CBD Candida

Description de WeedSeedsExpress

A Balanced Retreat for the Body and Mind

CBD Candida Feminized is a premium high-CBD cultivar designed for those seeking deep relaxation without the psychoactive effects of traditional cannabis. Born from the legendary cross between ACDC and Harlequin, this strain combines steady, grounded energy with a gentle, uplifting spark. It offers a "chill pill" experience, smoothing out physical tension and clearing mental fog to leave you feeling present and happy.

Flavor Profile and Terpene Chemistry

The sensory experience of CBD Candida is defined by a bright, citrus-forward opening that transitions into a soft, candy-like sweetness with lingering notes of berry. This complex profile is supported by a sophisticated terpene structure:

Linalool: Provides a smooth, floral undertone that encourages tranquility.

Myrcene: Offers an earthy backbone to ease muscle tightness.

Humulene: Adds a subtle, herbaceous lift similar to the scent of rain on grass.

Wellness-Focused Potency

This strain is strictly dedicated to wellness. With CBD levels reaching approximately 20% and THC remaining well under 1%, it provides a centered, relaxed feeling without any "head fog" or heavy sedation. It is the ideal choice for users who prioritize physical comfort and mental clarity.

Cultivation Characteristics

Highly forgiving and rewarding, CBD Candida is an excellent choice for beginner growers. It handles minor mistakes well while still offering professional-grade results for experienced cultivators. The plant is resilient against mold and cooler temperatures, making it adaptable to various environments.

Growth Specifications

This photoperiod hybrid maintains a manageable height of 90 cm to 160 cm indoors and reaches up to 200 cm when grown outdoors in temperate or arid climates. It features a flowering time of 56 to 70 days.

Expected Yields

Growers can expect robust harvests, with indoor yields reaching 350 to 400 g/m² and outdoor plants potentially producing up to 600 g per plant under optimal conditions.