Deeptroyer by Trip Seeds
DeepTroyer is a sativa-dominant strain meticulously developed by Trip Seeds, recognized for its genetic stability and unique profile. It was bred during a period focused on enhancing sativa genetics for superior vigor and distinct properties, achieving a high consistency rate in its desirable characteristics.
Appearance
DeepTroyer presents visually striking, large, and dense buds, generously coated in trichomes. The plant often exhibits deep green leaves with purple undertones, contributing to its captivating appearance. Its well-formed structure features tight calyxes, indicative of high density and quality.
Aroma & Flavor
The aroma of DeepTroyer is a complex blend, characterized by dominant earthy and herbal notes, complemented by pine and citrus undertones with subtle spicy hints. Upon inhalation, the flavor offers a bright burst of citrus and pine, transitioning to earthy and spicy notes on the exhale, leaving a lingering taste.
Effects
This sativa-dominant strain is primarily known for promoting calm and creative states. Its energizing and invigorating profile makes it suitable for daytime use, supporting mental clarity and inspiration.
Terpenes & Cannabinoids
Laboratory analyses indicate that DeepTroyer can reach terpene concentrations of up to 2-3%, with Myrcene, Limonene, and Pinene being notable contributors. The strain typically contains high THC levels, often around 20%, with CBD content below 1%, contributing to its potent effects.
Growing
While specific growing difficulty is not detailed, DeepTroyer is noted for its robust growth pattern inherited from its sativa genetics. Farmers have reported yields of up to 600 grams per square meter under optimal conditions. The strain demonstrates significant genetic stability, with over 85% of offspring displaying its signature traits.
Origins & Lineage
Developed by Trip Seeds, DeepTroyer is a predominantly sativa-dominant hybrid, with approximately 70-80% of its genetic markers aligning with sativa heritage. It was created through selective breeding of classic sativa varieties and modern hybrids, focusing on genetic stability and refined cannabinoid and terpene profiles.