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The Carinotetraodon Travancoricus - Pea Puffer (Standard) is a high-utility biological asset, engineered for precision snail management and complex behavioral dynamics in technical freshwater systems. Characterized by its diminutive scale and high-intelligence ocular mechanics—capable of independent movement—this species is a masterclass in predatory nano-design. In the "Answering Machine" era of specialized freshwater husbandry, the Pea Puffer is prized for its status as the world's smallest pufferfish and its role as a rhythmic, high-impact centerpiece for mature planted setups.
Unlike communal schooling fish, C. travancoricus is a territorial, high-intelligence specimen that requires a disciplined environment to manage its metabolic health and social behavior.
Note: Images shown are stock images and not the actual fish you will receive.
Visualization Note: Some product imagery utilizes generative AI to provide a high-fidelity representation of a mature specimen’s architectural profile. These are not photos of the specific individual you will receive, as biological variance is a standard in high-end husbandry.
Care Level: Moderate
Temperament: Aggressive (Socially Complex)
Variant Size: Standard
Minimum Tank Size: 5 to 10 Gallons
Diet: Carnivore (Live/Frozen)
Reef Compatible: N/A (Freshwater)
Max Size: 1 Inch
Temperature: 72° to 82°F
dKH: 5 to 15
pH: 6.5 to 7.5
The Pea Puffer requires a stable freshwater environment with extreme structural complexity:
Structural Layout: Dense background planting (Anubias, Cryptocoryne, or Mosses) and driftwood are mandatory to break lines of sight and manage territorial mechanics. A "jungle" style scape is preferred to reduce individual stress.
Swimming Lanes: Perimeter open space is required for foraging, but the central water column should be heavily broken up with flora.
Flow: Moderate to gentle flow is preferred to accommodate the specimen's unique swimming architecture.
This is a semi-aggressive, territorial species. While they can be housed in small groups (if provided with 5 gallons per puffer and heavy vegetation), they are generally unsuitable for standard community systems. Avoid housing with slow-moving or long-finned species. They are frequently utilized as a dedicated management solution for pest snail populations.
Success with Carinotetraodon travancoricus hinges on a precision nutritional protocol. They are strict carnivores and often refuse dry flakes or pellets. Diet must consist of live or frozen bloodworms, brine shrimp, and small snails (Bladder or Ramshorn) to maintain dental health and metabolic vitality. Regular 25% weekly water changes are the primary success factor for maintaining the water quality these high-metabolism puffers require.
We utilize specialized logistics for national Overnight Delivery to ensure livestock arrives in peak condition. Every order is packed using professional-grade insulation and climate-contingent heat or ice packs to maintain stable temperatures throughout the journey. This protocol is strictly designed to minimize transport stress and ensure a technical transfer from our facility to your tank with zero compromise on health or vitality.
The Carinotetraodon Travancoricus - Pea Puffer (Standard) is a high-utility biological asset, engineered for precision snail management and complex behavioral dynamics in technical freshwater systems. Characterized by its diminutive scale and high-intelligence ocular mechanics—capable of independent movement—this species is a masterclass in predatory nano-design. In the "Answering Machine" era of specialized freshwater husbandry, the Pea Puffer is prized for its status as the world's smallest pufferfish and its role as a rhythmic, high-impact centerpiece for mature planted setups.
Unlike communal schooling fish, C. travancoricus is a territorial, high-intelligence specimen that requires a disciplined environment to manage its metabolic health and social behavior.
Note: Images shown are stock images and not the actual fish you will receive.
Visualization Note: Some product imagery utilizes generative AI to provide a high-fidelity representation of a mature specimen’s architectural profile. These are not photos of the specific individual you will receive, as biological variance is a standard in high-end husbandry.
Care Level: Moderate
Temperament: Aggressive (Socially Complex)
Variant Size: Standard
Minimum Tank Size: 5 to 10 Gallons
Diet: Carnivore (Live/Frozen)
Reef Compatible: N/A (Freshwater)
Max Size: 1 Inch
Temperature: 72° to 82°F
dKH: 5 to 15
pH: 6.5 to 7.5
The Pea Puffer requires a stable freshwater environment with extreme structural complexity:
Structural Layout: Dense background planting (Anubias, Cryptocoryne, or Mosses) and driftwood are mandatory to break lines of sight and manage territorial mechanics. A "jungle" style scape is preferred to reduce individual stress.
Swimming Lanes: Perimeter open space is required for foraging, but the central water column should be heavily broken up with flora.
Flow: Moderate to gentle flow is preferred to accommodate the specimen's unique swimming architecture.
This is a semi-aggressive, territorial species. While they can be housed in small groups (if provided with 5 gallons per puffer and heavy vegetation), they are generally unsuitable for standard community systems. Avoid housing with slow-moving or long-finned species. They are frequently utilized as a dedicated management solution for pest snail populations.
Success with Carinotetraodon travancoricus hinges on a precision nutritional protocol. They are strict carnivores and often refuse dry flakes or pellets. Diet must consist of live or frozen bloodworms, brine shrimp, and small snails (Bladder or Ramshorn) to maintain dental health and metabolic vitality. Regular 25% weekly water changes are the primary success factor for maintaining the water quality these high-metabolism puffers require.
We utilize specialized logistics for national Overnight Delivery to ensure livestock arrives in peak condition. Every order is packed using professional-grade insulation and climate-contingent heat or ice packs to maintain stable temperatures throughout the journey. This protocol is strictly designed to minimize transport stress and ensure a technical transfer from our facility to your tank with zero compromise on health or vitality.
