Gold African Dwarf Frog (Hymenochirus sp. "Gold")

Recognise the gold dwarf frog and the exact offer

Gold African Dwarf Frog is the trade name for the golden form identified here as Hymenochirus sp. “Gold”. It is a fully aquatic frog from a genus native to parts of Equatorial Africa. It suits keepers prepared to provide a dedicated aquarium, gentle filtration, an observable daily carnivorous feeding routine and careful compatibility planning.

At genus level, the African dwarf frog overview describes Hymenochirus as a genus of aquatic frogs native to parts of Equatorial Africa. African dwarf frogs are commonly confused with the similar-looking African clawed frog. The practical identification points are the four webbed feet and eyes positioned at the sides of the head in African dwarf frogs; African clawed frogs have two webbed feet and eyes on top of the head.

Understand what one purchase means

The exact species has not been identified, so the care advice here follows the genus Hymenochirus and its care group.

The 2 cm figure describes the dispatch grade, not a final adult size. Plan the aquarium around OATA’s 5 cm African-dwarf-frog group reference and the needs of the intended group rather than treating a small arriving animal as the measure of permanent space.

Sex is guaranteed only when the selected option explicitly states male or female. This Gold African Dwarf Frog listing has no sex-guaranteed option.

The gallery images are representative of this type of animal rather than photographs of the exact animal supplied, so colours can look slightly different from the live animal.

Check the decisive care numbers before choosing

OATA’s aquatic-frog guidance sets 22–25°C, pH 7.0–8.0 and medium-hard water for frogs and their care group. Use these as broad planning values for this unidentified member of Hymenochirus, rather than treating them as a unique optimum for one named species.

A 50-litre aquarium is the minimum group benchmark, not a reason to crowd the floor area. A longer and wider shape provides more usable surface area, while a larger volume usually makes temperature and water quality more stable. Choose the intended group before buying the aquarium so its footprint, filter and maintenance routine can support the finished plan.

Decide whether this care routine suits you

This is a specialised aquarium inhabitant rather than a fish-shaped addition to an ordinary community. The decisive test is whether the aquarium can meet its water, flow, feeding and compatibility needs together.

Choose a long, wide aquarium with a safe base

Plan at least 50 litres for a small group of African dwarf frogs. Treat “at least” as the starting point: a larger aquarium normally holds more stable environmental conditions, while a long and wide footprint gives the frogs more usable area than a narrow shape of similar volume.

Build the permanent layout around the group plan

The catalogue dispatch grade is 2 cm, while OATA says African dwarf frogs grow to 5 cm. Use that group planning reference from the beginning so the aquarium is not chosen around the arriving animal’s dispatch size. Decide the intended group and permanent footprint before adding livestock.

Aquatic frogs remain submerged throughout their lives, so the entire aquarium must function as their living space. Keep the layout straightforward enough that you can see the animals feed, locate leftover food and reach the base with a siphon during weekly maintenance. Visibility is a husbandry tool: it lets you notice reduced feeding, unusual swimming or changes in body condition early.

Prepare the aquarium before the frogs arrive

Complete the layout, filtration and water checks before introducing the animal. Our first aquarium preparation guide explains how to establish and mature the system before livestock is added. Maturation belongs to the biological filter, where beneficial bacteria process waste; it is not achieved merely by leaving an aquarium full of water.

Do not use the 50-litre benchmark in isolation. A suitable plan combines adequate volume, a long and wide footprint, a safe base, controlled flow and enough filter capacity for the intended group. If any one of those elements is missing, resolve it before introduction rather than expecting the frogs to compensate.

Mature the filter before introducing livestock

A filter is essential in an aquatic-frog aquarium. It must be efficient enough to process the waste and feeding load, but its outlet must not produce a strong flow. Choose and position it with both requirements in mind rather than reducing filtration simply to make the aquarium calmer.

The RSPCA’s aquarium filtration guidance explains the biological process behind this requirement. Waste produces toxic ammonia. Beneficial bacteria in a working biological filter convert ammonia to nitrite, which is also toxic, and then to the safer end product nitrate. A clean-looking aquarium can therefore remain unsafe when its bacterial population is not ready for the livestock and food entering the system.

Use these checkpoints before introduction

1. Run a complete filter: it needs biological media and enough capacity for the intended livestock load.
2. Allow the filter to mature: beneficial bacteria must become established before the frog is introduced.
3. Test the water: ammonia and nitrite must both read zero mg per litre.
4. Check the outlet: filtration must remain effective without turning the aquarium into a strong-current environment.
5. Add livestock gradually: the bacterial population must expand whenever the number of animals and the amount of food increase.

Adding several animals or increasing feeding quickly can create new tank syndrome. In that situation, the waste load rises faster than the nitrifying bacterial population can respond, allowing ammonia or nitrite to reach harmful levels. Prevent it by making each addition only after the aquarium is ready and continuing to test as the biological load changes.

Judge the filter by water results, not appearance

Clear water is not a substitute for ammonia and nitrite tests. Likewise, a running motor shows only that water is moving; it does not show that the biological media can process the aquarium’s waste. Use zero ammonia, zero nitrite and controlled nitrate as the practical indicators.

Once the aquarium is occupied, protect the filter bacteria during maintenance. Check the filter for blockages, but do not run biological media under the tap because any chlorine or chloramine present may kill the established bacteria. The weekly maintenance section gives the cleaning method.

Keep the water within the planning range

Set the aquarium within 22–25°C and pH 7.0–8.0. General hardness should be medium-hard at 8–18°dH, while carbonate hardness should be 10–15°dKH. Measure the aquarium rather than relying on a label attached to tap water or equipment.

Ammonia and nitrite are pass-or-fail introduction values: both must be zero. Temperature, pH and hardness establish whether the aquarium falls inside the planning range. Nitrate is assessed against the water entering the aquarium because the stated limit is relative to the normal tap-water level.

Apply the nitrate rule with a worked example

If the normal tap water measures 10 mg per litre nitrate, the aquarium should not exceed 30 mg per litre under the “20 mg per litre above tap” rule. If the tap-water result is 20 mg per litre, the corresponding ceiling is 40 mg per litre. Test the tap and aquarium with the same units so the comparison is meaningful.

Use our water chemistry guide to understand what each measurement represents, then enter the measured values in the water matcher to compare the aquarium with this planning range.

Respond to a result outside the range

Pause any planned livestock addition when ammonia or nitrite is detectable. Review filter maturity, recent increases in feeding or livestock, and the maintenance routine before proceeding. If nitrate has risen too far above the tap-water baseline, carry out the scheduled conditioned-water change and remove accumulated waste. When temperature, pH or hardness falls outside the planning range, correct the aquarium plan before introducing the frog.

Feed a size-appropriate carnivorous diet once daily

Aquatic frogs are carnivores. Feed frozen meaty foods selected for the size of the individual, and supplement them with specialist prepared pellets so the diet includes added vitamins. For a frog dispatched at the 2 cm catalogue grade, begin with appropriately small items rather than food intended for a much larger aquatic frog.

Choose food by the frog’s size

Prepared food may not be recognised immediately. Aquatic frogs can take time to accept pellets when they are not accustomed to them, and they are unlikely simply to scavenge unfamiliar prepared food from the aquarium floor. Frozen or live food may therefore need to be offered alongside the prepared feed while the frog learns that the pellets are edible.

Make every feeding observable

Present a modest, size-appropriate portion and watch the frog during the 15-minute feeding window. Observation confirms whether it finds the food, whether another animal takes the food first and whether prepared items are being accepted. This is more useful than adding extra food and assuming it will eventually be found.

Remove leftovers after the feeding period. Uneaten meaty food adds to the waste that the biological filter must process, so leaving it behind works against the zero-ammonia and zero-nitrite targets. If food repeatedly remains, review the portion, item size and whether the animal recognises that food rather than extending the feeding period.

Use feeding response as a daily checkpoint

• Note whether the frog approaches or accepts food.
• Check that the item is small enough for the individual.
• Confirm that every frog in a group has an opportunity to feed.
• Remove uneaten food after about 15 minutes.
• Investigate a reduced intake together with the latest water-test results.

Do not use additional feed to compensate for poor access or heavy competition. Change the feeding arrangement or compatibility plan so the frog can eat within the normal session without excess food degrading the aquarium.

Complete the weekly maintenance cycle without harming the filter

Carry out a partial water change of 25% at least once every week. Use a siphon to remove solid waste from the sand or bare base, and treat replacement tap water with conditioner to remove chlorine or chloramine before it enters the aquarium.

Convert the percentage into a practical volume

These examples show the weekly 25% volume. Measure the volume removed rather than judging only by the water line, and combine the change with waste removal so the base is left free of decaying food and solid waste.

Test before maintenance hides a developing problem

Test the aquarium at least weekly for ammonia and nitrite, both of which must remain at zero mg per litre. Check nitrate against the normal tap-water level and keep it from exceeding that baseline by more than 20 mg per litre. Recording the results before the water change makes a rising trend easier to recognise.

1. Measure temperature and the weekly water values.
2. Siphon waste while removing 25% of the aquarium water.
3. Condition the replacement tap water against chlorine and chloramine.
4. Refill while keeping the aquarium within 22–25°C.
5. Check the filter for reduced flow or blockages.
6. Record the results and any changes in feeding or behaviour.

Clean filter media while preserving bacteria

When filter media needs cleaning, rinse it lightly in aquarium water removed during the partial change. Do not run it under the tap because any chlorine or chloramine present may kill beneficial bacteria and reduce the filter’s ability to process ammonia and nitrite.

A filter should be checked, not stripped down automatically. Clean enough to clear a blockage or restore function while retaining the established bacterial population. After any filter problem, livestock increase or feeding increase, test the water closely because the balance between waste and bacterial capacity may have changed.

Introduce the frog only after the aquarium passes its checks

Before introduction, confirm that the aquarium is large enough for the intended plan, the filter is mature, the flow is not strong and the measured water falls within the planning range. Ammonia and nitrite must both be zero mg per litre. Resolve any failed check before adding the animal.

Use a pre-introduction checklist

• Space: at least 50 litres for a small group, with a long and wide footprint.
• Base: bare or sand to protect delicate skin.
• Filtration: efficient biological filtration without a strong current.
• Temperature: 22–25°C.
• pH: 7.0–8.0.
• Hardness: 8–18°dH general hardness and 10–15°dKH carbonate hardness.
• Waste tests: zero ammonia and zero nitrite.
• Feeding plan: suitably small carnivorous food ready for one daily session.

Increase the number of frogs or other livestock slowly. Every added animal and every increase in feeding raises the waste load, while the beneficial bacterial population needs time to expand. Gradual additions reduce the risk of new tank syndrome caused by ammonia or nitrite rising faster than the filter can process them.

Receive and acclimatise the delivery

Follow our current delivery and Live Arrival Guarantee policy when receiving the animal.

1. Be present to receive the parcel so it is not left unattended.
2. Start filming before opening, with the parcel still sealed and the outer box visible.
3. Open the parcel in one continuous take and show the animal while it remains inside the sealed bag.
4. Float the bag for 20–30 minutes before releasing the animal.
5. Never pour the bag water into the aquarium.

Make the first observations count

At the first daily feeding sessions, allow about 15 minutes and confirm that the frog locates and accepts appropriately sized food. Remove leftovers and note any reduced interest. Check swimming, hiding, colour and body condition without assuming that a single posture has one fixed meaning; compare any change with the latest water results.

Test immediately if the frog shows a concerning change rather than waiting for the next weekly session. Water quality is the first practical check because even small amounts of ammonia or nitrite can stress aquatic frogs.

The first-week objective is consistency: keep the aquarium within its planned range, complete the daily feeding observation, remove leftovers and avoid rapidly increasing the biological load. These checkpoints reveal whether the aquarium and filter are coping before more livestock is considered.

Respond to health changes with immediate water tests

Learn the frog’s normal feeding response, colour, swimming and hiding pattern so a change is noticeable. Daily feeding provides a regular observation point, while the weekly test and maintenance record helps connect a behavioural change with water quality or a recent increase in biological load.

Watch for practical warning signs

Start with measured conditions rather than guessing from appearance. Ammonia and nitrite must be zero mg per litre, nitrate must remain within 20 mg per litre of the normal tap-water level, and temperature should remain between 22°C and 25°C. Check for a blocked filter or a recent rise in livestock or feeding if waste values have changed.

Separate observation from diagnosis

A warning sign tells you to investigate; it does not identify a disease on its own. Record when the change began, the current water results, whether the frog ate, and whether another animal interfered. Clear observations make the next decision more reliable than treating a single symptom in isolation.

Correct an aquarium-management issue immediately when the cause is clear, such as detectable ammonia, untreated replacement water, a blocked filter or uneaten food. If the concerning change continues, or if spots, growths, breathing changes or loss of condition appear, contact us for health guidance. Keep the latest water values and a description of the change ready.

Prefer a species-only aquarium for predictable care

Aquatic frogs are best kept in species-only aquariums. For Gold African Dwarf Frogs, that approach removes the principal mixed-community risks: fish small enough to be swallowed, fish large enough to cause stress, nipping, predation and competition during the frog’s limited feeding window.

Understand what species-only means

A species-only aquarium may hold a suitably planned small group of African dwarf frogs; it does not have to mean a single animal. Use at least 50 litres for a small group, choose a long and wide footprint, and make sure filtration can process the group’s waste without producing a strong current.

A precise compulsory group count should not be inferred from the genus name. Use the small-group aquarium benchmark when keeping several frogs and increase livestock gradually so the biological filter can adapt to the added waste and feeding.

Do not use a general label such as “peaceful community fish” as the whole compatibility test. Adult size, mouth size, predatory behaviour, nipping and access to food are separate decisions. A fish can fail one screen even when it passes another.

Species-only keeping also makes daily observation clearer. You can see whether each frog finds food during the 15-minute window, remove leftovers efficiently and respond quickly to changes in swimming or body condition without first separating the effects of several unrelated animals.

Screen every mixed-community plan before adding fish

African dwarf frogs may be kept with some fish, but only when every candidate passes the same practical screen. The honest starting point is uncertainty: compatibility depends on the fish’s adult size, mouth size, nipping, predatory behaviour, effect on the frog and behaviour at feeding time.

Apply the screening questions in order

1. Could the frog swallow the fish? If it can fit in the frog’s mouth, avoid the combination.
2. Could the fish stress the frog through size? Avoid fish that are too large for a calm shared set-up.
3. Does the fish nip? Avoid a nippy candidate rather than relying on a broad temperament label.
4. Is it predatory? Avoid predatory fish.
5. Can the frog feed successfully? Reject a plan in which the fish consumes the food before the frog can locate and accept it.
6. Can the filter handle the combined load? Add livestock slowly and confirm zero ammonia and zero nitrite after the biological load changes.

Ask us for a stocking and compatibility assessment when you can give the aquarium volume, footprint, measured water values, filter details and the exact fish being considered. A named candidate can then be tested against the compatibility checks instead of being presented as a universal tank mate.

If you are choosing between this frog and other unusual aquatic animals, browse the loaches and oddballs collection as a comparison of separate choices, not as a recommendation to combine them. Each animal still needs its own adult-size, water, feeding and compatibility assessment.

Answer the key questions before choosing

How big does a Gold African Dwarf Frog get?

For aquarium planning, OATA’s aquatic-frog guidance says African dwarf frogs grow to 5 cm. This frog is identified only to the genus Hymenochirus, so use 5 cm as a group planning reference rather than a species-specific maximum.

What size aquarium does a Gold African Dwarf Frog need?

OATA recommends at least 50 litres for a small group of African dwarf frogs. Choose an aquarium that is as long and wide as reasonably possible, with a bare or sand base and filtration that does not create a strong current.

How many Gold African Dwarf Frogs should I keep together?

OATA supports a small-group plan but does not make a particular count compulsory. Use at least 50 litres when keeping a small group, prefer a species-only aquarium and add animals gradually so the biological filter can adjust.

Does a Gold African Dwarf Frog suit beginners?

Choose it if you can provide a dedicated aquatic set-up, gentle filtration, daily carnivorous feeding, weekly testing and a 25% partial water change at least once a week. The aquarium must maintain zero ammonia and zero nitrite.

What does this frog eat?

OATA’s aquatic-frog guidance recommends a carnivorous diet once daily. Smaller frogs can take brine shrimp, bloodworm and other insect larvae, supplemented with specialist prepared pellets; allow about 15 minutes for feeding and remove uneaten food.

What temperature and pH does this frog need?

OATA’s aquatic-frog group guidance gives 22–25°C, pH 7.0–8.0, general hardness of 8–18°dH and carbonate hardness of 10–15°dKH. Keep ammonia and nitrite at zero mg per litre and nitrate no more than 20 mg per litre above the normal tap-water level.

Is this frog aggressive or likely to nip fins?

Plan around predation rather than assuming community compatibility: aquatic frogs will eat fish they can fit in their mouths. OATA advises species-only keeping and says to avoid fish that are too large, nippy or predatory because they will stress the frog.

Which animals can this frog live with?

OATA prefers a species-only aquarium for aquatic frogs. African dwarf frogs may live with some fish only when the fish cannot be eaten, is not too large, nippy or predatory, and does not prevent the frog from feeding.

How does a Gold African Dwarf Frog arrive alive in the UK?

Start filming before opening, with the parcel still sealed and the outer box visible, then continue as it is opened and show the animal inside the sealed bag. Someone must be present to receive the parcel. Float the bag for 20–30 minutes before releasing the frog, and never pour the bag water into the aquarium.

Read the principal identity and welfare references

• African dwarf frog genus overview — genus identity, Equatorial African origin and distinction from African clawed frogs.
• OATA aquatic frogs and axolotls — UK group guidance on aquarium size, water, feeding, maintenance, introduction and compatibility.
• RSPCA aquarium environment guidance — biological filtration and the conversion of ammonia through nitrite to nitrate.