Raspberry Cough Sativa-dominant hybrid (~70% sativa / 30% indica)

Raspberry Cough is a sativa-dominant hybrid, running approximately 70% sativa and 30% indica, produced by crossing ICE with Haze #1. That lineage places it squarely in territory familiar to growers who appreciate sativa structure with enough indica influence to keep things manageable. THC content typically falls in the 15% to 20% range, making it a moderately potent variety without pushing into the extreme end of the spectrum. The terpene profile centers on limonene, myrcene, and caryophyllene, a combination that translates well to the nose and palate. Flavor reports consistently include berry and sweet notes alongside earthier, spicier undertones and a subtle floral quality. The berry character is the most forward element and likely where the name draws its association, though the earthiness and spice from myrcene and caryophyllene keep the profile grounded rather than candy-sweet. Users commonly report effects that lean creative, uplifting, and social. This is a strain people tend to reach for when they want mental engagement rather than sedation, which lines up predictably with the sativa-dominant genetics. The Haze #1 parentage in particular is well known for contributing that kind of cerebral, communicative quality, and Raspberry Cough appears to carry that characteristic forward. From a cultivation standpoint, Raspberry Cough is rated moderate in difficulty, meaning it is not the best choice for a first-time grower but is well within reach for anyone with a couple of grows under their belt. Flowering runs 9 to 11 weeks, a window consistent with sativa-leaning genetics that need a little extra time to finish properly. Yield potential is moderate to high, so the time investment is generally rewarded. The sativa structure typically means taller, more open growth, and growers should plan accordingly when working in confined spaces. In terms of breeding significance, Raspberry Cough holds a concrete place in documented cannabis genetics as a parent used in the development of Blackberry. That contribution alone gives it standing beyond its own merits as a finished product and makes it a variety worth understanding for anyone interested in how modern strain families connect back through their parent lines.