🌱 Dulce de Uva

🌱 Dulce de Uva
Genetics: Grape Pie × OG Kush (or phenotype of Grape Cream Cake)
Type: Indica‑Dominant Hybrid (~70% Indica / ~30% Sativa)
Breeder: Bloom Seed Co
Cut: Bloom Heritage Breeder Cut
Available now at The Clone Foundry 💥

🔍 Strain Overview
Dulce de Uva is a standout cultivar from Bloom Seed Co, delivering rich candy‑grape sweetness layered over traditional gas and hash undertones. Known for its dense trichome‑laden buds, vivid purple highlights, and excellent bag appeal, this strain merges dessert‑forward flavor with reliable indica structure. Ideal for growers seeking aesthetic excellence, flavor depth, and performance.

⚡ Effects
✅ Uplifting onset with a clear headspace
✅ Smooth transition into a full‑body mellow state — relaxing yet functional
✅ Long‑lasting and balanced — great for evening unwind or creative calm

👃 Flavors & Aroma
🍇 Sweet grape candy and berry upfront
🍦 Vanilla cream and cookie dough mid‑smoke
⛽ Underlying gas/fuel and subtle diesel finish
💨 Bold and memorable — dessert meets classic funk in one profile

🌱 Grow Notes
🗓️ Flowering Time: ~8‑9 weeks indoors
🌿 Structure: Medium height, thick lateral branching with great bud stacking
💎 Bud Structure: Dense, resin‑rich nugs with vivid coloration and minimal leaf matter
📏 Stretch: Moderate — responds well to SCROG, topping and LST
✂️ Early light defoliation and training improve airflow and resin exposure
🏠 Performs best indoors or in greenhouses with controlled conditions
🧪 Resin Output: High — excellent for premium flower and flavorful extraction

🔥 Now Rooted at The Clone Foundry
Dulce de Uva is an essential addition for growers and consumers chasing modern dessert‑gas flavor, visual impact, and strong performance. Whether for top‑tier flower or stunning extraction runs, this cut delivers.

✅ Clean Cuts, Guaranteed
Every Dulce de Uva clone from The Clone Foundry is clean, vigorous, and verified free of pests, mold, and Hop Latent Viroid (HLV). Backed by our Hassle‑Free Clone Replacement Guarantee — your grow starts with elite genetics.