No image available
Clockwork Orange
Sign in to submit photos
Clockwork Orange
Read the ride before you spark it
Clockwork Orange earns its DeePuff fit from 17% THC, a chill evening profile led by Myrcene, and effects that lean calmer and more body-forward.
Originally a clone-only hybrid and later released in seed form by breeders Riot Seeds, Clockwork Orange is thought to be some sort of G13/ Black Widow cross. Because of its compact bushy stature and incredible potency, it has long been sought after by growers and breeders alike. Combining a heavy indica stone with an intense Haze-like head high, Clockwork Orange is not for the novice cannabis consumer.
Spot something off? Send a sourced correction, or let DeePuff re-check public reference signals for consistency.
Clockwork Orange Statistics
13–21%
0%
Effectsref
Possible Side Effects
Science Snapshot
Flavor Profile
Medical Uses
* Consult a medical professional for personalized advice
Potency Analysis
Your starting dose
general estimateStart with 6 small inhalations (or ~9 mg edible). Clockwork Orange matches your typical strain (×0.9).
THC-Dominant Recreational
THC onlyClassic recreational profile. Maximum psychoactive load, minimal CBD modulation.
Most modern dispensary flower (ElSohly 2016 cannabinoid trend study).
Actual Delivered Dose
Clockwork Orange is 17% THC, but combustion + first-pass loss eat most of it. Here's what reaches your bloodstream.
Total THC in dose: 51 mg
Sources
Joint / Blunt: Combustion + sidestream loss; ~63–73% destroyed (Pomahacova 2009).
Bong: Cooler combustion, less sidestream; ~50–60% retained.
Dry-Herb Vape: Volcano studies show ~55–80% delivery at 180–210°C (Hazekamp 2006).
Dab / Concentrate: Pre-decarbed extract; quartz-banger 500°F (Raber 2015).
Edible: High first-pass hepatic loss; 4–20% bioavailability (Lucas 2018).
Sublingual / Oil: Bypasses some first-pass; 13–35% bioavailable.
Terpene Profile
The aromatic compounds that define this strain's unique characteristics and effects
What are Terpenes?
Terpenes are aromatic compounds found in cannabis that contribute to each strain's unique smell, taste, and effects. They work synergistically with cannabinoids in what's known as the "entourage effect" to enhance or modify the overall experience.