High-Performance Energy Gummies

View More

Offfield's New Gummies Support Adult Athletes with THC, CBD & CBG

Offfield, the creator of the first CBD beverage for athletic adults, is venturing into the creation of edibles with the launch of High Performance Energy Gummies. These expertly formulated watermelon-mint gummies are plant-based and a serving pairs THC, CBD and CBG with functional ingredients like natural caffeine and electrolytes. Amino acids and carbohydrates are also present in the formula to enhance muscle recovery, boost performance and maintain energy levels.

These gummies are made to support endurance, strength training and recovery, and thanks to the low dose of cannabinoids they offer, adult athletes can easily adjust their dosage to their needs.

While there are many gummies in the cannabis space that focus on relaxation and rest, these leverage purposeful ingredients to offer targeted benefits for active individuals on the move.
Trend Themes
1. Cannabinoid-infused Fitness Supplements - High-performance energy gummies infused with THC, CBD, and CBG provide a unique mix of cannabinoids specifically designed for athletic enhancement.
2. Plant-based Performance Boosters - Watermelon-mint gummies combine natural caffeine, electrolytes, amino acids, and carbohydrates to sustainably improve muscle recovery and energy.
3. Customized Dosage Edibles - Adjustable-dose gummies allow adult athletes to tailor cannabinoid intake to their individual health and fitness needs.
Industry Implications
1. Sports Nutrition - Formulations that incorporate plant-based cannabinoids and functional ingredients cater to athletes seeking advanced nutritional support.
2. Cannabis Wellness - Innovative edible products targeting specific athlete requirements reflect the growing intersection of cannabis and health-driven consumer goods.
3. Functional Foods - Gummies that blend cannabinoids with performance-enhancing ingredients showcase potential applications in the functional food sector.

Related Ideas

Similar Ideas
VIEW FULL ARTICLE