Can Ocellatus Gold and Teacup Stingray (Common Freshwater Ray) Live Together?

Ocellatus Gold is a semi-aggressive species (8/10), while Teacup Stingray (Common Freshwater Ray) is moderately assertive (6/10). This modest difference means Ocellatus Gold may occasionally assert dominance over Teacup Stingray (Common Freshwater Ray).

Ocellatus Gold and Teacup Stingray (Common Freshwater Ray) both frequent the Bottom (Substrate) region of the setup. This overlap can increase competition for space, so providing ample room and cover is important to keep both species comfortable.

The safe temperature window for both species falls between 24°C and 27°C. Aim for the midpoint of this range (around 25.5°C) for optimal comfort.

The pH requirements of Ocellatus Gold (8–9) and Teacup Stingray (Common Freshwater Ray) (6–7.5) do not overlap, making it impossible to satisfy both species simultaneously.

For general hardness, the shared comfort zone is 10–12 dGH. Regular testing will ensure conditions stay within this range.

To house Ocellatus Gold and Teacup Stingray (Common Freshwater Ray) together, plan for an aquarium of at least 750 litres with a minimum length of 180 cm. This recommendation combines the stricter species minimums with a community-load allowance so the pairing has realistic long-term space and filtration headroom.

Providing a mix of open swimming space and sheltered areas with rocks, driftwood, or plants will keep both species comfortable and allow natural behaviour.

Specific environmental needs for this combination include: Sand (Sifters), Shells (Breeding/Hiding), Smooth Gravel (Sensitive Barbels). Meeting these requirements will help both species thrive.

Both species do well with moderate (standard) water movement, so a standard filtration setup rated for the tank volume should suffice.

Ocellatus Gold and Teacup Stingray (Common Freshwater Ray) are the kind of pair that can look acceptable in a shop but become a maintenance problem at home. The main risk is not a single number in the chart; it is the way incompatible behavior, water needs, or pressure on space compounds over time once both fish are established in the same tank.