Southern Sun Genetics – Rufioz

Rufioz is a feminized hybrid strain created by crossing (MAC x Oreoz) x Pancakes. This genetics combines the best characteristics of its parent strains and delivers a unique experience for cannabis enthusiasts, impressing with both flavor and effects.

Genetics and Characteristics

• Oreoz: Known for its sweet taste with notes of chocolate and vanilla and a THC content of up to 37%.
• Miracle Alien Cookies (MAC): A classic often used in crosses to guarantee strong THC values and a complex aroma.
• Pancakes: With its buttery-sweet aroma reminiscent of pancake batter, Pancakes delivers a balanced mix of enjoyment and potency.

Rufioz combines these outstanding characteristics into a strain that offers relaxing and invigorating effects through a balanced Indica-Sativa mix.

Aroma and Flavor

• Sweet fruity notes with a hint of berries
• Earthy undertones that emphasize the depth of the profile
• Citrus nuances in the finish, providing freshness

This complex flavor profile makes Rufioz an ideal choice for connoisseurs.

Effect

With an estimated THC content of 24-26%, Rufioz offers a strong and versatile experience:

1. Euphoric and creativity-enhancing effects at the onset
2. Followed by a deep physical relaxation
3. Potential stress-relieving and mood-enhancing effects

Growing Tips

Rufioz is a feminized strain and therefore ideal for growers aiming for a reliable harvest without male plants.

• Flowering time: 8-9 weeks
• Height: Medium growth height, approx. 1.5 meters outdoors
• Yield: Up to 500 g/m² under optimal conditions
• Resistance: High resistance to mold and pests

Note: In Germany, we recommend Rufioz exclusively for indoor cultivation, as the outdoor climatic conditions are not optimal for this strain.

Rufioz is the perfect choice for experienced growers and consumers looking for a strain with exceptional taste, strong effects, and high yield potential. This hybrid delivers an unparalleled cannabis experience and is a must-have for anyone wanting to enjoy the best of modern genetics.