8a3 Bagel by Lit Farms
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8a3 Bagel is an indica-dominant hybrid cannabis cultivar developed by Lit Farms, a breeder recognized for creating dessert-leaning hybrids with notable bag appeal and resin production. Emerging from the breeder's 2020s releases, this strain is characterized by its dense, trichome-covered flowers and a complex aromatic profile.
Appearance
8a3 Bagel typically presents as a medium-stature plant, often reaching heights between 90 to 130 cm indoors without extensive training. Its buds are known for stacking densely into oval or egg shapes, featuring a favorable calyx-to-leaf ratio that aids in trimming. The flowers exhibit significant trichome coverage, giving them a frosted appearance, with pistils maturing to shades of apricot or deep orange. Some phenotypes may display subtle purple hues on sugar leaves under cooler late-flowering temperatures.
The buds are characteristically dense, contributing to strong bag appeal. This compactness necessitates careful attention to drying and curing processes to manage moisture levels and preserve the volatile terpene profile. The resin heads are described as plump and uniform, making it a potentially good candidate for solventless extraction methods like ice-water hash.
Aroma & Flavor
The aroma of 8a3 Bagel is often described as a layered bouquet, with prominent bakery notes complemented by spicy and gassy undertones. Initial scents can include toasted dough, a hint of cream cheese sweetness, black pepper, and lemon rind. Upon curing, these aromas intensify, revealing a more pronounced savory-sweet balance. The flavor profile typically mirrors the aroma, featuring a doughy base with earthy and sweet floral notes, underscored by a peppery spice.
On the grind, the aroma can further develop, sometimes revealing subtle nutty or sesame-like undertones that align with the strain's name. The overall profile is distinct, offering a contrast to more common candy- or fruit-forward cultivars. This unique savory-sweet character is a key aspect of its appeal, making it memorable in a varied menu.
Effects
While specific effects are not detailed in the provided notes, the indica classification and the mention of fatigue as a condition it may help with suggest a profile leaning towards relaxation and potential sedation. The name and flavor profile hint at a comforting experience, often associated with indica-dominant strains.
Terpenes & Cannabinoids
The terpene profile of 8a3 Bagel is noted for its complexity, aiming for a memorable signature. Key terpenes mentioned include Myrcene, which contributes earthy notes, and Beta-Caryophyllene, adding a peppery impression. Limonene and Terpinolene may provide fresh counterpoints, while Linalool is associated with sweet floral hints. The total terpene content in quality indoor flower is often observed to be between 1.5% and 3.0% by weight.
THC levels for 8a3 Bagel are reported to range between 20% and 28%, with CBD levels below 1%. The breeding rationale emphasizes high trichome density, indicating a strong potential for resin production, which is beneficial for extraction purposes.
Growing
8a3 Bagel is considered suitable for indoor cultivation, typically growing to a medium height with moderate internodal spacing. It benefits from topping or SCROG training to optimize light distribution. The plant exhibits broad leaves and dense, oval-shaped buds that are relatively easy to trim. It requires careful management of drying and curing, with a recommended slow dry process (10-14 days at 60°F and 55-60% RH) to preserve aroma and structural integrity.
Origins & Lineage
8a3 Bagel was bred by Lit Farms, a U.S.-based breeder known for modern dessert-leaning hybrids. The precise parental lineage has not been officially disclosed by the breeder. However, observed phenotypic traits, such as a sweet-dough aroma with peppery and citrus notes, and a balanced growth habit, suggest potential influence from Cookie/Gelato lines combined with gas-forward OG/Kush heritage. The strain emerged from Lit Farms' releases in the 2020s, a period focused on complex terpene expressions and desirable morphology.