Product Overview
GS Gary Payton THCa Flower offers 25–34% THCa in a balanced hybrid strain renowned for its euphoric cerebral lift, relaxing body calm, and complex diesel, berry, and nutty flavors. These trichome-rich, dense buds deliver rapid mood boost and creative focus with a smooth, flavorful smoke—perfect for both recreational delight and therapeutic relief.
The Gary Payton Strain THCa Flower is a top-tier hemp product celebrated for its high THCa content and balanced hybrid effects. Carefully cultivated to deliver exceptional potency, this flower is ideal for hemp enthusiasts seeking both recreational enjoyment and natural therapeutic benefits. With a typical THCa concentration ranging between 26% and 29%, Gary Payton flower offers a robust cannabinoid profile with Delta 9 THC levels strictly under the legal limit of 0.3%.
Each bud is hand-trimmed and expertly cured to preserve the rich terpene profile, creating a smooth, flavorful smoke or vapor that activates THCa into psychoactive THC upon heating, providing an elevated cannabis experience.
Genetics and Strain Background: The Legendary Gary Payton Hybrid
Gary Payton hemp is a masterful hybrid crafted through the cross of The Y and Snowman strains. This genetic combination yields a balanced 50/50 indica-sativa effect, delivering both calming physical relaxation and energizing mental clarity. Named after the NBA Hall of Famer Gary Payton, this strain honors his legacy with a powerful yet smooth cannabinoid and terpene makeup.
Potency Profile: High THCa with Legal THC Levels
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THCa Content: Approximately 26–29%, representing the raw, non-psychoactive cannabinoid that converts to THC during combustion or vaporization. This converts into an enjoyable, smooth, and potent high.
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Delta 9 THC: Consistently remains below 0.3%, ensuring full compliance with federal hemp regulations and keeping effects legal and non-intoxicating until heated.
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Laboratory Tested: Each batch undergoes third-party testing to guarantee cannabinoid potency, terpene richness, and safety from contaminants.