Black & White Rhinos in Nairobi National Park — Complete Rhino Guide | NairobiPark.Tours
Species Guide · Wildlife Pillar
Nairobi National Park

Rhinos in
Nairobi Black & white rhino — conservation triumph, sighting guide, full behaviour.

Nairobi National Park holds one of Kenya’s highest concentrations of both black and white rhinoceros. With approximately 70 individuals in a 117 km² park, this is one of the most accessible rhino populations on Earth — and one of conservation’s most remarkable stories.

~70
Total rhinos
2 species
Black & white
45–65%
Guided sighting rate
Est. 1946
Park protected
Kifaru Ark
Sanctuary within park
Discover
The Nairobi Rhino Story

Africa’s most urban rhino

SpeciesBlack Rhino (Diceros bicornis) and White Rhino (Ceratotherium simum)
Population~70 individuals combined; KWS monitors individually
IUCN StatusBlack: Critically Endangered. White (Southern): Near Threatened
Lifespan40–50 years in the wild; females reach sexual maturity at 4–7 years
WeightBlack: 800–1,400 kg. White: 1,800–2,700 kg
HornComposed of keratin — same protein as human fingernails; not bone
Kifaru ArkSanctuary within the park — Ol Pejeta / KWS partnership for orphan rehabilitation
Name origin“Kifaru” is Swahili for rhinoceros — adopted as the sanctuary’s name as tribute

How Nairobi became one of Kenya’s premier rhino sanctuaries

In the mid-20th century, black rhino were abundant across East Africa — populations numbered in the hundreds of thousands. By 1995, poaching for the Asian and Middle Eastern horn trade had reduced the continental black rhino population to approximately 2,400 individuals — a collapse of over 96% in four decades. Kenya’s population, which had reached 20,000 animals in the 1970s, was virtually wiped out. Nairobi National Park, with its perimeter fence and dedicated ranger presence, became one of the few places where a meaningful population survived.

The white rhino story in Kenya follows a different arc. White rhinos — larger, more social, and grassland-oriented rather than browser-dependent — were never native to East Africa. Kenya’s white rhino population descends from introductions from South Africa beginning in the 1960s, when a breeding programme was established to diversify rhino presence across Kenyan parks. Nairobi National Park received its first white rhinos as part of this programme and has maintained a breeding population ever since.

Today, the park’s combined rhino population of approximately 70 individuals represents one of Kenya’s most significant concentrations. The establishment of the Kifaru Ark sanctuary within the park — a collaboration between the Ol Pejeta Conservancy and KWS — has added an additional layer of protection, providing a secure space for orphaned rhino calves to be rehabilitated before integration into the main population. The result is a park where rhino sightings are genuinely possible for any guided tour visitor, and where the sight of a black rhino grazing with the Nairobi skyline in the background is one of the most symbolically powerful wildlife experiences in Africa.

For the full story of rhino conservation in Kenya and the park’s role within it, see our conservation pillar.

The Two Species

Black vs white rhino —
more different than you think

Despite their names, both species are grey. The colour distinction is a linguistic accident — “white” is thought to derive from the Afrikaans word “weit” (wide), referring to the white rhino’s broad square lip, not its colour. The practical differences are significant and change how and where you find each species.

Critically Endangered

Black Rhinoceros

Diceros bicornis michaeli — Eastern subspecies
Lip shapeHooked, prehensile upper lip — adapted for gripping and pulling branches and leaves from shrubs and trees. This is the key visual identifier at a distance.
DietBrowser — feeds primarily on woody vegetation: leaves, shoots, fruit, and bark. Strips vegetation from shrubs and low trees using its prehensile lip.
HabitatDense bush, thicket, and Croton woodland on the park’s eastern slopes. Prefers cover over open ground — harder to find than white rhino.
Size800–1,400 kg; smaller than white rhino. More compact and agile — can charge through dense bush. Stands ~1.4–1.8m at shoulder.
TemperamentSolitary and territorial; generally more nervous than white rhino. More likely to charge if surprised. Guides maintain greater distances and approach more cautiously.
SocialLargely solitary — adults rarely seen together except during mating. Mothers with calves are the typical family unit encountered on a guided tour.
HornsFront horn often longer and more curved than white rhino; can reach 1.3m in old females. Second horn typically shorter. Both horns present.
Best zoneEastern thicket and Croton bush; Nairobi park’s rhino plateau. Guides locate via radio network — rangers track movements daily.
Park statusThe indigenous species in Kenya. Nairobi National Park’s black rhino descend from the surviving Kenya population that withstood the 1970s–90s poaching crisis.
Near Threatened

White Rhinoceros

Ceratotherium simum simum — Southern subspecies
Lip shapeWide, square lip — adapted for close-cropping grass like a lawn mower. The “wide” lip is the origin of the species’ name. Clearly visible at close range.
DietGrazer — feeds almost exclusively on short grass. Keeps head close to the ground. Often found on the same open plateaus as zebra and wildebeest herds.
HabitatOpen grassland and plateau areas — the same terrain as large herbivore herds. Much easier to spot than black rhino; visible from a distance in open ground.
Size1,800–2,700 kg; the second largest land animal after the elephant. Stands ~1.7–1.85m at shoulder. Massive and imposing in the field.
TemperamentGenerally calmer than black rhino; more tolerant of vehicles at close range. Still capable of a serious charge if alarmed — guides always maintain safe distances.
SocialMore social than black rhino — small groups of females and juveniles (called “crashes”) are sometimes encountered. Pairs occasionally seen grazing together.
HornsFront horn often very long and broad-based; rear horn shorter. Horn orientation is more forward-facing than the black rhino’s upward-curving front horn.
Best zoneOpen plateau in the eastern-central park sections; grassland areas adjacent to the inner circuit. Often visible from the vehicle track without needing to leave the road.
Park statusIntroduced from South Africa beginning in the 1960s as part of Kenya’s rhino diversification programme. Now fully established breeding population.
Conservation History

From near extinction
to recovery

The story of rhinos in Nairobi National Park is inseparable from the broader story of rhino conservation in Kenya — a story of catastrophic loss, dedicated protection, and a slow, painstaking recovery that is still ongoing.

1946

Kenya’s first national park established

Nairobi National Park is gazetted as Kenya’s first national park. Black rhinos are common throughout the area — estimated hundreds in the broader ecosystem. The park’s northern fence provides the first formal protection from habitat encroachment, though poaching pressure at this stage remains relatively low.

1960s

White rhino introduction programme begins

KWS initiates Kenya’s white rhino introduction programme, receiving animals from South Africa’s growing Hluhluwe-iMfolozi population. Nairobi National Park receives its first white rhinos as part of this initiative — a decision that would establish one of East Africa’s only two-species rhino parks. The introductions are considered controversial by some conservationists who argue for focusing resources on the native black rhino, but the white rhino breeding programme proves highly successful.

1970–1990

The great poaching crisis

The international horn trade — driven primarily by demand from Yemen (where rhino horn was used in traditional dagger handles) and Asian markets (traditional medicine) — collapses Kenya’s rhino population from an estimated 20,000 animals to fewer than 400 by 1989. Nairobi National Park, with its perimeter fence and proximity to KWS headquarters, becomes one of the few places where rhinos receive adequate protection. The park’s surviving population becomes a critical genetic reservoir for Kenya’s entire black rhino recovery effort.

1989

Richard Leakey’s Ivory Burning — and rhino declaration

In a globally symbolic act, President Daniel arap Moi burns 12 tonnes of confiscated ivory at Nairobi National Park’s Ivory Burning Site — visible from the park’s road network — in front of international media. KWS director Richard Leakey simultaneously announces increased anti-poaching measures and a shoot-to-kill policy for armed poachers. The Ivory Burning Site remains within the park today. The period marks the beginning of Kenya’s wildlife enforcement transformation. See our conservation pillar for the full story.

1990s–2000s

Population stabilisation and slow recovery

With improved protection, Nairobi National Park’s rhino population begins a slow recovery. Individual animals are named and individually monitored by KWS rangers — a practice that allows rapid detection of any poaching incident or health problem. The population grows from a post-crisis low to a sustained breeding population. Calves born in the park are celebrated events, each one representing a meaningful step in the recovery trajectory.

2010s

Kifaru Ark sanctuary established

The Ol Pejeta Conservancy enters a partnership with KWS to establish the Kifaru Ark sanctuary within Nairobi National Park — a fenced sanctuary providing dedicated management space for orphaned black rhino. Orphaned calves whose mothers have been poached or died of natural causes are brought to Kifaru Ark for hand-rearing and gradual reintroduction to the park’s main population. The programme becomes a model for rhino rehabilitation in East Africa.

Present

~70 rhinos — and still growing

Nairobi National Park today supports approximately 70 black and white rhinos — one of Kenya’s highest combined densities for both species. The population is actively monitored, with each individual tracked and recorded by KWS rangers. New calves are born regularly. The park has graduated from being merely a refuge for a collapsing species to being an active breeding population contributing animals for reintroduction into other Kenyan reserves. Poaching pressure remains the single greatest ongoing threat — rhino horn retains its black-market value, and vigilance cannot be relaxed.

The Kifaru Ark

Kenya’s rhino
rehabilitation sanctuary

A sanctuary within a sanctuary

The Kifaru Ark — “kifaru” being Swahili for rhinoceros — occupies a fenced section within Nairobi National Park, operated under a management partnership between the Ol Pejeta Conservancy and the Kenya Wildlife Service. It is not accessible to standard guided tour visitors as a dedicated attraction, but the rhinos rehabilitated here are released into the main park population and are the same animals encountered on game drives.

The sanctuary’s primary function is the rehabilitation of orphaned black rhino calves — typically animals whose mothers have been poached or have died of natural causes. Because black rhino calves are completely dependent on their mothers for the first two to three years of life, a calf that loses its mother faces near-certain death without intervention. Kifaru Ark provides a structured rehabilitation environment where calves are hand-raised by dedicated keepers, gradually weaned onto appropriate vegetation, and introduced to other rhino before eventual release into the park’s main population.

The process takes years. A calf admitted at two weeks of age may spend three to five years in the sanctuary before being considered ready for integration. The keepers who manage this process develop extraordinary relationships with the animals under their care — relationships that are deliberately, carefully, systematically dismantled as the rhinos mature, to ensure they become wild, independent, and functionally integrated into the park’s population rather than human-habituated individuals that would be vulnerable to any contact with humans outside the sanctuary.

For information on visiting or supporting Kifaru Ark directly, contact KWS through the park’s main gate or visit the Ol Pejeta Conservancy website.

3–5
Years per rehabilitation
Average time from admission to release for an orphaned calf
2
Management partners
Ol Pejeta Conservancy + Kenya Wildlife Service joint operation
100%
Black rhino focus
Kifaru Ark specialises exclusively in black rhino — the critically endangered species
Main park
Release destination
Rehabilitated rhinos are released into Nairobi National Park’s main population — the same animals you see on game drives
Conservation Note

When you book a guided tour with NairobiPark.Tours, a portion of your entry fee — paid directly to KWS at the gate — contributes to the funding of ranger patrols and anti-poaching operations that protect Nairobi National Park’s rhino population. The rhinos you see on your tour exist because people before you paid for their protection.

Rhino Behaviour

What you’ll observe
when you find them

Understanding rhino behaviour helps you interpret what you see and allows you to appreciate why your guide positions the vehicle precisely where they do. A rhino sighting is not just a photograph — it is an encounter with one of Africa’s most complex and ecologically significant mammals.

01

Mud Wallowing

Rhinos wallow in mud pools and damp areas for two reasons: thermoregulation and parasite control. The mud dries on their skin and acts as both sunscreen and insect repellent. Wallowing is a social behaviour that also communicates territory — rhinos leave scent-marked mud at communal wallow sites. Mud-coated rhinos are among the most photographed subjects in the park: prehistoric in appearance, deeply relaxed, and often largely immobile. Morning wallowing is common near damp ground at the base of the escarpment.

02

Dung Middens & Territory Marking

Both species establish and maintain communal dung middens — specific locations where multiple individuals defecate repeatedly, creating accumulations that can reach several metres in diameter. These middens function as olfactory communication centres: chemical signals in the dung convey information about reproductive status, individual identity, and territory. Rhinos spread their dung by scraping their hind feet through it — a distinctive behaviour guides will point out. Finding a fresh midden on the morning’s route is a reliable indicator that rhinos are in the immediate area.

03

Oxpecker Relationships

Yellow-billed and red-billed oxpeckers — small starling-relatives — are almost always present on rhinos in Nairobi National Park. The relationship is not purely mutualistic: while oxpeckers do consume ticks and parasites from the rhino’s skin, they also keep wounds open to feed on blood and tissue, and their alarm calls alert the rhino to danger. From a photographic perspective, an oxpecker perched on a rhino’s broad back against the Nairobi skyline is one of the park’s most distinctive and sought-after images. The oxpeckers’ alarm call — a harsh hissing — will immediately make a resting rhino raise its head and scan for threats.

04

Charging Behaviour

Rhinos have poor eyesight — their primary senses are smell and hearing. A rhino that charges is typically responding to a perceived threat it cannot clearly see or identify. Most charges — particularly from white rhino — are bluff charges that stop well before contact. Black rhino are more likely to follow through. Guides are trained to read posture: ears flat and held back, head lowered and horn directed forward, tail raised stiffly — these are the pre-charge signals that prompt an immediate vehicle withdrawal. A rhino that is standing with head raised and ears rotated is alert but not threatening.

05

Mother and Calf Dynamics

One of the most moving rhino encounters in the park is a mother with a young calf. Calves stay with their mothers for two to four years, walking beside or behind them. The calf walks in front of the mother — a positioning that allows her to see and protect it, and that places her horn between the calf and any approaching threat. If a vehicle approaches, the mother will typically position herself between it and the calf. This is normal protective behaviour; guides know not to approach closely in these situations. The calf’s small, rounded horn is just beginning to emerge at 6–8 months — a tiny protrusion compared to the mother’s developed horn.

06

Peak Activity Hours

Both species are most active in the cooler hours — dawn to mid-morning, and late afternoon. In the Nairobi heat of late morning and midday, rhinos typically seek shade and rest — black rhino in Croton thicket, white rhino beneath any available tree. Guides time rhino circuits accordingly: the first pass through rhino territory happens between 6:30 and 9:00 am when the animals are actively feeding and moving. A second attempt in the late afternoon on a full-day tour catches the post-midday emergence. Midday sightings are possible but require the animals to be in accessible, open ground.

Sighting Strategies

How experienced guides
find rhinos

Rhino sighting probability on a guided tour runs at 45–65% in dry season — significantly higher than the 25–35% self-drive visitors typically achieve. The gap is explained by two factors: guide knowledge of individual animal territories, and the real-time radio network that shares locations within minutes of a sighting.

Morning Drive — 6:00 to 10:00 am

The primary rhino window

The first four hours after sunrise are the most productive for rhino sightings — animals are actively feeding, moving between water and grazing areas, and accessible in open terrain before retreating to midday shade.
📡
Radio check at gate entryGuides connect to the network the moment they enter the park. By 6:20 am, if a ranger or colleague has spotted a rhino, coordinates are shared. The morning’s route is adjusted in real time.
🗺️
Rhino plateau firstExperienced guides typically route through the eastern plateau sections — highest white rhino density — in the first hour. Black rhino in the Croton thicket are targeted second.
🐦
Watch the oxpeckersYellow-billed and red-billed oxpeckers cluster on large mammals. A group of oxpeckers moving through vegetation is often tracking a rhino even when the rhino itself is not visible. Guides scan for oxpecker movement.
💧
Damp ground after rainAfter overnight or early-morning rain, rhinos are reliably drawn to wet ground for mud wallowing. Guides know the park’s wallowing sites and check them immediately after rain events.
👣
Fresh tracks on soft groundAn experienced guide can read direction of travel, approximate time of passage, and size of animal from tracks in soft mud or sand. Fresh tracks at a crossing point shift the guide’s route immediately.
Afternoon Drive — 3:30 to 6:00 pm

The second opportunity

Full-day tour guests get a second rhino circuit in the late afternoon as animals emerge from midday shade. This doubles your cumulative sighting probability and produces dramatically different photographic conditions — warm directional light replacing the harsh midday glare.
🌅
Late afternoon emergenceBy 4:00 pm in dry season, rhinos begin moving from shade back to grazing and water. Guides return to the morning’s zones with updated radio intelligence — often finding animals in positions they weren’t accessible at midday.
💧
Dam circuit timingBoth black and white rhino visit water in the late afternoon. The dam circuit — checking Hyena Dam, Impala Dam, and Nagolomon Dam — produces compound sightings: rhino, hippo, buffalo, and birds at the same location.
📷
Golden-hour light on open groundA white rhino on open grassland in the last 60 minutes of sunlight, with the warm amber glow illuminating its grey skin and the Nairobi skyline silhouetted behind it, is a genuinely extraordinary photographic subject. This image only exists on a full-day tour.
🌿
Black rhino at woodland edgeBlack rhino frequently feed at the edge of Croton thicket in the late afternoon — just far enough into open ground to be visible from the track. Dawn sightings typically find them deep in cover; afternoon finds them browsing at the perimeter.
🦅
Vulture thermallingIf a rhino has died — whether from natural causes, calving complications, or in extremely rare cases, poaching — vultures thermal above the site within hours. Any vulture column visible from the track prompts an immediate guide investigation.
Photography Guide

Photographing rhinos
in the field

Rhinos present specific photographic challenges. They are large and relatively slow-moving, which should make them easy subjects — but their grey skin in flat light, tendency to remain in or near dense vegetation, and the distance your guide must maintain for safety all require specific technique.

Light & Timing

The golden hour difference

Rhino skin is grey and relatively featureless in flat midday light — texture and definition are lost. The same skin in golden-hour dawn or dusk light reveals the extraordinary texture of old scars, skin folds, and the three-toed tracks pressed into dried mud. Shoot at the horizon, not straight on, and let the light define the form. A rhino with rim-light catching the edge of its horn and back makes a dramatically different image from a flat midday record shot.

ISO 800–1600 · f/5.6–8 · 1/500 dawn
Focal Length

Working with safe distance

KWS regulations require a minimum of 50 metres from rhinos — more for a nervous animal or a mother with calf. At 50 metres, a 400mm lens on a full-frame camera produces a tight frame on a single animal; 500–600mm gives you control over composition. On a pop-up roof Land Cruiser, you shoot from height, which changes the foreground and background balance — use this elevated angle to exclude clutter and frame the animal against sky or open grass rather than track-side vegetation.

400–600mm recommended · shoot RAW
The Signature Shot

Rhino + Nairobi skyline

The defining Nairobi National Park image is a rhino in the foreground with the city skyline on the horizon behind it. Achieving it requires positioning the vehicle on open plateau with a clear line of sight to the north — guides know which elevated track sections offer this composition. Shoot at the widest angle that still fills the frame with a recognisable rhino; too wide loses the animal, too tight loses the skyline. Dawn light from the east illuminates both animal and skyline from the same direction. This shot exists nowhere else on Earth.

200–300mm · compose for both elements
Ongoing Threats

Why the fight
is not over

Nairobi National Park’s rhino population is recovering — but the threats that caused the original collapse have not disappeared. Understanding what these animals are still up against contextualises why a rhino sighting carries more weight than simply ticking a box on a Big Five checklist.

Critical Ongoing Threat

Poaching for Horn

Rhino horn retains its black-market value across Asian and Middle Eastern markets — estimated at $30,000–$60,000 per kilogram, making it more valuable by weight than cocaine or gold. Despite international bans and significant enforcement improvements in Kenya, attempted poaching incidents continue. Nairobi National Park’s urban location provides some protection — the visibility of the park boundary and the proximity of KWS headquarters reduce the operational window for poachers — but ranger vigilance cannot be relaxed. Any park visitor who observes something suspicious inside the park should report it to their guide immediately.

Significant Structural Threat

Corridor Encroachment

The park’s open southern boundary — the Athi-Kapiti wildlife corridor — is under increasing pressure from agricultural expansion, settlement, and infrastructure development on the adjacent Athi plains. This corridor is essential for seasonal wildlife movement, including rhino dispersal. Any permanent barrier or significant human settlement in the corridor narrows the park’s effective ecosystem, limiting the movement and genetic mixing of rhino populations. KWS and conservation organisations actively lobby to keep the corridor open, but urban expansion pressure is significant and growing. This is the systemic long-term threat to the park’s ecological integrity.

Ongoing Management Threat

Disease and Veterinary Risk

As a relatively small, fenced area supporting both herbivores and predators at high density, Nairobi National Park faces veterinary risks that larger parks with lower density do not. Disease outbreaks — anthrax, foot-and-mouth, and others — can spread rapidly in a confined population. Rhino calves are particularly vulnerable. KWS maintains veterinary monitoring of the rhino population through regular health assessments and individual animal tracking. Calf mortality from disease is an ongoing challenge that affects population growth trajectory.

Actively Managed

Urban Noise and Human Pressure

Nairobi National Park’s northern boundary directly abuts urban Nairobi — construction noise, industrial sound, and traffic are audible within the park at all times. Research on the impact of chronic noise on rhino stress levels and reproductive behaviour is ongoing. Current evidence suggests Nairobi’s rhino population has habituated to urban background noise to a significant degree — birth rates remain consistent — but this is monitored carefully. Vehicle disturbance inside the park is regulated through the 50-metre distance rule and vehicle speed limits, both enforced by KWS rangers.

To understand Kenya’s rhino conservation story in full and learn about how NairobiPark.Tours contributes to park protection, see our conservation pillar.

Common Questions

What visitors ask
about the rhinos

What is the realistic probability of seeing a rhino on a guided tour?

In dry season conditions (June–October) with an experienced guide, rhino sighting probability is approximately 45–65% on a half-day tour and 60–75% on a full-day tour. The full-day improvement comes from the second circuit opportunity. Seasonal variation is real — wet season concentrations are lower as animals disperse more widely across the park. The guide radio network is the single most important factor: when a ranger locates a rhino, all active guides in the park know within minutes.

How do you tell a black rhino from a white rhino in the field?

The colour distinction is useless — both are grey. The reliable visual identifier is the lip: a black rhino has a pointed, hooked upper lip (for gripping browse vegetation), while a white rhino has a wide, flat, square lip (for cropping grass close to the ground). At closer range, size is also informative — white rhinos are substantially larger. Your guide will confirm which species you are seeing immediately.

Is rhino horn made of bone?

No — rhino horn is composed entirely of keratin, the same fibrous protein that makes up human fingernails and hair. There is no bone in the horn at all. This makes the traditional medical claims for its efficacy entirely without biological foundation — consuming keratin from a rhino horn is chemically equivalent to consuming your own fingernail clippings. The belief that horn has medical properties is a cultural and social phenomenon with no pharmacological basis, which makes the ongoing poaching crisis a particularly bitter conservation tragedy.

Can I visit the Kifaru Ark sanctuary on a tour?

Standard guided tours do not include entry to the Kifaru Ark sanctuary itself. The sanctuary is a working rehabilitation facility — public access is limited to protect the animals and the integrity of the rehabilitation process. However, rhinos that have completed their Kifaru Ark rehabilitation are released into the main park population and are encountered on standard game drives. Separate access for conservation supporters or media can sometimes be arranged through KWS — enquire at the main gate.

Why are black rhinos more dangerous than white rhinos?

The difference is primarily behavioural rather than physical. Black rhinos are solitary, territorial, and operate in dense vegetation where they depend on charging to create space when alarmed — they have evolved to respond to threats quickly because they cannot see them coming in thick bush. White rhinos evolved on open plains where threats are visible at distance, allowing time for assessment before response. Guides approach black rhino more cautiously and maintain greater distances precisely because of this behavioural difference. Neither species should be approached without an experienced guide.

How many rhinos have been born in Nairobi National Park?

KWS does not publish a cumulative birth total, but calves are born regularly — typically 3–6 calves per year across both species in the park. Each birth is monitored and the calf individually identified. The park’s reproductive success has been one of the more encouraging conservation outcomes in Kenya, with the population growing steadily from its post-poaching-crisis low.

What should I do if a rhino charges toward the vehicle?

Nothing — that is your guide’s responsibility. Remain seated, do not stand through the roof, and follow your guide’s instructions without hesitation. Experienced guides read pre-charge posture early and begin withdrawing the vehicle well before an animal charges. Most apparent charges are bluff charges — animals asserting space rather than committing to an attack. The Land Cruiser provides substantial protection; vehicle attacks by rhinos in Nairobi National Park are extremely rare and have not resulted in serious passenger injury.

How does rhino conservation in Nairobi compare to other parks?

Nairobi National Park is unique in offering both black and white rhino in a vehicle-accessible format within 25 minutes of central Nairobi. Ol Pejeta Conservancy in Laikipia has higher black rhino numbers but requires a domestic flight or 3–4 hour drive. Lewa Wildlife Conservancy offers similarly high-density rhino in a more remote setting. For visitors passing through Nairobi who want a meaningful rhino encounter, the National Park is unparalleled in accessibility-to-quality ratio.

See the rhinos with
a guide who knows where they are

Our guides have averaged years of daily Nairobi National Park experience and share real-time rhino locations via the guide radio network. You see what self-drive visitors miss.

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