Critical Buddha
Critical Buddha
Also known as: Critical Budha
Overview
Critical Buddha is a powerful, fast-growing, high-yielding strain created by Mystic Seeds through crossing Critical Mass with Buddha Sister, resulting in an 80% indica-dominant hybrid. The strain inherits its genetics from two distinguished lineages: Critical Mass, which was created by Mr. Nice through crossing Afghani indica and Skunk #1 strains, and Buddha Sister (formerly Soma Skunk V+), a cross between Reclining Buddha and Afghani Hawaiian developed by Soma Seeds. This genetic combination produces a strain with some indica predominance that stands out for its short flowering period, high volume yield, and unforgettable flavor holding similar characteristics to Skunk with sweet and floral touches that are less bitter than its predecessors. The effects from Critical Buddha have an indica predominance that is well-balanced between euphoric and relaxing feelings, with a strong initial mental effect accompanied by pleasurable well-being and noticeable relaxation, making it recommended for people suffering from stress, insomnia, and anxiety.
Effects
Reported Medical Uses
- Users report relief from chronic stress
- May help with insomnia and sleep disorders
- Often used for anxiety management
- Users report relief from chronic pain
- May help with muscle tension and spasms
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Critical Buddha has a flowering time of 8-9 weeks indoors and is ready for harvest at the end of September when grown outdoors. Indoor yields can reach 500 grams per square meter, while outdoor cultivation can produce 250-400 grams per plant. Plants can reach heights of up to 2 meters outdoors and have a short flowering period making them ideal for outdoor grows in colder climates, though they perform well in various conditions. This strain is considered suitable for both beginner and experienced growers due to its resilient nature and relatively straightforward cultivation requirements.