Rotten Apple (Lemon Butter Cream x Jet A) � Feminized Seeds x6 + 3 LH2P Freebie

• Genetics: Lemon Butter Cream x Jet A


• Type: Hybrid


• Flowering Time: 8 weeks


• Yield: Depends on grower skills


• Flavour: Caramel, gas, fermentation, fresh fruit


• Experience: Body relaxation


• Format: 6 feminized seeds + 3 LH2P Freebie

Rotten Apple is the result of an intriguing blend where fuel and gas terpenes intertwine with sour apple to produce a pleasantly fermented aroma. The overall scent is crisp and fresh, reminiscent of ripe orchard apples. Some phenos lean even sweeter, expressing delightful notes of warm caramel, evoking the essence of apple cider syrup fresh off the stove.

A terpene alchemy: sweet rot and cider dreams

At the heart of Rotten Apple lies a unique olfactory profile. When sharp fuel and gas terpenes clash with the fruity acidity of sour apple, they unleash a surprisingly complex aroma of fermentation�like stepping into a craft cider cellar. The result is a bouquet that smells as ripe as it tastes, full of nuanced sweetness and depth.

Pheno hunt potential:

Rotten Apple is a stable and easy-to-grow hybrid, ideal for both beginners and experienced growers alike. While phenotypic variation is limited, those lucky enough might discover a gem�phenos with pronounced caramel notes and resin-soaked calyxes that beg to be kept forever. The balance between sweet indulgence and gassy power makes this variety a joy to explore.

Cultivation:

This cultivar is known for its ease of growth and robust structure. Expect excellent vigor, moderate height, and a strong yield potential. Rotten Apple thrives in a wide range of growing environments, and its terp profile is an extractor�s dream.

All feminized varieties in the Jet-A line carry the unmistakable signature of this elite cultivar from Exotic Genetix. With a terp profile rich in gas, gelato, and fuel, Jet-A enhances each cross with power, resin output, and aromatic depth. The result is a bold and modern selection designed for growers and connoisseurs seeking intense sensory experiences and high-performance genetics.