- Median THC
- 22.8%
- Flowering
- 8–10 weeks (~56–70 days)
- Breeder
- Cannarado Genetics
What labs found
- Median THC
- 22.8%
- Typical range
- 20.2–25.3%
- Lab tests
- 14
- States
- 5
0%40%
This is a small number of tests, so treat the range as rough.
Flower tested under this name in legal US markets, 2021–2025. The range covers the middle 90% of tests. Growers and labs vary, so a given jar can fall outside it. Data: Jikomes & Zoorob (CC0), Cannabis Wise Guys (CC BY 4.0), Cannlytics (CC BY 4.0).
About Zawtz
Zawtz is a hybrid selection from Gelatti credited to Cannarado Genetics. Known for apricot, apple, blueberry aromatics.
Zawtz (also circulated as Zotz) is a hybrid phenotype selection from the Gelatti line, credited to Cannarado Genetics. In breeding programs, it has served as a parent line for Candy Puffy and Candyclysm. It appears in state compliance flower testing across 5 US markets (NV MD MI WA NJ) between 2021 and 2025. Photoperiod cuts typically finish flowering in 8–10 weeks (~56–70 days) under indoor or greenhouse lighting.
Aroma and flavor
Jars of Zawtz are most often described as showing sweet apricot, crisp green apple, jammy blueberry and sharp fuel and diesel. As with any flower, harvest timing and curing conditions determine how prominently those aromatics carry from the jar to the palate.
Reported effects
Consumers commonly report an active, energetic lift, a lighthearted, giggly mood and an elevated, euphoric mood, making Zawtz a frequent pick for daytime sessions, creative work, or social settings. The most commonly noted downsides are dry eyes and occasional dizziness.
Specs
Genetics
- Also known as
- Zotz
Growing
- Grower notes
- Photoperiod cuts typically finish flowering in 8–10 weeks (~56–70 days) under indoor or greenhouse lighting.
The flower
- Flavour
- Apricot, Apple, Blueberry, Diesel
- Aroma
- Sweet apricot, crisp green apple, jammy blueberry
Family tree
Zawtz is reported as Gelatti. One strain here was bred from it.
- Parents
- Grandparents
- Bred from it
- As reported, not a genetic test