Maple Dough by Royal Jellies
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Maple Dough is a hybrid cultivar developed by Royal Jellies, a breeder known for dessert-inspired cannabis. This strain is engineered to provide a combination of uplifting euphoria and physical relaxation, making it suitable for balanced daytime use. It is recognized for its dense flowers and rich, pastry-like aromatic profile.
Appearance
Maple Dough typically produces medium to large, conical buds characterized by tightly stacked calyxes, resulting in dense flowers. The coloration can range from deep green to lighter lime hues, often accented by copper-orange pistils. A heavy coating of trichomes gives the buds a frosted appearance, suggesting significant resin production.
The plant structure exhibits strong lateral branching and moderate internodal spacing, reaching heights of 90-120 cm indoors without extensive training. It tends to stretch 1.5-2.0x after transitioning to flowering. The buds possess a firm, tacky finish when properly dried and cured, indicating well-developed resin content.
Aroma & Flavor
The aroma of Maple Dough is predominantly warm and sweet, reminiscent of maple syrup combined with baked dough. Secondary notes include brown sugar, vanilla cookie, and subtle spice, grounded by an undercurrent of earth and light wood. When the flower is broken apart, the bakery scent becomes more pronounced.
The flavor profile often mirrors the aroma, presenting a layered sweetness with maple and caramel notes over a bready, shortbread-like base. While specific flavor compounds are not detailed, the sensory experience is often described as confectionary, with hints of candy and sweetness. The name itself suggests a rich, syrupy sweetness integrated with a doughy character.
Effects
Maple Dough is described as a hybrid that delivers both a euphoric lift and supple body relaxation. Consumers report feeling calm and uplifted, with some experiencing enhanced focus. The effects are generally considered balanced, suitable for moderate doses throughout the day without significant sedation.
Terpenes & Cannabinoids
The THC content of Maple Dough typically ranges from 20-26%, with CBD levels below 1%. The terpene profile is suggested to contribute to its distinct aroma and effects. Key terpenes often associated with its profile include Myrcene, Limonene, Caryophyllene, Linalool, Humulene, Ocimene, and Bisabolol.
These terpenes are thought to contribute to the sweet, spicy, and herbal notes. For instance, Caryophyllene may provide spicy undertones, while Limonene and Linalool could add brightness. Myrcene and Humulene might contribute herbal or woody aspects, and Bisabolol could enhance honeyed or syrupy nuances, collectively forming the complex confectionary bouquet.
Origins & Lineage
Maple Dough was bred by Royal Jellies, a breeder focused on developing dessert-forward cannabis strains. While the exact parent strains have not been publicly disclosed, the cultivar is understood to be a modern hybrid with characteristics common to popular dessert-themed lines, potentially including Cookies or Gelato genetics. Its name reflects its sweet, bakery-like sensory profile rather than a geographical origin.
The breeding process emphasized phenotype selection for resin production, terpene expression, and consistent structure. Royal Jellies aimed to create a cultivar with strong bag appeal and functional, all-day usability, fitting into the growing market for pastry-inspired cannabis varieties. Its stability and repeatable traits are a result of meticulous small-batch selection.
Growing Information
Cultivators note that Maple Dough exhibits strong lateral branching and medium internodal spacing, typically reaching 90-120 cm indoors without aggressive training. The plants tend to stretch 1.5-2.0x after the light cycle is flipped to 12/12, making it suitable for techniques like a modest screen of green. The structure generally supports dense central colas, provided airflow is managed effectively.
The strain requires careful humidity control, especially late in the flowering stage, due to its dense calyxes and high resin production, which can increase the risk of mold. A slow drying process of 10-14 days at approximately 60°F and 60% RH is recommended to preserve its delicate aromatic compounds. The yield potential is not explicitly stated but implied to be good given the dense flower structure.