Ajs Sour Diesel x Sensi Star Strain

Popular

Seeds by Katsu

Be the first to rate it

THC

22–24.8%

CBD

0.3%

Ajs Sour Diesel x Sensi Star Strain is a hybrid that combines strong body effects with diesel flavors for deep relaxation.

Lineage

Sour Diesel x Sensi Star strain cannabis seeds by Katsu Seeds offer loud fuel terps

Sour Diesel

Explore family tree →

Effects

As reported by our data sources, most-cited first.

Body High Sleepy Relaxed

Terpene Profile

Relative levels from lab and source data.

Caryophyllenehigh Linaloolmedium

May Help With

Uses reported by our data sources — not medical advice.

Inflammation Pain

No flavor data specific to Ajs Sour Diesel x Sensi Star Strain has been published yet, so we don't guess. For what hybrid strains usually do, see the effects guide.

Explore More

Best for Sleep →Best for Anxiety →Best for Inflammation →Best for Pain →Caryophyllene Guide →Linalool Guide →

Terpene Fingerprint

Relative terpene levels from lab and source data

Caryophyllene

high

Linalool

medium

THC in this profile

24.8% THC

0%35%

Growing Information

Flowering Time

9–9 weeks

About Ajs Sour Diesel x Sensi Star Strain

AJ's Sour Diesel x Sensi Star strain cannabis seeds by Katsu Seeds offer loud fuel terps, lemon-hash spice, and powerful indica-leaning effects

Where to Buy Seeds

SeedsmanBrowse

ILGM

ILGMBrowse

Crop King SeedsBrowse

HerbiesBrowse

NASC

North Atlantic Seed CoBrowse

Mohawk MediblesShop

We may earn a commission from purchases made through these links.

Reviews

Frequently Asked Questions about Ajs Sour Diesel x Sensi Star Strain

Is Ajs Sour Diesel x Sensi Star Strain an Indica, Sativa, or Hybrid?

Ajs Sour Diesel x Sensi Star Strain is classified as a hybrid cannabis strain.

What cannabinoid content is reported for Ajs Sour Diesel x Sensi Star Strain?

Ajs Sour Diesel x Sensi Star Strain: 24.8% THC and 0.3% 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.