Apollo 13 Ibl by East Coast Seeds
Jack Herer family genetics × Cinderella lineage
Apollo 13 IBL by East Coast Seeds is a stabilized inbred line derived from a classic sativa-leaning cultivar. It offers a more predictable cultivation experience while aiming to preserve the original's energetic and cerebral qualities. This strain is recognized for its distinct terpinolene-forward aroma and rapid flowering time.
Appearance
Apollo 13 IBL exhibits characteristics of a sativa-dominant plant, featuring medium spacing between nodes and a strong upward growth tendency. Plants typically increase in height by about 1.5 to 2 times during the initial weeks of flowering. The flowers are characterized by elongated, moderately dense buds with a high calyx-to-leaf ratio, which simplifies the trimming process. Mature flowers display shades of neon lime to mint green, often accented by coral-orange pistils and a developing silvery resin coating.
The leaves are relatively narrow with slightly serrated edges. This morphology allows for better light penetration into the lower parts of the plant, making the structure well-suited for support systems like screens and trellises. The resulting growth habit creates uniform columns of flowers that are aerated and less prone to mold.
Aroma & Flavor
The aroma of Apollo 13 IBL is prominently terpinolene-driven, presenting an initial scent of pine and sweet citrus rind, accompanied by crushed herbs. Hints of pineapple, green mango, and floral lilac are often detected, grounded by a spicy, peppery base. When the buds are broken apart, the fragrance intensifies, revealing notes of grapefruit zest and resinous conifer, with an almost ozonic freshness.
The flavor profile closely mirrors the aroma, beginning with a crisp lemon-lime taste followed by a piney, resinous mid-palate. Sweet tropical fruit and fresh herbal notes emerge, often concluding with a mild peppery sensation. The aftertaste is clean and persistent, featuring grapefruit zest and subtle sandalwood undertones.
Effects
Apollo 13 IBL is generally associated with cerebral and energetic effects, consistent with its sativa heritage. This strain is known to produce a mentally engaging high that is often described as uplifting. The effects tend to be quick to manifest and provide a stimulating experience.
Terpenes & Cannabinoids
The terpene profile of Apollo 13 IBL is characterized by a dominance of terpinolene, contributing to its piney and citrusy aroma. Other significant terpenes often present include ocimene, limonene, myrcene, beta-caryophyllene, and humulene, which add layers of herbal and spicy complexity. Total terpene content typically ranges from 1.5% to 2.5% by weight when cultivated optimally.
This strain typically tests high in THC, with levels commonly ranging from 18% to 24%, and occasionally higher under ideal growing conditions. CBD content is consistently low, usually below 0.5%. Minor cannabinoids like CBG may be present in small to moderate amounts.
Growing
Apollo 13 IBL is designed for predictable cultivation due to its inbred line status. It exhibits a medium stretch during flowering, typically 1.5-2.0x, and has a relatively fast flowering period of 56-63 days indoors. The plant's structure, with medium internodal spacing and a strong apical drive, is suitable for various training techniques, including SCROG and trellising, promoting uniform canopy development and light distribution. Its high calyx-to-leaf ratio also aids in efficient trimming.
Origins & Lineage
Apollo 13 IBL is a stabilized inbred line developed by East Coast Seeds from the original Apollo 13 cultivar, which gained recognition in the late 1990s. The original Apollo 13 was created by The Brothers Grimm, utilizing genetics from the Jack Herer family. East Coast Seeds refined this line through multiple generations of inbreeding and selection to enhance uniformity, vigor, and a specific terpinolene-dominant aroma profile.
The lineage is understood to stem from a cross involving Genius, a Jack Herer family clone, and a male from the Cinderella lineage. This breeding effort aimed to retain the uplifting and fast-flowering traits of the original while reducing phenotypic variability for more consistent results from seed.