Māori Navigation and the Stars: Matariki, Te Kapehu Whetū and Reading the Night Sky

Māori Navigation and the Stars: Matariki, Te Kapehu Whetū and Reading the Night Sky

When the Stars Were Your Map

Imagine standing on a waka in the middle of Te Moana-nui-a-Kiwa.

There is no coastline visible.

No lighthouse.

No GPS.

No compass in your hand.

No digital chart showing your position.

Just the waka beneath you, the ocean stretching towards the horizon and the night sky overhead.

For the navigators of the Pacific, this was not an empty landscape.

The sky was filled with information.

Stars rose and set in predictable places.

The sun provided direction during the day.

The moon moved through its phases.

Ocean swells travelled across enormous distances.

Winds followed patterns.

Clouds could reveal distant land.

Birds could provide clues about proximity to islands.

And all of this information could be understood as part of an interconnected system.

The ancestors of Māori became extraordinarily skilled at navigating this environment.

Their knowledge formed part of the wider Polynesian tradition of ocean voyaging, and it enabled people to travel across distances that are difficult to comprehend even with modern technology.

At the centre of this knowledge was an ability to read the natural world.

And among the most important guides were the stars.

Te Kapehu Whetū: The Māori Star Compass

One of the most fascinating concepts in traditional Māori navigation is te kapehu whetū, commonly translated as the Māori star compass.

Despite the name, it isn't a physical compass.

There is no needle.

No magnetic dial.

No numbered degrees.

Instead, te kapehu whetū is a conceptual framework for understanding direction through the positions of celestial bodies.

Te Ara explains that the 360 degrees around a waka in the open ocean can be divided into different whare, or houses. Their positions are determined by where the sun, moon and stars rise and set. The navigator uses these observations to maintain the waka's course.

Think about how different this is from modern navigation.

A modern navigator might look at a screen and see a heading such as 125°.

A traditional navigator instead develops an understanding of the horizon.

A particular star rises in a particular place.

Another star sets somewhere else.

The sun moves across the sky.

The moon changes position.

The navigator knows where these celestial bodies belong in relation to the waka.

Direction becomes something you observe and understand, rather than something a machine simply tells you.

The Stars Were Not Used Alone

It is important not to reduce traditional Polynesian navigation to the idea that navigators simply "followed the stars."

The stars were hugely important, but they were only one component of an incredibly sophisticated environmental knowledge system.

Navigators could use:

  • stars and constellations
  • the sun
  • the moon
  • ocean swells
  • prevailing winds
  • currents
  • clouds
  • birds
  • marine life
  • weather patterns
  • landmarks
  • seasonal knowledge
  • memory and experience

Te Ara describes how voyage routes could be preserved through memory and song, while navigators also used celestial bodies, swells and other environmental signs to maintain their course.

This is one of the most important things to understand.

A navigator wasn't looking at one clue.

They were constantly building a picture from many clues.

How Does a Star Tell You Which Way to Go?

Stars appear to move across the sky because of Earth's rotation.

But their rising and setting positions are predictable.

That makes them incredibly useful for navigation.

If a navigator knows that a particular star rises on a particular part of the horizon, that star can act as a directional reference.

As the night progresses and that star moves across the sky, another star can become useful.

The navigator therefore has a succession of celestial reference points.

This requires deep knowledge of the night sky.

It also requires extraordinary memory.

The navigator needs to know which stars matter, where they appear and how they relate to the intended route.

Reading the Sky From a Moving Waka

There is another challenge that is easy to overlook.

The navigator isn't standing on land looking at a fixed horizon.

The navigator is standing on a moving vessel.

The waka rises and falls with the ocean.

The horizon can become difficult to distinguish.

Cloud can obscure the stars.

Rain can arrive.

The moon can change the visibility of the night.

And weather conditions can alter the behaviour of the ocean.

Traditional navigation therefore required more than astronomical knowledge.

It required constant observation and adjustment.

The navigator had to remain connected to the environment.

Matariki: More Than a Navigation Star

This brings us to one of the best-known star clusters in Aotearoa:

Matariki.

Matariki is the Māori name for the star cluster commonly known internationally as the Pleiades.

It is visible for much of the year but disappears from view for a period before reappearing in the winter sky.

For many Māori, the reappearance of Matariki marks the beginning of the Māori New Year. It is associated with remembrance, celebration, gathering, reflection and looking towards the future.

But Matariki should not be reduced to simply being a "Māori New Year star."

Its meanings are much deeper.

And they are not necessarily identical for every iwi.

Te Papa specifically notes that different iwi share different kōrero regarding Matariki, including differences in which stars are recognised within the cluster and how Matariki is understood. Some iwi also observe Puanga rather than Matariki as the herald of the new year, depending on their rohe and traditions.

This is a valuable reminder that Māori knowledge is not one single, uniform system.

Place matters.

Was Matariki Used for Navigation?

Yes.

Te Papa states that Matariki was used by ocean-going navigators, or kaumoana, to help guide voyaging waka across the Pacific. It is one of a number of stars and star clusters that could contribute to traditional navigation.

But navigation was only one aspect of its significance.

Matariki is connected with a much wider body of Māori knowledge.

Te Papa describes the cluster as having associations with areas including people, the environment, food production, weather, aspirations and remembrance.

This is why it is important to avoid presenting Matariki as though its primary purpose was to help sailors find their way.

It was part of a much richer understanding of the relationship between the sky, land, ocean, people and seasons.

The Stars of Matariki

Matariki itself refers both to the cluster and, in Māori traditions, to one of the stars within it.

Te Papa's resources describe nine stars associated with the cluster:

Matariki
Pōhutukawa
Tipuānuku
Tipuārangi
Waitī
Waitā
Waipunarangi
Ururangi
Hiwa-i-te-rangi

However, this is an area where we need to be particularly careful.

You will often see references saying Matariki has seven stars or nine stars.

Both can be encountered in Aotearoa.

That's because different iwi and knowledge traditions have different understandings of the cluster. Te Papa explicitly explains that these differences reflect varying iwi kōrero.

This is a good example of why Māori cultural knowledge shouldn't always be presented as though there is one universally agreed answer.

Matariki and the Natural World

The individual stars of Matariki have associations that extend into the natural environment.

For example, Waitī is associated with fresh water, while Waitā is connected with the ocean and marine life.

Ururangi has an association with the winds.

Tipuānuku is connected with food that grows in the ground.

Tipuārangi is associated with food growing above the ground, including birds and fruits.

These relationships demonstrate something fundamental about Māori knowledge.

The night sky was not necessarily separated from life on Earth.

The stars could be understood in relationship with the environment, seasons, food, weather and human wellbeing.

That interconnectedness is one of the most fascinating aspects of the subject.

The Sky, the Ocean and the Seasons

Traditional navigators were not simply interested in where a star appeared.

They needed to understand when it appeared.

The night sky changes throughout the year.

Some stars are visible at particular times and disappear at others.

The seasonal appearance of celestial bodies could therefore provide information about the time of year.

That information could then be connected with environmental cycles.

The arrival of particular birds.

The behaviour of fish.

The timing of planting.

The availability of seasonal foods.

Weather patterns.

Ocean conditions.

This is where our previous article on maramataka connects beautifully with the story of navigation.

Maramataka is another example of knowledge that connects celestial cycles with environmental observation and human activity.

Suggested internal link:
Read our Wai-Tai Journal article: Maramataka: The Māori Lunar Calendar and the Rhythm of the Natural World.

The Sun: The Navigator's Daytime Guide

At night, the stars were crucial.

During daylight hours, the sun provided another major navigational reference.

The position where the sun rose and set could help establish direction.

Its movement through the sky also provided information about time.

A navigator who understood the seasonal movements of the sun could build a much more complete picture of their location and direction.

This again highlights the sophistication of the system.

Navigation wasn't divided into:

night = stars

and

day = sun.

The navigator was continuously reading the sky and environment.

The Moon and the Ocean

The moon was another important part of the celestial environment.

Its phases provided a regular cycle and could be incorporated into wider systems of timekeeping and environmental observation.

But the moon also has an obvious relationship with the ocean.

Its gravitational influence contributes to the tides.

Traditional coastal communities developed extensive knowledge of tides and marine conditions, and this knowledge was important for activities such as fishing and travel.

This provides another fascinating example of interconnected knowledge.

The moon is in the sky.

The tide is in the ocean.

But they are not unrelated events.

They are part of the same natural system.

When the Stars Disappear

Of course, traditional navigation couldn't depend on clear skies every night.

Clouds happen.

Rain happens.

Storms happen.

The ocean itself can become the navigator's reference.

This is where the knowledge described in our previous article becomes important.

A navigator could read:

ocean swells

wind direction

currents

cloud formations

bird behaviour

sea conditions

and other environmental clues.

Te Ara describes how navigators could use the ocean itself as a kind of compass, including knowledge of swells and the ways they interact with islands and prevailing conditions.

So even when the stars disappeared, the navigator's knowledge didn't disappear with them.

The Ocean Has Its Own Language

This is perhaps one of the most beautiful ideas in traditional navigation.

To an inexperienced observer, the ocean can appear chaotic.

Waves seem to come from everywhere.

Wind changes.

Clouds move.

The horizon looks identical in every direction.

But to an experienced navigator, the ocean contains patterns.

A swell can reveal direction.

A change in wind can provide information about weather.

A bird can suggest nearby land.

A cloud formation can indicate an island beyond the horizon.

The environment is constantly communicating.

The skill is learning how to listen.

Navigation Was Also About Memory

Modern navigation is heavily dependent on written and digital information.

We can store an almost unlimited amount of information on a device.

Traditional navigators had to carry an enormous amount of knowledge in their heads.

Te Ara notes that voyage routes were preserved in memory and song.

That means knowledge could be embedded in:

  • whakapapa
  • stories
  • waiata
  • place names
  • teaching
  • observation
  • practical experience

The ocean could effectively be mapped into memory.

This is an extraordinary intellectual achievement.

Learning to Navigate Was Learning to Observe

A navigator couldn't become skilled simply by memorising a list of facts.

They needed to spend time observing.

They needed to recognise patterns.

They needed to understand what changed and what remained consistent.

They needed to learn from people who already possessed the knowledge.

And then they needed to practise.

This is one reason the revival of traditional navigation in the modern Pacific is so significant.

The knowledge wasn't simply reconstructed from old books.

It was learned through relationships with knowledge holders and through actually going to sea.

The Revival of Traditional Navigation

During the twentieth century, traditional Polynesian navigation experienced a remarkable revival.

In the 1970s, members of the Polynesian Voyaging Society in Hawaiʻi sought people who still possessed traditional navigational knowledge.

They eventually found Mau Piailug, a master navigator from Satawal in Micronesia.

Mau played an important role in teaching traditional navigation to a new generation of Polynesian voyagers.

Te Ara records his role in guiding the Hōkūleʻa between Hawaiʻi and Tahiti using traditional navigation techniques.

This was a turning point.

The knowledge could once again be demonstrated on the ocean.

Hekenukumai Pūhipi and the Revival in Aotearoa

In Aotearoa, one of the most important figures in the revival of traditional waka voyaging was Hekenukumai Pūhipi Busby, widely known as Hek Busby or Papa Hekenukumai.

His work in waka building and navigation helped reconnect Māori communities with traditional voyaging knowledge.

The revival wasn't simply about proving that an ancient technique still worked.

It was about reconnecting people with a part of their cultural inheritance.

A younger generation could once again learn about:

waka

stars

ocean swells

winds

navigation

Pacific voyaging

and the relationships between them.

Knowledge that might otherwise have disappeared could continue.

From Matariki to the Moana

There is a powerful connection between Matariki and the ocean.

Look upward and you see the stars.

Look downward and you see the sea.

For a traditional navigator, these weren't separate worlds.

The sky provided information about direction and season.

The ocean provided information about swells, currents and weather.

The two were constantly interacting.

The navigator stood between them.

That perspective offers a powerful way of thinking about the relationship between Māori and the moana.

The ocean is not simply something surrounding Aotearoa.

It is part of a much larger Pacific world.

What This Means for Wai-Tai

This connection to the moana is central to Wai-Tai.

Wai-Tai was created by five close friends who share a strong connection to surfing, fishing, diving and life around the East Coast.

The brand is contemporary.

The relationship with the ocean is ancient.

That distinction matters.

Wai-Tai isn't attempting to recreate traditional Māori clothing.

Instead, the brand draws inspiration from Aotearoa, the moana, Māori identity, contemporary Māori creativity and the ocean lifestyle of the East Coast.

The stories behind the designs are part of that connection.

Our Kaitiaki designs reflect themes of guardianship and connection.

Our Mangōpare artwork draws inspiration from the hammerhead shark.

Our Whai designs are inspired by the stingray.

Our Māori T-shirts and heavyweight hoodies bring these contemporary interpretations into everyday life.

And our boardshorts and rash tops are made for people who actually spend time around the water.

Suggested internal links:

A Modern Surfer Still Reads the Ocean

There is another connection that feels particularly natural for Wai-Tai.

A surfer today might check a forecast before heading to the beach.

But once you're standing on the sand, you still have to look.

What direction is the wind coming from?

What is the tide doing?

Where is the swell coming from?

Are there clean lines on the horizon?

Is the bank working?

Are the sets building?

Has the wind changed?

The forecast can tell you what might happen.

The ocean tells you what is happening.

That's why experienced surfers spend so much time simply watching.

And that act of observation has a remarkable connection to the philosophy of traditional navigation.

Look first.

Understand the environment.

Then act.

Navigation and Kaitiakitanga

There is also a natural connection between navigation and kaitiakitanga.

A navigator cannot ignore the environment.

The environment is the information.

The wind matters.

The ocean matters.

The birds matter.

The weather matters.

The stars matter.

Everything is connected.

Kaitiakitanga similarly reflects a relationship with the natural world based upon responsibility and care.

If we understand the ocean as something that sustains us, connects us and teaches us, then caring for it becomes more than an environmental slogan.

It becomes part of our relationship with the place we call home.

Suggested internal link:
Read more in our Wai-Tai Journal article: Kaitiakitanga: Understanding Māori Guardianship of the Moana.

Why This Knowledge Matters Today

Traditional navigation is sometimes presented as a fascinating achievement from the past.

It is certainly that.

But its relevance goes further.

It demonstrates the sophistication of Indigenous knowledge.

It shows how generations of observation can produce extraordinary understanding.

It demonstrates the importance of oral transmission and practical learning.

It connects Māori to a much wider Pacific history.

And it provides a powerful reminder that technology isn't the only way humans can understand their environment.

A GPS can tell you where you are.

Traditional navigation teaches you to understand why the world around you looks the way it does.

Those are different kinds of knowledge.

Both are valuable.

Looking Up Again

Most of us rarely look at the stars anymore.

There are too many lights.

Too many screens.

Too much happening.

We check our phones to find the weather.

We use apps to locate ourselves.

We ask a device when sunrise will occur.

We use satellites to tell us where we are.

But step away from the lights on a clear night and look upwards.

The same stars are still there.

The same Matariki that rose above the Pacific for generations of navigators still rises over Aotearoa.

The same moon moves through its phases.

The same ocean swells reach our beaches.

The same winds move across the Pacific.

And suddenly, the night sky feels less like scenery.

It becomes a map.

A calendar.

A source of knowledge.

A connection to those who came before.

Frequently Asked Questions

What is Te Kapehu Whetū?

Te Kapehu Whetū is a Māori star-compass system used for understanding direction through the rising and setting positions of celestial bodies. Rather than being a physical compass, it divides the horizon around a waka into directional houses and uses the sun, moon and stars as reference points.

Did Māori use Matariki for navigation?

Yes. Te Papa states that Matariki was among the star clusters used by ocean-going navigators to help guide voyaging waka across the Pacific. However, Matariki has many wider cultural meanings beyond navigation.

Is Matariki the same for every iwi?

No. Different iwi and hapū have their own traditions and kōrero relating to Matariki. There can be differences in the number of stars recognised and in how the cluster is interpreted. Some iwi observe Puanga rather than Matariki as their marker for the Māori New Year.

How did Māori navigate without modern instruments?

Traditional navigators combined observations of stars, sun, moon, ocean swells, winds, currents, clouds, birds and other environmental indicators. They also relied upon extensive memory, experience and knowledge passed between generations.

What is Matariki?

Matariki is the Māori name for the star cluster known internationally as the Pleiades. Its heliacal rising in winter is associated with the Māori New Year for many Māori communities, although traditions and timing vary.

Why are there seven or nine Matariki stars?

Both numbers appear because different iwi have different traditions concerning which stars are recognised as part of the Matariki cluster. Te Papa acknowledges these regional differences.

Who was Hekenukumai Busby?

Hekenukumai Pūhipi Busby was an influential Māori waka builder and navigator who played a major role in reviving traditional waka voyaging and navigation in Aotearoa.

Continue Exploring The Wai-Tai Journal

If you've enjoyed exploring Māori navigation and the stars, continue your journey through some of our other articles:

Māori Ocean Navigation: How Waka, Stars and the Natural World Guided Voyagers

Our previous article explores the wider navigation system, including waka, ocean swells, wind, birds, clouds and the extraordinary environmental knowledge of Pacific navigators.

Maramataka: The Māori Lunar Calendar and the Rhythm of the Natural World

Discover the relationship between lunar cycles, seasons, fishing, planting and environmental observation.

Surfing and Māori Culture: A Connection That Spans Centuries

Explore the long relationship between Māori, the moana, fishing, diving, waka and surfing.

The Rise of Contemporary Māori Fashion

Explore how Māori identity, creativity and cultural expression are shaping contemporary fashion in Aotearoa.

Sources and Further Reading

This article has been researched using respected New Zealand cultural and historical institutions, with particular care taken to recognise differences between iwi traditions.

Te Ara – The Encyclopedia of New Zealand

Canoe Navigation is an excellent comprehensive resource covering Māori and Polynesian voyaging, star navigation, ocean swells, waka and the revival of traditional navigation.

Māori Star Compass – Te Kapehu Whetū provides a useful explanation of the directional framework used by traditional navigators.

Matariki – Te Tau Hou Māori provides historical and cultural information about Matariki and the Māori New Year.

Museum of New Zealand Te Papa Tongarewa

Te Papa's Matariki resources provide detailed information about the star cluster, its individual stars, Māori interpretations and the differences between iwi traditions.

Te Papa also documents the role of Matariki in traditional ocean navigation and the continuing revival of traditional wayfinding.

The Stars Are Still There

The technology has changed dramatically since the first Polynesian voyagers crossed the Pacific.

Today we have satellites.

GPS.

Radar.

Digital charts.

Weather models.

Mobile phones.

But the stars haven't changed.

Matariki still appears in the winter sky.

The moon still crosses the night.

The sun still rises and sets.

The swells still travel across the Pacific.

The winds still move across the ocean.

And the moana still rewards those who take the time to watch it.

That may be the most powerful lesson of traditional navigation.

The natural world is full of information.

You just have to learn how to read it.

For the ancestors of Māori, that knowledge carried people across one of the largest oceans on Earth.

For Wai-Tai, the moana remains part of everyday life — through surfing, fishing, diving, friendship and the stories that inspire our designs.

The waka has changed.

The technology has changed.

But the connection remains.

**Look to the stars.

Read the ocean.

Know where you come from.

And keep moving forward.**

Wai-Tai Aotearoa — inspired by the moana, the East Coast and the stories that connect us to this place.

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