A5 Haze x Papua New Guinea

Popular

Seeds by Ace Seeds

Be the first to rate it

THC

19.1–22.9%

CBD

0.2%

A sativa blend from Ace Seeds featuring A5 Haze and Papua New Guinea genetics, offering an invigorating high with tropical undertones.

Effects

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

Euphoric Happy Energetic

Terpene Profile

Relative levels from lab and source data.

Limonenehigh Myrcenehigh Ocimenemedium

Flavors & Aromas

As reported by our data sources.

Citrus Fruity Tropical

May Help With

Uses reported by our data sources — not medical advice.

Anxiety Depression Stress

Explore More

Best for Depression →Best for Energy →Limonene Guide →Myrcene Guide →Ocimene Guide →

Terpene Fingerprint

Relative terpene levels from lab and source data

Limonene

high

Myrcene

high

Ocimene

medium

THC in this profile

22.9% THC

0%35%

About A5 Haze x Papua New Guinea

This sativa, a blend of A5 Haze and Papua New Guinea from Ace Seeds, comes in at 22.9% THC and delivers energetic, euphoric, and happy effects to fight anxiety, depression, and stress. Myrcene, limonene, and ocimene terpenes fuel its invigorating buzz, making it ideal for adventurous days or creative bursts. The citrus, fruity, and tropical flavors add a refreshing tropical vibe, what makes this strain truly special is its high-energy lineage that keeps users motivated and joyful.

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 A5 Haze x Papua New Guinea

Is A5 Haze x Papua New Guinea an Indica, Sativa, or Hybrid?

A5 Haze x Papua New Guinea is classified as a sativa cannabis strain.

What cannabinoid content is reported for A5 Haze x Papua New Guinea?

A5 Haze x Papua New Guinea: 22.9% THC and 0.2% 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.