Burmese Balanced hybrid (approx. 50% indica / 50% sativa)

Burmese is a balanced hybrid sitting at roughly 50% indica and 50% sativa, bred from a cross of a Burmese landrace and OG Kush. That pairing brings together old-world genetics from Southeast Asia and one of the most recognized cultivars in modern cannabis, resulting in a strain that carries traits from both sides of its lineage without leaning hard in either direction. The terpene profile is anchored by myrcene, terpinolene, and humulene, which together produce an aroma that reads as pine up front, layered over earthy and spicy base notes with a sweet, floral quality rounding things out. It is not a loud or aggressive nose — it is measured and complex, with the humulene in particular contributing that subtle spice and herbal character that keeps the profile grounded rather than candy-sweet. Users commonly report creative, uplifting, and social effects. The balanced indica-sativa ratio appears to support that kind of functional, engaged experience without pulling strongly toward sedation or heavy stimulation. These are reported experiences and will vary by individual, but the pattern fits what you would expect from genetics that split the difference between a grounding landrace and the more focused character of OG Kush. THC typically runs between 18% and 23%, which puts it in a moderately potent range — strong enough to be meaningful but not so far into the upper end that it becomes difficult to manage for experienced consumers. On the cultivation side, Burmese finishes flowering in approximately nine weeks, or 60 to 65 days. Yield potential is moderate, with the plant favoring the development of long colas. Terpene expression tends to be strong, which makes proper dry and cure conditions worth paying close attention to in order to preserve the aromatic qualities the strain is capable of producing. In terms of breeding significance, Burmese has been used to produce Burmese Kush, which carries its genetics forward into a next-generation cross. For breeders working with OG-derived material or looking to reintroduce landrace structure and terpene complexity into a line, it represents a useful and documented stepping stone.