Climax Autoflower
Climax Autoflower
Also known as: Automatic Climax
Overview
Climax Autoflower is an autoflowering cannabis strain developed by CH9 Female Seeds, representing a ruderalis/indica/sativa hybrid that combines both indica and sativa genetics with Cannabis ruderalis for automatic flowering capabilities. The strain is described as being quite tall for an autoflowering variety, capable of reaching 3-4 feet in height with only 3 weeks of vegetative growth. CH9 Female Seeds, established in the 1980s with experience in California's cannabis scene before moving to Europe, developed this strain as part of their feminized autoflowering collection. The strain features lemon and earthy flavor profiles and is reported to produce potent effects despite being an autoflowering variety. While specific genetic lineage remains unknown, the strain exemplifies modern autoflowering breeding that aims to combine the convenience of automatic flowering with substantial yields and potent effects. Limited detailed information is available about this particular strain, suggesting it may be a less common or older release from CH9 Female Seeds' catalog.
Effects
Reported Medical Uses
- Users report it can be used medicinally
- May help with general wellness
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Climax Autoflower is described as somewhat of a giant for an autoflowering strain, reaching 3-4 feet tall with only 3 weeks of vegetation growth. The strain has a flowering time of approximately 60 days and can be cultivated both indoors and outdoors. It's reported to be easy to grow while still producing staggering yields for an autoflower. The strain requires alkaline soil pH and thrives with high nitrogen feeding during flowering to retain green coloration. It's suitable for both indoor and outdoor cultivation, with indoor growing not requiring light cycle changes due to its autoflowering nature. The strain is noted for being sticky and rewarding cultivators with substantial harvests despite its autoflowering genetics.