Quick One

Overview

Quick One, developed by Royal Queen Seeds, holds the distinction of being one of the very first commercially available autoflowering strains and remains a benchmark variety in the autoflowering category to this day. Created from a cross of Williams Wonder and Skunk with ruderalis genetics, Quick One was designed from the ground up to deliver the fastest possible harvest without compromising on aroma, flavor, or effect quality. With a seed-to-harvest timeline of just 55 to 65 days, it is among the quickest autoflowering strains ever bred and continues to be a go-to choice for growers who prioritize speed above all else. Despite its rapid development, Quick One produces dense, aromatic buds coated in a satisfying layer of trichomes. The plant structure is compact and bushy, typically reaching between 50 and 70 centimeters indoors and slightly taller outdoors, making it suitable for discreet cultivation in small spaces, balconies, and closet grows. Yield expectations are modest but consistent—indoor growers can achieve around 150 to 325 grams per square meter, while outdoor plants typically yield between 30 and 100 grams per plant depending on conditions and growing season. The aroma is classically earthy and woody with a pleasant herbal sweetness derived from its Skunk heritage. Dominant terpenes include myrcene, caryophyllene, and pinene, which contribute to the strain's signature fragrance and its gently relaxing, indica-leaning effects. At 13 to 16 percent THC, Quick One offers a mild to moderate potency suitable for beginners, casual users, and medical patients seeking subtle relief without overwhelming sedation. Effects are calming and mildly euphoric, making the strain suitable for late afternoon or evening use. Medical cannabis patients appreciate Quick One for managing stress, mild anxiety, muscle tension, and restlessness. Its exceptional speed, reliable genetics, and beginner-friendly growth characteristics make Quick One a timeless choice for autoflower cultivators at every experience level.

Effects

Terpenes

Genetics