Gelato Auto from PowerStrains® is a famous autoflower and belongs to the famous Cookies family. So it should come as no surprise that this is a real dessert, with its sweet, dessert-like flavours.
Gelato Auto from PowerStrains® is the autoflowering version of Gelato. The dessert among cannabis strains, given its delicious flavours. Thanks to its high resin production, this cannabis strain is great for making cannabis oil or other extracts.
– Great for making extracts
– Has the well-known sweet Cookies flavours
– Can be grown both indoors and outdoors
– Autoflowering cannabis strain, flowers automatically
Gelato Auto grows and flowers to 120 cm in 9-10 weeks and has an indica-like structure. Her hard resinous buds are covered with orange flowering hairs and they can have a light purple colour.
Gelato Auto has a very high THC content, up to 26%. She delivers you an energetic, uplifting effect, perfect for creative activities. Undoubtedly one of the most potent autoflowering cannabis strains today.
- Strain Type: Autoflower strain
- Indica / Sativa: 45% indica/55% sativa
- Genetics: Sunset Sherbet x Thin Mint GSC
- THC: High (to 26%)
- CBD: Low
- Flowering time: 9-10 weeks (seed to harvest)
- Yield Outdoor: High (450-500 g/m2)
- Yield Indoor: High (450-500 g/m2)
- Height Indoor: 70-100 cm
- Height Indoor: 120 cm
- Effects: Energetic, uplifting, happy
- Flavor: Sweet, cookies
Strain FAQ
What are the genetics in the Gelato Strain?
Sunset Sherbet and Thin Mint Girl Scout Cookies created gelato, known as Larry Bird. Gelato's unique scent and potent effects come from this potent genetic mix.
Do genetics affect cannabis strain sweetness?
Absolutely! Sweet strains include Indica and Sativa genetics. This genetic variability gives hybrid strains a wide range of sweet flavours.
Why do Sativa-dominant strains flower slower than Indicas?
Sativa-dominant strains flower slower than their indica cousins, usually in around 60–90 days. Their sluggish pace reflects their equatorial heritage, where longer growing seasons have moulded their growth patterns.