Toasted R1 - Ethos 5 seeds

Product detailed description

Achieve massive yields with premium genetics

Choose photoperiod seeds Toasted R1 from the renowned breeders at Ethos Genetics for your next growing project. This exclusive genetics was created by carefully combining the legendary East Coast Sour Diesel (ECSD) line with the popular Marshmallow OG variety. The result is an exceptionally vigorous annual plant that will show you lush growth during the vegetative phase with strong lateral branching and medium to longer internodal spacing.

Ideal choice for creating premium extracts

With proper care, you can look forward to fresh, deep green plants that form a broad canopy capable of producing very high overall yields. The flowers themselves are impressively large, have a pleasantly spongy structure and are covered in an enormous amount of resin. It is precisely thanks to the unusually large trichome heads that this cultivar becomes a truly top-tier candidate for your home production of high-quality botanical extracts.

Dynamic aroma development during flowering

The flowering phase lasts an efficient 63 to 70 days, during which the plant fully develops its robust profile with a total active cannabinoid content (TAC) reaching 25%. You will certainly be intrigued by the fascinating aromatic development, as the aroma changes significantly during ripening and intensifies especially in the last two weeks of flowering. The resulting terpene profile offers a bold and very unique bouquet, strongly defined by intense sour notes and raw petrol, elegantly balanced by subtle floral undertones.

Parameters

• Type: Photoperiod feminised seeds
• Genetics: East Coast Sour Diesel (ECSD) x Marshmallow OG
• Flowering time: 63-70 days
• Yield: Very high (broad canopy formation)
• Cannabinoid content: Dominant THC, TAC consistently around 25%, minimal CBD
• Terpene profile: Intense sour notes, raw petrol, subtle floral undertones
• Morphology: Deep green plant, large and spongy flowers, giant trichome heads
• Suitability: Ideal candidate for creating botanical extracts