Auto Sweet Trainwreck

Popular

Seeds by Sweet Seeds

Be the first to rate it

THC

17–20%

CBD

Unknown

An energetic hybrid strain with a potent profile, providing focus and a cerebral high.

Effects

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

Energetic Focused

Terpene Profile

Relative levels from lab and source data.

Limonenemedium Pinenehigh

Flavors & Aromas

As reported by our data sources.

Diesel Fruity Pine Sweet

May Help With

Uses reported by our data sources — not medical advice.

Depression Stress

Explore More

Best for Energy →Best for Focus →Limonene Guide →Pinene Guide →

Terpene Fingerprint

Relative terpene levels from lab and source data

Pinene

high

Limonene

medium

THC in this profile

20% THC

0%35%

Growing Information

Flowering Time

8–8 weeks

About Auto Sweet Trainwreck

Sweet Seeds Auto Sweet Trainwreck Feminized Marijuana Seeds 4th generation autoflowering strain. The resulted variety is tall and has Sativa-like branching. This hybrid has short flowering stage, lots of dense buds covered with trichomes and filled with sweet and fruity aroma with some citrusy undertones. Very well balanced combination of Indica and Sativa genes. Indica: 45% / Sativa: 53,44% / Ruderalis: 1,56% THC: 17-20% CBD: 1,0% Indoor Yield: 350-550 g/m2 Outdoor Yield: 40-120 g/plant Indoor/outdoor harvest: 8 weeks from germination Height: 60-120 cm Area : Indoor and Outdoor

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 Auto Sweet Trainwreck

Is Auto Sweet Trainwreck an Indica, Sativa, or Hybrid?

Auto Sweet Trainwreck is classified as a hybrid cannabis strain.

What cannabinoid content is reported for Auto Sweet Trainwreck?

Auto Sweet Trainwreck: 20% THC 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.