Clockwork Purple

Clockwork Purple

Clockwork Purple

Hybrid AI Generated

Overview

Clockwork Purple is a hybrid cannabis strain developed by East Coast Cultivars, created as a self-crossed (S1) version of Boston Cream Pie from Mass Medical Strains. The breeder created this strain specifically because they wanted more access to Boston Cream Pie genetics, which had been their favorite flower to grow and smoke for many years. This strain represents a unique approach to preserving and expanding access to beloved genetics through selective breeding.

The strain exhibits distinctive growing characteristics, producing short to medium-sized plants that yield consistently regardless of phenotype expression. Notable features include fox-tailing in flower development, where bracts swell significantly toward the end of flowering. The strain requires patience during harvest timing as white pistils continue developing into later flowering weeks, making trichome observation essential for proper harvest timing. Plants display variable growth patterns, with shorter phenotypes developing tight internodes and bushy structures ideal for space-constrained grows, while taller phenotypes stretch branches at sharp angles toward light sources.

Effects

Reported Medical Uses

  • Users report general wellness benefits
  • May provide balanced effects for various conditions

This is not medical advice. Consult a healthcare professional.

Possible Negative Effects

  • Dry mouth
  • Dry eyes
  • Potential overconsumption effects

Growing Information

Clockwork Purple is suitable for both indoor and outdoor cultivation with a flowering time of 56-70 days (approximately 8-10 weeks). Plants exhibit a 2x stretch during flowering and produce medium yields. The strain is considered relatively easy to grow and is available only in feminized seeds. Growers should expect fox-tailing flower development and should rely on trichome color rather than pistil development for harvest timing. Short phenotypes are ideal for space-saving grows, while taller phenotypes benefit from training techniques like staking or tying to ensure even light distribution.

Genetics

Parent Strains

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