Skip to content
StrainCompass
Back
Home/Strains/Ed Rosenthal S Super Duper Skunk
Ed Rosenthal S Super Duper Skunk cannabis strain
hybrid

Ed Rosenthal S Super Duper Skunk

Legendary

Seeds by Purple Caper Seeds

Be the first to rate it

THC

20–25%

CBD

1%

Ed Rosenthal S Super Duper Skunk is a hybrid cannabis strain by Purple Caper Seeds with up to 25% THC. Known for its balanced effects combining body relaxation and mental uplift.

No effect, terpene, flavor or medical-use data specific to Ed Rosenthal S Super Duper Skunk has been published yet, so we don't guess. For what hybrid strains usually do, see the effects guide.

THC in this profile

25% THC

0%35%

About Ed Rosenthal S Super Duper Skunk

Bred by Purple Caper Seeds, this hybrid strain with 25% THC delivers a euphoric blend of happiness, relaxation, and creative energy, wrapped in a classic skunk profile that's nostalgic and potent. Key terpenes like Caryophyllene for grounding anti-inflammatory action, Limonene for a zingy mood enhancer, and Myrcene for smooth sedation create an earthy, pungent, and skunk-flavored experience that's unapologetically bold. Ed Rosenthal's Super Duper Skunk shines for its legendary lineage and balanced high, offering effective support for anxiety, depression, pain, and stress while keeping things fun and flavorful.

Liked Ed Rosenthal S Super Duper Skunk? Get new lab data first.

An occasional email when we add lab-tested strains and new genetics. No spam, unsubscribe anytime.

Reviews

Sign in to leave a review

Frequently Asked Questions about Ed Rosenthal S Super Duper Skunk

Is Ed Rosenthal S Super Duper Skunk an Indica, Sativa, or Hybrid?

Ed Rosenthal S Super Duper Skunk is classified as a hybrid cannabis strain.

What cannabinoid content is reported for Ed Rosenthal S Super Duper Skunk?

Ed Rosenthal S Super Duper Skunk: 25% THC and 1% CBD reported in our data. The THC figure, when present, is the upper end of the reported range, not a typical measured dose. Potency can vary across harvests, phenotypes, and growing conditions.

Share:

Data from 1 source: strain-database-com