
Royal Cheese Automatic by Royal Queen Seeds is a standout strain known for its unique, strong aroma and taste, making it one of the best-selling strains. This autoflowering variety combines the beloved Cheese genetics with the easy-to-grow traits of autoflowering strains, resulting in a plant that is both flavorful and simple to cultivate.
Flavor and Smell:
Royal Cheese Automatic retains the iconic pungent aroma and strong taste of its Cheese lineage. The smell is distinct and powerful, with a tangy, cheesy scent that stands out among other strains. The flavor mirrors the aroma, delivering a rich, cheesy taste that is both bold and satisfying.
Appearance:
This strain typically grows to a maximum height of around 100 cm indoors, though some plants may reach slightly taller heights when grown under optimal conditions. Outdoor plants can grow between 60 - 120 cm. The plant is characterized by its dense and bushy structure, producing thick, resin-coated buds that are visually appealing.
Flowering Time:
Royal Cheese Automatic has a flowering time of 35 - 49 days, with the entire growth cycle from seed to harvest taking just 10 - 12 weeks. This quick turnaround makes it an attractive option for growers seeking a fast and efficient harvest.
Cultivation:
This strain is easy to grow and well-suited for both indoor and outdoor cultivation. Its autoflowering genetics mean it requires minimal maintenance and is resilient to various growing conditions. Whether you are a novice or experienced grower, Royal Cheese Automatic is forgiving and adaptable, making it an excellent choice for a hassle-free growing experience.
Royal Cheese Automatic is perfect for those who love the distinctive smell and taste of Cheese but want the benefits of an easy-to-grow autoflowering strain. Its strong aroma and bold flavor, combined with its rapid growth and generous yields, make it a favorite among growers and smokers alike. This strain delivers the best of both worlds: the unique, powerful characteristics of Cheese with the simplicity and convenience of autoflowering genetics.