Six Shooter Auto Feminised Seeds
Setting their sights on the goal of creating a super productive autoflowering strain, Fast Buds thought long and hard about the traits that their geneticist could select to attain maximum results - unprecedentedly high yield and powerful effect - to greatly exceed what is just "a good autoflower".
Fast Buds selected the best of the best - the FastBuds flagship strains: Chrystal METH and Mexican Airlines.
This strain is the largest, most massive, heaviest-yielding autoflower in Fast Buds catalogue. It reaches a height of approximately 100 to 140 cm, exhibiting a beefy, elongated central cola surrounded by side colas of relatively more modest size. Also worth noting is the excellent, productive branch structure and shape in relation to the central stem and cola. Its bright green leaves are desirably sparse and have a rounded shape.
Flowering occurs 3 to 4 weeks after the emergence of the first true leaves. It is surprising that such a high-yielding autoflower is ready for harvest in just 9 weeks. Final yields reach a staggering 500 to 750 grams per square meter.
Overall, Six Shooter won't stink up the barn. But that doesn't mean it ain't fragrant like the finest brothel. During mid-flowering a subtle citrus fragrance mingled with fine incense becomes apparent. The smoke has a soft, resinous herbal aroma.
Each smokin' toke of Six Shooter hits the target dead center. Right after the first inhale you'll fly first class on Mexican Airlines to your own Chrystal Paradise. The effect is as sudden and profound as a barrage of explosive bullets fired by the quickest hand in the Wild West. Initially, the effect is precisely and totally in the head, then spreads to the body. Even if your tolerance is high, Six Shooter will strike you hard and unrelentingly with its unstoppable power.
Six Shooter - it's always fully loaded: attractive citrus-incense aroma with a smooth, fresh smoke that's complemented by notes of pepper, and in possession of such a strong effect that it will leave you disoriented in space and time.