Measurements in Wolof are expressed through a combination of modern standardized units and traditional or informal units of measurement. The metric system is widely used, particularly in education, government, commerce, science, and other formal settings. At the same time, traditional ways of describing length, weight, quantity, and capacity remain useful in everyday speech, particularly when discussing food, market goods, household activities, and approximate quantities. (Mozilla L10n)
This means that there is not one single system of measurement used in every situation. A speaker might use meetar when discussing an exact length, kilo when buying food by weight, or a traditional expression such as sebre when describing an approximate span.
The Wolof number system provides the numerical part of these expressions. The measurement unit then tells you what is being counted.
The Basic Pattern
The simplest measurement construction is:
[number] + [unit]
For example:
ñaar meetar
two meters
ñett kilo
three kilograms
ñeent liitar
four liters
juróom garaam
five grams
The number and the unit work together as a single quantity.
This is essentially the same principle used when counting ordinary objects, but instead of counting people or things, the number specifies an amount of a particular measurable quantity.
The Metric System
Modern Wolof uses metric units extensively. Many of their names are adapted from French and international scientific terminology.
Some common units include:
| English | Wolof |
|---|---|
| meter | meetar |
| kilometer | kilomeetar |
| centimeter | sàntimeetar |
| millimeter | milimeetar |
| liter | liitar |
| milliliter | mililiitar |
| kilogram | kilograam |
| gram | garaam |
| milligram | miligraam |
| ton | ton |
The spelling of these terms can vary between sources. For example, meetar/mettar, liitar/litir, and similar variations may be encountered. Contemporary Wolof terminology resources give forms such as Meetar, Kilomeetar, Liitar, Kilograam, and Garaam. (Mozilla L10n)
These words are generally recognizable as international or French-influenced measurement vocabulary. Their presence does not mean that Wolof has adopted the entire French grammatical system; rather, specialized vocabulary has been incorporated into Wolof usage.
Length and Distance
Length can be measured using meters and their subdivisions:
meetar — meter
kilomeetar — kilometer
sàntimeetar — centimeter
milimeetar — millimeter
For example:
benn meetar
one meter
ñaar meetar
two meters
juróom meetar
five meters
ñaar kilomeetar
two kilometers
The same numerical system described on the numbers page applies here. There is no separate set of numbers specifically for measurements.
Asking About Length
A measurement can be requested using a question such as:
Ñaata meetar?
How many meters?
Or, depending on the construction:
Ñaata meetar la?
How many meters is it?
The exact sentence depends on what is being measured.
For example, when discussing a piece of cloth, a seller and customer might discuss how many meters are needed:
Fukki meetar laa bëgg.
I want ten meters.
This kind of usage is especially useful in markets and shops where fabric, rope, building materials, and other goods are sold by length. Wolof teaching materials give examples of meetar being used in exactly this type of commercial context. (Scribd)
Distance
The same units can describe distance:
kilomeetar — kilometer
meetar — meter
For example:
Ñaari kilomeetar.
Two kilometers.
A distance can also be described more generally using words meaning far, near, or distance, rather than giving an exact numerical measurement.
The Wolof word diggante refers to the distance or interval between things and can be used when describing the space between two locations.
For example:
Diggante kër gi ak ekool gi…
The distance between the house and the school…
This allows Wolof speakers to talk about distance without necessarily giving a numerical measurement. (Scribd)
Traditional Length Measurements
Before standardized metric measurements became dominant, people measured length through familiar parts of the body and ordinary physical actions. Some of these expressions remain recognizable in Wolof.
Examples include:
| Wolof | Approximate meaning |
|---|---|
| tànk | foot |
| jéego | step |
| sebre | span |
| xasab | cubit/forearm |
| loxo | arm |
These are best understood as traditional or non-standardized measurements, rather than as exact equivalents of a particular number of centimeters or meters. (Scribd)
Tànk — Foot
tànk literally means foot and can be used as a reference for length.
A body-based measurement such as this is naturally approximate. The size of an individual’s foot varies, so it does not function in exactly the same way as a standardized unit such as a meter.
Jéego — Step
jéego means step and can be used as an informal measure of distance or length.
For example, someone might describe something as being a certain number of steps away.
This type of measurement is inherently contextual: the length of a person’s step is not fixed.
Sebre — Span
sebre refers to a span, traditionally the distance measured using the hand.
Again, it is an approximate body-based measurement rather than a globally standardized unit.
Xasab — Cubit
xasab is associated with the cubit, traditionally based on the length of the forearm.
Loxo — Arm
loxo means arm and can occur in traditional ways of estimating or measuring length.
These expressions illustrate an important principle: traditional measurement does not necessarily require an abstract standardized unit. A person can measure something using a familiar part of the body or a familiar physical action.
Weight and Mass
For everyday purposes, Wolof commonly uses metric units for weight or mass.
The most useful terms include:
kilograam — kilogram
garaam — gram
miligraam — milligram
ton — ton
In ordinary conversation, kilo is also widely used as a shortened form of kilogram.
For example:
benn kilo
one kilogram
ñaar kilo
two kilograms
ñett kilo ceeb
three kilograms of rice
juróom kilo
five kilograms
This is particularly common when buying food.
A person at a market does not necessarily need to say the full unit every time. Once the context has established that something is being sold by weight, the numerical expression can be understood as referring to that unit.
Asking About Weight
A question about weight can be constructed around the verb diis, associated with weighing or being heavy.
A learner may encounter expressions such as:
Ñaata kilo?
How many kilos?
or:
Ñaata la diis?
How much does it weigh?
The precise construction depends on what is being asked and whether the speaker is asking for a numerical weight, the heaviness of something, or the act of weighing it.
This is another example of why a measurement vocabulary page should not be treated simply as a list of unit translations. The unit, the number, and the grammatical construction all work together.
Traditional Measures of Weight
Traditional and informal measurement systems can also be used for quantities of food and other goods.
Some terminology encountered in Wolof includes:
andaar — a traditional quantity associated with two kilograms
barigo — a large traditional quantity associated with approximately one hundred kilograms
There are also expressions based on containers, hands, or other practical quantities.
These should not necessarily be treated as exact equivalents of metric units in every context. Traditional measures can vary according to the object being measured, the community, and the practical situation in which the measurement is being used. (Scribd)
This is similar to the difference between saying “a kilogram” and saying “a handful.” The latter is useful in everyday life but is not intended to provide laboratory-level precision.
Volume and Capacity
Liquids and other substances can be measured using metric units such as:
liitar — liter
mililiitar — milliliter
sàntiliitar — centiliter
desiliitar — deciliter
For example:
benn liitar
one liter
ñaar liitar
two liters
ñeent liitar
four liters
juróom liitar
five liters
These expressions can be used for water, oil, beverages, and other liquids.
The same units can also be relevant when measuring dry substances in contexts where volume rather than weight is the important quantity.
Containers as Measurements
Traditional and everyday measurement often uses containers rather than standardized units.
A particular container may represent a familiar amount of rice, grain, water, oil, or another product.
One term encountered in Wolof measurement terminology is:
potu liibar — a container/pot used as a measurement
This is an example of a non-standardized measurement: its practical meaning comes from the particular container and context rather than from a universally fixed number of liters. (Scribd)
Handfuls and Other Small Quantities
Everyday measurement can also be based on what a person can hold.
pëcc can refer to a handful.
For example:
ñaar pëcc
two handfuls
A handful is useful when cooking or distributing food, but its exact quantity naturally varies according to the person’s hand and the substance being measured.
This kind of expression is particularly useful for understanding how traditional measurement works. The purpose is often not to produce an exact scientific quantity but to communicate a practical amount that another person can reproduce reasonably well.
Half and Double
Measurements frequently involve fractions or multiples of a unit.
A half can be expressed using:
xaaj — half
genn-wàll — half / one half
For example:
genn-wàllu liitar
half a liter
Similarly:
genn-wàllu kilo
half a kilogram
Traditional mathematical terminology also uses genn-wàll for “half” in measurement contexts. (Scribd)
This allows a speaker to describe quantities that fall between whole-number units without inventing a separate word for every possible quantity.
Fractions and Decimals
Modern measurements frequently require quantities such as:
1.5 kilograms
2.5 liters
0.5 meters
These can be expressed using the normal numerical system together with fractional or decimal constructions.
The terminology used for fractions includes xaaj and genn-wàll, while decimal measurements are increasingly encountered through education, commerce, science, and written information.
Written Wolof conventions generally follow the French-influenced use of a comma as the decimal separator:
5,6
75,05
rather than the English convention of using a period. Numbers with thousands are commonly grouped with spaces:
1 543 672
rather than with commas. (Mozilla L10n)
This distinction is particularly important when reading measurements, prices, mathematical material, or technical information.
Temperature
Temperature is another measurement context in modern Wolof.
The Celsius scale is the standard system encountered in Senegalese contexts. (Mozilla L10n)
The unit is commonly expressed using the international term degree together with the numerical temperature.
For example:
30 °C
can simply be read as a temperature of thirty degrees Celsius.
In ordinary conversation, however, people may also describe temperature qualitatively:
- hot
- very hot
- cold
- cool
- warmer
- cooler
As elsewhere, an exact numerical measurement is not always necessary.
Time as Measurement
Time can also be treated as a measurement, although it has its own dedicated page.
Wolof uses units such as:
sekond — second
minit — minute
waxtu — hour
bés — day
ayu-bés — week
weer — month
at — year
For example:
ñaari waxtu
two hours
juróomi minit
five minutes
ñett bés
three days
The distinction between time as a measurement and time as a calendar reference is useful. Saying three hoursmeasures duration, while saying Wednesday identifies a point or period on the calendar.
The detailed use of these expressions is covered in the separate Time and Dates section.
Counting Measured Quantities
One important feature of measurements is that the number does not change simply because the thing being counted is a measurement.
The same Wolof number system applies:
benn — one
ñaar — two
ñett — three
ñeent — four
juróom — five
Then the larger numbers are constructed using the same patterns discussed on the general numbers page.
For example:
juróom kilo
five kilograms
fukk kilo
ten kilograms
ñaar fukk kilo
twenty kilograms
ñaar fukk ak juróom kilo
twenty-five kilograms
The measurement unit is simply attached to the numerical expression.
This is an important reason to learn the number system first. Once the number-building system is understood, learning a new measurement unit does not require learning a new way of counting.
Numbers Before Measurement Units
Learners may notice that numbers sometimes take modified forms before measurement units.
For example:
ñaar → ñaari
ñett → ñetti
ñeent → ñeenti
juróom → juróomi
These forms are part of the broader grammatical behavior of Wolof numerals when they modify certain nouns or numerical units.
For example:
ñaari téeméer
two hundred
ñetti téeméer
three hundred
ñeenti téeméer
four hundred
Similar forms occur in numerical and measurement expressions depending on the construction.
This is not a separate measurement rule. It is part of Wolof number grammar appearing inside a measurement phrase.
Exact Versus Approximate Measurements
One of the most useful distinctions when talking about measurement is whether the quantity is intended to be exact.
A metric measurement such as:
2 kilograam
has a standardized meaning.
A traditional expression such as:
ñaar pëcc
means two handfuls, but the exact mass depends on the substance and the person doing the measuring.
Likewise:
ñett jéego
means three steps, but the distance depends on the length of the steps.
Traditional units are therefore often practical rather than mathematically absolute.
This does not make them imprecise in the context where they are used. If someone is cooking and asks for a handful of an ingredient, both people may understand exactly the sort of quantity intended even though it cannot be converted into a universally fixed number of grams.
Measurements in Markets
Markets are one of the places where different measurement systems can appear side by side.
A product might be sold:
- by kilogram
- by liter
- by meter
- by a container
- by a handful
- by a bundle
- by an approximate quantity
- by an individually counted item
The measurement may also be closely connected with price.
For example:
Ñaata kilo?
How many kilos?
Ñaar kilo.
Two kilos.
Ñaata lay jar?
How much does it cost?
The first question concerns quantity; the second concerns price.
This distinction can become particularly important when a seller and customer are negotiating both the amount of a product and how much that amount costs.
Measurement and Context
Wolof measurement vocabulary demonstrates the same general principle found throughout the language: the meaning of an expression depends heavily on its context.
A word such as tànk normally means foot, but in a measurement context it can refer to a foot-length.
A word such as jéego means step, but can function as a distance measure.
A word such as pëcc means handful, but can function as a quantity.
Likewise, a modern word such as kilo can refer to the kilogram without needing to be treated as an entirely separate native Wolof lexical concept.
This is one reason it is useful to learn measurement expressions as phrases rather than isolated vocabulary.
Modern and Traditional Systems Together
It is tempting to divide Wolof measurement into two completely separate categories:
traditional = Wolof
metric = foreign
That would be misleading.
Modern metric vocabulary is now a normal part of Wolof usage. Wolof speakers can discuss meters, kilometers, kilograms, grams, and liters naturally, particularly in contexts where standardized measurements are expected.
At the same time, traditional measurement vocabulary remains part of the language and can be particularly useful in informal and practical settings.
The two systems can therefore coexist.
A speaker might use meetar when giving the exact dimensions of something and jéego when casually describing how far away it is. Neither expression is inherently more “Wolof” in a way that makes the other illegitimate.
Measurement Terminology and Variation
Measurement vocabulary can vary between sources.
This is especially noticeable in the spelling of borrowed metric terms:
meetar / mettar
liitar / litir
garaam / gram
kilograam / kilo
Some sources preserve a spelling closer to French or international terminology, while others represent pronunciation more explicitly in Wolof orthography.
Traditional units can show even greater variation because they may differ by region, community, object, or practical context.
For that reason, a learner should not assume that every traditional measurement has one universally fixed conversion into metric units.
When precision matters, a standardized metric unit should be preferred.
Useful Measurement Expressions
Some useful patterns include:
| Wolof | English |
|---|---|
| benn meetar | one meter |
| ñaar meetar | two meters |
| ñett kilograam | three kilograms |
| ñeent liitar | four liters |
| juróom garaam | five grams |
| ñaar pëcc | two handfuls |
| genn-wàllu liitar | half a liter |
| genn-wàllu kilo | half a kilogram |
| Ñaata kilo? | How many kilos? |
| Ñaata meetar? | How many meters? |
| Ñaata la diis? | How much does it weigh? |
The exact sentence structure can change depending on what is being measured, but these provide a useful starting point.
Learning Measurements in Wolof
A practical way to learn measurements is to organize them by what is being measured rather than trying to memorize one long list.
Length and distance
Learn:
meetar — meter
kilomeetar — kilometer
sàntimeetar — centimeter
milimeetar — millimeter
Then become familiar with:
tànk — foot
jéego — step
sebre — span
xasab — cubit
loxo — arm
Weight and mass
Learn:
kilograam / kilo — kilogram
garaam — gram
miligraam — milligram
ton — ton
Then become familiar with traditional quantities such as andaar and barigo where relevant.
Volume and capacity
Learn:
liitar — liter
mililiitar — milliliter
sàntiliitar — centiliter
Then learn practical container-based expressions such as potu liibar.
Fractions
Learn:
xaaj — half
genn-wàll — half / one half
Then practice combining them with measurement units.
Temperature
Become familiar with Celsius and numerical temperature expressions.
The Main Idea
Wolof measurements operate on the same numerical foundation as ordinary counting, but the unit gives the number its particular meaning.
A number such as:
ñaar
means two.
But:
ñaar meetar
means two meters,
ñaar kilo
means two kilograms,
ñaar liitar
means two liters,
and:
ñaar pëcc
means two handfuls.
The modern metric system provides standardized units for situations where precision is important, while traditional measurements provide practical ways of estimating or describing quantities in everyday contexts.
The most important distinction is therefore not between “Wolof measurements” and “foreign measurements,” but between standardized and contextual ways of measuring.
Once the Wolof number system is familiar, the basic structure is straightforward:
number + unit = measured quantity
The more interesting part is learning which unit is appropriate, how precise it is, and what grammatical or cultural context it belongs to.
Common Units of Measurement in Wolof
Wolof uses a mix of traditional and modern measurement systems. While the metric system is widely used in Senegal and The Gambia due to colonial influence, local terms are still common in informal settings.
| Measurement Type | Wolof | Examples |
|---|---|---|
| Length | Jépp, Mett, Weer | Weer (distance of a span) |
| Weight | Yoon, Xibaari | Xibaari (weight of a grain bag) |
| Volume | Ndund, Pëcc | Pëcc (handful) |
| Time | Waxtu, Téeméér | Waxtu (hour), téeméér (hundred) |
Measurements for Length
Length in Wolof can be expressed through traditional terms, but for formal contexts, the metric system dominates.
| English | Wolof | Pronunciation Guide |
|---|---|---|
| Meter | Mett | [met] |
| Centimeter | Senti-mett | [sɛn.ti.met] |
| Kilometer | Kilomett | [ki.lo.met] |
| Span | Weer | [wɛr] |
Measurements for Weight
Weight is often discussed using local measurements in markets and metric units in formal settings.
| English | Wolof | Pronunciation Guide |
|---|---|---|
| Kilogram | Kilo | [ki.lo] |
| Gram | Gram | [ɡram] |
| Traditional unit | Xibaari | [xi.baː.ri] |
Measurements for Volume
Volume is commonly expressed through practical, everyday units like handfuls or containers.
| English | Wolof | Pronunciation Guide |
|---|---|---|
| Liter | Litir | [li.tir] |
| Cup | Kàsu | [ka.su] |
| Handful | Pëcc | [pɛtʃ] |
Measurements for Time
Time measurements in Wolof are practical and culturally significant.
| English | Wolof | Pronunciation Guide |
|---|---|---|
| Second | Sekond | [se.kɔnd] |
| Minute | Minit | [mi.nit] |
| Hour | Waxtu | [waxtu] |
| Day | Bés | [bɛs] |
| Week | Ayu-bés | [a.ju.bɛs] |
| Month | Weer | [wɛr] |
Key Phrases for Measurements in Wolof
| English | Wolof | Pronunciation Guide |
|---|---|---|
| How much does it weigh? | Ñaata la jégg? | [ɲaː.ta la dʒɛɡ] |
| How long is it? | Ñaata mett la? | [ɲaː.ta met la] |
| Give me two handfuls. | Fay ma ñaari pëcc. | [faj ma ɲaː.ri pɛtʃ] |
| I need five liters. | Damay bëgg juroomi litir. | [da.maj bɛɡ dʒu.rɔm.li.tir] |
| Is this enough? | Ndax am solo lii? | [ndax am sɔ.lɔ liː] |
