Oldtimes

Oldtimes is a indica cannabis strain with up to 22.0% THC, known for its relaxed effects and earthy and pine flavor profile.

Oldtimes is a classic indica-dominant cannabis strain developed by the British seed company Ugorg (Underground Originals). The strain was created by crossing two legendary parent strains: the indica powerhouse Sensi Star and the resinous, flavorful Old School Skunk. Ugorg developed Oldtimes specifically to preserve and enhance the desirable traits of older cannabis genetics that were becoming increasingly rare in modern breeding programs. The strain represents a deliberate effort to maintain the robust growth patterns, distinctive aromas, and balanced effects characteristic of traditional indica varieties that were popular in the 1990s and early 2000s.

Visually, Oldtimes plants typically display a classic indica structure with broad, dark green leaves and dense, resinous buds. The flowers often exhibit a deep green coloration with occasional purple hues that can emerge under cooler nighttime temperatures. The buds are usually covered in a thick layer of trichomes, giving them a frosty appearance. The strain is known for its relatively compact growth pattern, making it suitable for indoor cultivation where space may be limited. Oldtimes has gained recognition among cannabis connoisseurs for its reliable performance and consistent expression of traditional indica characteristics.

Notable features of Oldtimes include its resilience during cultivation and its balanced, long-lasting effects. The strain has maintained popularity in the United Kingdom and Europe, particularly among growers who appreciate its straightforward cultivation requirements and consistent results. While not as widely available as some commercial hybrids, Oldtimes has developed a dedicated following among those seeking a traditional indica experience with modern cultivation advantages. The strain represents an important preservation effort in cannabis breeding, maintaining genetic diversity and historical lineage within the broader cannabis gene pool.