From The Morph Archive, this Granite Burmese Python art print features Python bivittatus, showcasing the Granite morph known for its intricate speckled pattern, enhanced contrast, and beautifully fragmented markings. This distinctive morph offers a unique interpretation of one of the world's largest snake species.
Illustrated by Mingo X, this biological illustration highlights realistic scale detail, complex morph patterning, and anatomical accuracy while celebrating the diversity of captive-bred reptile genetics.
A beautiful addition for collectors of Burmese python morphs and reptile biological illustrations.
The original style offers a theme of classic technical illustrations often seen in biological fields via textbooks and other similar scientific media. It includes the common name for the species as well as the most up to date Latin name for the species.
The textless style offers a minimalist artistic style that transforms the natural existence of these wonderful species into decorative art. This style highlights the beauty of the Theraphosidae family without the technical side associated with the classifications.
Frames are not included.
Available Size(s):
4x6 inches / 10x15 cm
5x7 inches / 13x18 cm
8.5x11 inches / 22x28 cm
11x14 inches / 27x35 cm
11x17 inches / 27x43 cm
13x19 inches / 33x48 cm
Quality prints:
These high-quality prints are made with professional printing equipment, and your satisfaction with the final result is guaranteed. If you are not happy with the prints for any reason, please contact me here or by email.
Processing and Delivery:
Glossy Photographic prints will ship the next business day.
US delivery in 4-6 business days. International delivery in 1-3 weeks.
Contacting the shop:
You can reach me by sending me a message via the contacts page, you will receive a response within a few hours to 1 business day. I am very responsive and will always try my best to reply to your messages as quickly as possible.
All prints in this shop are made from illustrations by Mingo Xie, available via The Morph Archive, all rights reserved.
