White Biscotti OG XXL

Overview

White Biscotti OG XXL Feminized is a robust strain bred from Wifi OG and Biscotti, primarily indica with an 80% indica / 20% sativa ratio. Its medium height and compact structure are suitable for both indoor and outdoor cultivation, appealing to growers of any skill level. This strain has a flowering period of 55-65 days, producing XL yields of olive-green, resin-rich buds that offer a creamy and gassy flavour profile. Effects are potent, energizing, and creativity-enhancing.

Growth and Yield

Indoors, plants reach up to 140 cm, while outdoors, they can grow taller than 160 cm, thriving best in sunny or Mediterranean climates. Growers can anticipate indoor yields of 550-600g/m2 and outdoor yields surpassing 625g per plant. White Biscotti OG XXL Feminized supports various training techniques for optimal growth and yield.

Effects and Flavour

The effects start with a burst of cerebral euphoria that evolves into a soothing full-body stone. Its terpene profile after curing highlights a gassy aroma with notes of creamy cookies, pine trees, and sandalwood. The flavour is a rich blend of silky vanilla and fuel, leaving a lasting diesel aftertaste.

Strain Summary

• Feminized: strain
• Yield: XXL yield
• Climate Zone: Sunny / Mediterranean
• Height: Average height gain
• Flowering Time: Long flowering period
• Sativa / indica: Indica
• Feminized strain: White Biscotti OG XXL Feminized is a feminized strain, which will only produce plants that flower as females.
• XXL yield: White Biscotti OG XXL Feminized can produce an outrageous amount of weed, but may require a little extra attention.
• Sunny / Mediterranean: White Biscotti OG XXL Feminized can be grown outside in a warm, sunny climate with a long summer.
• Average height gain: White Biscotti OG XXL Feminized will have average height gain during flowering.
• Long flowering period: White Biscotti OG XXL Feminized will have a relatively long flowering time.
• Indica: White Biscotti OG XXL Feminized strain has a large proportion of Indica genes in its background.