Haze Wreck

Legendary

Seeds by NULL

Be the first to rate it

THC

16–19.4%

CBD

0.4%

Haze Wreck is a sativa cross of Trainwreck and Haze, testing 16 to 19 percent THC with no grow specs published yet.

Lineage

Trainwreck x Haze

Trainwreck × Haze

Explore family tree →

No effect, terpene, flavor or medical-use data specific to Haze Wreck has been published yet, so we don't guess. For what sativa strains usually do, see the effects guide.

THC in this profile

19.4% THC

0%35%

About Haze Wreck

Trainwreck and Haze meet in this sativa, a cross that pulls from two names long associated with sharp, cerebral sativa reputations even though no further breeder credit has been attached to this particular version. THC testing comes in between 16 and 19 percent, a moderate range that sits below some of the heavy-hitting sativas on the market today without being light by any means. No flowering time, height, or yield figures have been published for this cut, and neither terpene nor flavor data has made it into the record, so the lineage itself carries most of the story here. Trainwreck brings a legacy of speed and intensity to sativa breeding circles, while Haze contributes the kind of drawn-out genetic pedigree that's shaped countless sativa-leaning crosses since. Together the two parents suggest a plant built for classic sativa character, even without the full spec sheet to back it up.

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 Haze Wreck

Is Haze Wreck an Indica, Sativa, or Hybrid?

Haze Wreck is classified as a sativa cannabis strain bred from a genetic cross of Trainwreck × Haze.

What cannabinoid content is reported for Haze Wreck?

Haze Wreck: 19.4% THC and 0.4% 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.