Slam Dank Feminized Sensi Seeds

Slam Dank Feminized is a true 50/50 Indica/Sativa hybrid, bred by Sensi Seeds Research from a genetically extremely diverse line. One parent is a cross between our own High School Reunion (itself a blend of eight of our classic strains) and White Ice. The other parent is a cross between Gary Payton and Burmese Pie. This gives Slam Dank Feminized a very balanced terpene profile.

With a compact Christmas tree structure and minimal odor, Slam Dank Feminized is an ideal choice for growers with limited space or those who value discretion. The plants are thick and slow-growing, which can limit the benefits of some advanced cultivation techniques. However, their large colas and dense buds don't require much attention.

Growth pattern of Slam Dank Feminized

As a 50/50 hybrid, Slam Dank Feminized exhibits both indica and sativa traits. The short stature and dense buds are typical of an indica, while the long, slender leaves and moderate internodal length are reminiscent of a sativa. You can expect a fairly short and round, Christmas-tree-shaped plant with a dense canopy of large buds and long, slender leaves that can take on slight purple hues.

Indoors, Slam Dank Feminized typically reaches a height of 70 to 110 cm and can produce XL yields of 460 to 650 grams of cannabis per square meter. Outdoors, these cannabis seeds can produce plants twice as tall, while never actually growing too tall. Outdoors, Slam Dank Feminized produces up to 560 to 640 grams per plant during its 60- to 65-day flowering period.

Did you know?

• The parent strain, High School Reunion, is a cross between Hindu Kush, Jack Herer, Northern Lights, Skunk #1, Fruity Juice, Black Domina, Mother's Finest, and Afghani #1. We launched High School Reunion in 2025 as part of Sensi Seeds' 40th anniversary.
• The name Slam Dank comes from the other parent strain, Gary Payton, which was named after the Olympic gold medalist and member of the American Basketball Hall of Fame.

Slam Dank Data Sheet:

According to the breeder, this information is under ideal growing conditions.