vč. DPH
Wedding Cake is an indica-dominant THC clone with 22-25% THC and 1% CBD. This strain stands out for its strong genetics, creamy-sweet profile, and balanced blend of depth and clarity.
Wedding Cake usually delivers a powerful, body-focused effect with a relaxed foundation. At the same time, the strain often shows a bright, euphoric note that keeps the mind pleasantly active. With a THC content of 22-25%, it is therefore more suited to experienced users. Beginners, however, should start very cautiously.
The indica-dominant genetics provide calm and a well-rounded overall sensation. In addition, the experience often feels dense and long-lasting. That makes this strain well suited for quiet evenings or mindful moments of enjoyment.
The aroma profile of Wedding Cake is sweet, creamy, and slightly spicy. Its scent and flavor evoke vanilla, pastries, and delicate herbs. This combination makes the strain especially distinctive while remaining pleasantly smooth.
From the well-known family line with Triangle Kush and Animal Mints, a dessert-like character can be derived. In addition, earthy and peppery nuances often appear in the background. This keeps the strain layered without feeling too heavy.
Wedding Cake has a flowering time of around 8 weeks and is ready for harvest in October. Indoors, it grows to a medium height and reaches a yield of up to 550 g/m². Outdoors, it also remains medium in height, while the yield is classified as medium.
The difficulty level is moderate. Growers therefore benefit from stable conditions, clean airflow, and controlled nutrient application. In addition, consistent training is worthwhile so that light and air can reach all areas effectively. This helps unlock the full potential of the strain.
If you want to guide your clone safely through every phase, this guide will help: Successfully growing cannabis clones – the guide from arrival to harvest.
Wedding Cake combines strong values with an elegant aroma profile. This makes the strain an exciting choice for anyone seeking intense quality and reliable performance.