Smile Automática

Smile Automática is a hybrid cannabis strain with up to 20.0% THC, known for its euphoric effects and citrus and earthy flavor profile.

Smile Automática is an autoflowering cannabis strain developed by the Spanish seed bank Kannabia. This strain represents a stabilized autoflowering version of the original Smile photoperiod strain, which itself is a cross between two classic landrace varieties. The development of Smile Automática involved careful selection and breeding to preserve the desirable characteristics of the original while introducing the autoflowering trait from Ruderalis genetics. This breeding process has resulted in a strain that maintains the distinctive qualities of its photoperiod predecessor while offering the convenience of automatic flowering regardless of light cycles.

The strain produces medium-sized plants with a bushy structure typical of autoflowering varieties. The buds are dense and resinous, displaying a vibrant green coloration with occasional purple hues that may appear under cooler temperatures. Orange pistils are prominent throughout the flowers, creating an attractive contrast against the dark green foliage. The trichome coverage is typically generous, giving the buds a frosty appearance that indicates substantial resin production. The plant's autoflowering nature makes it particularly suitable for growers seeking a straightforward cultivation experience without the need to manipulate light schedules.

Smile Automática is noted for its balanced effects and complex aromatic profile. The strain's name reflects its reputation for producing uplifting, mood-enhancing experiences that many users describe as genuinely smile-inducing. While specific historical documentation about this particular autoflowering version is limited compared to more established photoperiod strains, it has gained recognition within autoflowering cannabis communities for its reliable performance and consistent quality. The strain represents a successful example of how traditional cannabis genetics can be adapted to autoflowering formats while maintaining their essential characteristics.