — scorching sun by day, well below freezing at night. Vegetation is sparse, the air is noticeably thinner, and acclimatisation becomes critical. Most high camps sit in this zone.
Ice fields, glaciers, and sub-zero temperatures characterise the summit zone. Oxygen is roughly 50% of sea level. Uhuru Peak crowns this otherworldly environment — and the glaciers here have lost over 80% of their mass since 1912.
Unlike Everest, which belongs to a range, Kilimanjaro rises in dramatic isolation from the surrounding savannah — a full 5,885m of topographic prominence.
Trekkers gain nearly 4,000m in elevation over 5–8 days — one of the steepest altitude gains of any high-altitude trek on Earth, making acclimatisation critical.
Kilimanjaro is accessible to non-technical climbers. No ropes, ice axes, or specialist training are required — making it the most achievable of the Seven Summits.
Kilimanjaro's story spans millions of years — from its volcanic birth on the East African Rift to the first human summit and today's climate crisis. Understanding its geology puts the mountain's sheer scale into perspective.
~2.5 million years ago
Volcanic activity begins on the Shira cone — the oldest of Kilimanjaro’s three peaks starts forming on the East African Rift
~1.8 million years ago
Mawenzi cone forms to the east, building dramatic jagged peaks that would later attract technical rock climbers
~750,000 years ago
Kibo cone emerges as the youngest and highest peak, eventually reaching 5,895m — the summit we climb today
~500,000 years ago
Shira cone collapses inward, creating today’s broad Shira Plateau at 4,000m, now traversed by the Lemosho and Shira routes
~360,000 years ago
Kibo’s last major eruption shapes the caldera; volcanic activity tapers but does not fully cease
~200,000 years ago
The inner Reusch Crater forms within the Kibo caldera — an 800-metre-wide ash pit that still emits sulphur gases
1889
Hans Meyer and Ludwig Purtscheller make the first recorded summit, reaching what Meyer estimated to be 5,893m
1912
First detailed glacier survey establishes the baseline for over a century of climate monitoring on the mountain
2000s–present
Rapid glacier retreat accelerates; over 80% of ice recorded in 1912 has disappeared, prompting urgent climate research
When Hans Meyer and Ludwig Purtscheller made the first recorded summit in 1889, Meyer estimated the height at 5,893 metres using barometric pressure readings. Remarkably close, given the instruments available at the time.
Modern GPS-based surveys refined the summit elevation to the widely accepted figure of 5,895 metres (19,341 ft). However, some recent measurements cite 5,891m, reflecting ongoing ice melt on the summit glacier. The exact height fluctuates slightly as the glacial ice cap thins.
Here is an interesting detail most guides overlook: the actual rock peak beneath the summit glaciers may be slightly lower than the ice surface. As the ice cap continues to melt, Kilimanjaro's official height could eventually be revised downward — another reason why climbing now means witnessing the mountain at its most iconic.
Kilimanjaro is a stratovolcano comprised of three distinct volcanic cones formed at different times. Only Kibo — the highest — retains any volcanic activity, with fumaroles still emitting gases inside its crater.
5,895m (19,341ft)
The highest and youngest cone, home to Uhuru Peak. Kibo is dormant but not extinct — fumaroles still emit gases in its crater.
5,149m (16,893ft)
The second highest cone with dramatic jagged peaks. Technical climbing skills are required to summit Mawenzi.
4,005m (13,140ft)
The oldest and most eroded cone, now a broad plateau that the Lemosho and Shira routes traverse on their way to the summit.
Each of Kilimanjaro's volcanic cones has a distinct character, age, and climbing significance. Together they form one of the most geologically fascinating mountains on the planet, visible on the Kilimanjaro route map.
5,895m (19,341ft) — Dormant
5,149m (16,893ft) — Extinct
4,005m (13,140ft) — Extinct
Kilimanjaro's iconic snow cap has been rapidly diminishing. Over 80% of the ice that existed when it was first surveyed in 1912 has now melted, and scientists estimate the remaining glaciers could disappear entirely by 2040–2050.
80%+
Ice lost since 1912
2040–50
Projected disappearance
Now
Best time to witness them
As you ascend Kilimanjaro, the air thins progressively. Understanding what your body experiences at each elevation helps you prepare mentally and recognise the signs of altitude sickness early.
First noticeable breathlessness during exertion. Most trekkers feel fine at rest but notice faster breathing on uphills.
Headaches become common, especially in the evening. Appetite may dip. Drink at least 3–4 litres of water daily.
Appetite loss, disrupted sleep, and mild nausea are normal. The body is working hard to acclimatise. Pole pole (slowly, slowly) is essential.
Simple tasks like tying bootlaces require deliberate effort. Cold becomes biting. Mental focus narrows — stay hydrated and keep moving.
Every step demands concentration. Breathing rate roughly doubles compared to sea level. The final push to Uhuru Peak is as much mental as physical.
Proper acclimatisation is the single biggest factor in summit success. Longer routes like the 8-day Lemosho give your body more time to adapt, pushing success rates above 90%.
| Summit Point | Height | Significance |
|---|---|---|
| Uhuru Peak | 5,895m (19,341ft) | Highest point in Africa — the true summit |
| Stella Point | 5,756m (18,885ft) | Reached on the crater rim — certificate awarded |
| Gilman's Point | 5,685m (18,652ft) | First major goal on Marangu & Rongai routes |
| Hans Meyer Point | 5,183m (17,005ft) | Minor sub-peak on the southern slopes |
Mount Kilimanjaro stands at 5,895 metres (19,341 feet) above sea level at its highest point, Uhuru Peak on the Kibo crater rim.
Yes, Mount Kilimanjaro is the highest peak on the African continent, towering above all other mountains including Mount Kenya (5,199m) and the Rwenzori range.
Mount Kilimanjaro is 5,895m while Mount Everest reaches 8,849m — making Kilimanjaro approximately 66% of Everest's height. Despite this, Kilimanjaro remains one of the most challenging climbs due to rapid altitude gain.
Kilimanjaro's summit, Uhuru Peak, stands at 19,341 feet (5,895 metres) above sea level, making it the highest free-standing mountain in the world.
No technical climbing skills are required to climb Kilimanjaro. It is a high-altitude trek that demands physical fitness, mental determination, and proper acclimatisation. With a reputable guide company, most reasonably fit people can attempt the summit. The mountain has an excellent safety record — fatality rates are extremely low when climbing with licensed operators.
Kilimanjaro is one of the safest high-altitude treks in the world when approached responsibly. The main risk is altitude sickness, which proper acclimatisation and experienced guides mitigate effectively. Fatalities are rare — roughly 3–7 deaths per year among tens of thousands of climbers — and most are linked to pre-existing conditions or inadequate preparation. Choosing a reputable operator with emergency protocols, supplemental oxygen, and trained guides makes a significant difference.
Summit success rates vary significantly by route and duration: approximately 65% on the Marangu 5-day route, rising to 85–95% on the Lemosho 8-day route. Longer itineraries allow better acclimatisation and dramatically improve your chances.
Yes, Kilimanjaro is a stratovolcano made up of three volcanic cones: Kibo (5,895m, dormant), Mawenzi (5,149m, extinct), and Shira (4,005m, extinct). Kibo last erupted roughly 360,000 years ago and still emits sulphur gases through fumaroles in its crater, meaning it could theoretically erupt again — though geologists consider this extremely unlikely.
Mount Kilimanjaro has a topographic prominence of 5,885 metres (19,308 ft) — the fourth highest prominence of any mountain on Earth. This means you must descend nearly 5,885m before ascending any higher peak. This extreme prominence is why Kilimanjaro appears so dramatically against the surrounding plains, and why it holds so many remarkable records in mountaineering history.
Yes. Over 80% of the ice that existed in 1912 has melted. Scientists estimate the remaining glaciers could disappear entirely by 2040–2050 due to climate change and reduced precipitation. This makes climbing Kilimanjaro increasingly urgent for those wanting to witness its ice fields firsthand.
Everything you need to plan, prepare, and summit Africa's highest peak
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