- Type
- Indica/Sativa hybrid
- Heritage
- indica / sativa
- Flowering
- 67 days
- Seeds
- feminized
- Feminized
- yes
- Autoflowering
- no
Genetics
About this release
Grease Slapper Feminized is a 55% indica-dominant hybrid created by Sensi Seeds’ Breeding Grounds alongside our friends at DNA Genetics. The strain combines DNA Genetics’ Richard Petty 43 with Sensi Seeds’ original Banana Kush Cake to create an incredibly dense and bushy plant with an average height and high yields.
These plants tend to grow more outwards than upwards, which can make them a challenge in confined spaces. However, their versatile growth pattern means that they respond rather well to a majority of advanced growing techniques, allowing growers full control over the final size and shape of the plant. Additionally, the long branches and open canopy allow for fantastic light penetration and airflow.
Growth pattern of Grease Slapper FeminizedGrease Slapper Feminized cannabis seeds tend to grow into incredibly bushy plants with long, slender branches and significant internodal spacing. The lower branches are likely to grow nearly as tall as the main stem while also growing outwards and developing large, dense buds. Despite the branches' slim nature, they are pretty robust and more than capable of supporting the flowers’ weight.
If grown indoors, Grease Slapper Feminized can grow to an average height of 70-110 cm and can produce high yields of 400-550 grams per square metre over their 65 to 70-day flowering period. When grown outdoors, under natural sunlight, these plants can reach nearly double that size with heights of 100-200 cm and yields of 475-650 grams per plant.
The buds from Grease Slapper Feminized are large and dense with a frosty, almost sugar-coated appearance with a blend of vibrant greens and golds, accented by bright orange pistils. Much like the rest of the plant, the buds are covered in dense vegetation, which, combined with the large number of flowering sites, makes trimming a time-consuming chore.
Grease Slapper Feminized cannabis plants respond incredibly well to a range of advanced growing techniques. Their long, slender branches make th