Hypo IMG Aztec 100% het Anery Boa

Hypo IMG Aztec 100% het Anery Boa

Elevate your collection with this Hypo IMG Aztec 100% het Anery Boa—a beautifully patterned, genetically exceptional snake prized by both experienced keepers and first-time boa enthusiasts. This morph features a striking Aztec pattern enhanced by the Hypo gene, creating clean, bright contrast and a stunning visual impact. With 100% het Anery, this snake carries the potential to produce future Anerytristic offspring, making it a valuable addition for breeders and collectors alike.

Known for a calm temperament and strong feeding response, this boa adapts well to routine handling and care, making it a manageable and rewarding species for hobbyists at all levels.

Highlights

Stunning Aztec pattern with Hypo-enhanced brightness

100% het Anery for future breeding potential

Calm, alert, and handle-friendly temperament

Healthy, well-started, and thriving with proper husbandry

Care Notes

Provide an appropriately sized enclosure with secure hide boxes, regulated humidity, temperature gradients, and a consistent diet of pre-killed rodents. Proper husbandry ensures optimal health, coloration, and longevity.

Health Guarantee & Policy

We prioritize the health and wellbeing of our animals. This Hypo IMG Aztec 100% het Anery Boa comes with a health guarantee for 72 hours after delivery, covering any issues that may be apparent at the time of arrival.

Buyer is responsible for veterinary care beyond the guarantee period.

Shipping and handling are carefully managed to minimize stress, and snakes are securely packed to ensure safe transport.

We recommend quarantine and a vet check for all newly acquired reptiles.

Refunds or exchanges are handled case-by-case within the guarantee period, with proper documentation.

Whether for display, breeding, or your personal collection, this Hypo IMG Aztec 100% het Anery Boa offers exceptional genetics, captivating patterns, and a docile nature that makes it a standout addition to any collection

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the progressive darkening of the IMG gene