Chem Funk R1
Chem Funk R1
Also known as: Chem Funk
Overview
Chem Funk R1 is a premium hybrid cannabis strain developed by Ethos Genetics, created through crossing Chem 91 Skunk VA (the original Chemdawg clone) with Tahoe OG. The strain's genetic lineage combines the legendary Chem 91 SK VA cut, derived from the original Chem Dog clone-only genetics, with Tahoe OG to create a powerful and distinctive hybrid. With an impressive THC content ranging between 25-30%, Chem Funk R1 is recognized as a high-potency cultivar that delivers significant psychoactive effects.
The plant exhibits a medium-height structure with solid lateral branching, producing medium-sized, spongy, oval-shaped flowers that stack neatly along the branches. The buds are covered in large, sandy trichome heads with heavy resin production, making them particularly valuable for extraction and concentrate production. Chem Funk R1 boasts a rich and complex terpene profile featuring an aromatic blend of diesel, gas funk, and earthy notes with subtle floral undertones. The strain is dominated by Myrcene (providing earthy, herbal characteristics) and Caryophyllene (adding peppery notes), creating a unique and pungent sensory experience.
Effects
Reported Medical Uses
- Users report enhanced creativity and focus
- May help with daytime fatigue
- Often used for stress relief
- Users report mood elevation
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Chem Funk R1 has a flowering time of approximately 60-70 days (10 weeks), with some sources specifying around 70 days. The strain has a moderate difficulty level, making it accessible to growers with some experience while being manageable for beginners. Expected yields are high, with outdoor plants producing up to 1300 grams per plant and indoor cultivation yielding approximately 650 grams per square meter. The strain adapts well to various growing environments including soil, hydroponic, and coco setups, performing reliably in both indoor and outdoor conditions. For optimal results, growers can use techniques like controlled stress relief involving gentle stem bending during late vegetative stage to promote stronger side branch development. The plant's sturdy structure with solid lateral branching naturally supports dense, resinous flower development.