Han Solo Burger Indica-dominant hybrid (approx. 70% indica / 30% sativa)

Han Solo Burger is an indica-dominant hybrid, running approximately 70% indica and 30% sativa, produced by crossing GMO with Larry OG. That parentage accounts for a lot of what this strain brings to the table — the pungent, fuel-driven character of GMO combined with the structured, resin-heavy traits of Larry OG make for a cross that leans hard into potency and yield. The terpene profile is built around limonene, myrcene, and caryophyllene, which together produce an aroma and flavor that layering citrus and pine over a base of earth, diesel, and spice. It is not a subtle combination. The citrus comes through cleanly at the front, but the diesel and earthy notes anchor everything and tend to linger. Growers working with this strain should expect the smell to be pronounced through late flowering. Effects are commonly reported as relaxing, consistent with the indica-dominant genetics. THC levels test in the 26%–32% range, which puts this strain firmly in high-potency territory. Users report this as a strain that settles the body and quiets things down, making it most suited to evening use in the experience of many who have grown and consumed it. From a cultivation standpoint, Han Solo Burger has a flowering window of 9 to 10 weeks, or roughly 63 to 70 days. Yield potential is high, and the plant is known for producing long, jagged colas with substantial resin coverage. That structure and resin production make it well suited to extraction work in addition to flower production. Growers can expect the colas to be visually distinctive — extended and irregular in shape rather than compact and uniform. The strain's significance extends beyond its own performance. Han Solo Burger has been used as a parent in breeding several subsequent strains, including Donny Burger, Hash Burger, and Hush Burger. That output speaks to how well its traits — potency, structure, and terpene profile — carry forward into offspring. For breeders working in the GMO lineage space, it has become a reliable node in that genetic network, passing on characteristics that have clearly proven useful across multiple crosses.