Hurricane 4
Unknown × Unknown
Hurricane #4 is a modern hybrid cultivar celebrated for its vibrant scent profile, abundant resin production, and swift, potent effects. Typically representing the fourth selected phenotype from a breeder's hunt, it's optimized for desirable traits like potency and terpene intensity.
Appearance and Structure
Hurricane #4 flowers typically form medium to large conical shapes with a high calyx-to-leaf ratio, presenting a densely packed appearance. The buds are often covered in a generous layer of trichomes, giving them a frosted look. Minimal sugar leaves and vibrant orange pistils contrasting with green hues are common.
Aroma and Flavor
This cultivar is recognized for its striking aromas, often described as a blend of citrus and fuel. The flavor profile mirrors this, offering notes that can include lemon, orange, and pine, alongside a distinct diesel or skunky undertone.
Effects Profile
Hurricane #4 is known for delivering fast-acting and assertive effects. It tends to provide an energetic initial experience, characteristic of sativa-leaning hybrids, before settling into a more grounded sensation.
Terpenes and Cannabinoids
While specific lab data varies, Hurricane #4 is associated with terpenes like Limonene, Caryophyllene, Pinene, and Ocimene, contributing to its distinct aroma and flavor. THC levels commonly range from 15-25%, with CBD content typically below 1%.
Cultivation Notes
Hurricane #4 generally exhibits vigorous growth with a notable stretch after flipping to flower, often 1.5x to 2x. It responds well to training techniques like topping and trellising. The plant is noted for its high resin production, making it suitable for both flower and concentrate markets.
Origins and Lineage
The designation '#4' in Hurricane #4 typically indicates the breeder's fourth selected phenotype from a breeding program, rather than a direct genetic link to other strains. Its lineage is thought to combine resin-rich, fuel-citrus profiles, potentially influenced by OG, Chem, or Haze genetics, crossed with high-yielding hybrids for structure and potency.