The Leaf Index
Vol. IA field guide to cannabis cultivarsleafly.cc
No. 3659Hybrid

Apollo 13 X Ssgh by Duke Diamonds Vault

Apollo 13 × SSGH

Apollo 13 X Ssgh By Duke Diamonds Vault is a hybrid cultivar developed by Duke Diamond's Vault, aiming to enhance the classic Apollo 13 with increased structure and a deeper aroma. This cross combines a cerebral sativa-leaning influence with a savory haze selection, resulting in a high-performance hybrid.

May help withStress
AromaCitrusGrapefruitGarlicHerbalDieselCandyGrapeLemonMango

Appearance

This hybrid typically grows to a medium-tall stature with strong central branching and vigorous lateral growth, presenting a manageable canopy suitable for training techniques like SCROG. Expect a moderate stretch during early flowering. The buds often develop into elongated, spear-shaped colas with dense calyxes, ranging from medium to firm in structure. Trichome coverage is abundant, giving the buds a silvery appearance, while pistils mature from bright orange to deep rust.

Aroma & Flavor

The aromatic profile is a complex blend of bright citrus and savory notes. Initial scents may include lime zest, grapefruit, and hints of green apple, layered with undertones of garlic, spice, and a metallic haze. Upon breaking apart, buds can release sharp citrus and sweet candy aromas with a lingering garlic echo. Flavors on the inhale often mirror this, with lime rind and lemonade complemented by garlic chive and a subtle diesel undertone, leading to a resinous, piney, and incense-like finish on the exhale.

Effects

Apollo 13 X Ssgh is reported to provide a cerebral experience, characterized by mental clarity and focus. The effects are generally described as uplifting and clear-headed, stemming from its sativa-leaning heritage. This makes it suitable for daytime use when concentration is desired.

Terpenes & Cannabinoids

This cultivar typically exhibits high THC content, ranging from 15-25%, with minimal CBD (<1%). The terpene profile is notable for its complexity, with prominent notes of terpinolene and limonene contributing to the citrus and haze characteristics. Other contributing terpenes may include myrcene, caryophyllene, humulene, and ocimene, which add to the spicy, herbal, and savory dimensions of the aroma and flavor.

Growing

Developed as a grower's strain, Apollo 13 X Ssgh is noted for its vigor, disease resistance, and manageable growth habit. It is tuned for canopy management, with nodes that are closer than pure hazes but wider than indica types, making it suitable for indoor and outdoor cultivation. The flowering period averages 63 to 70 days, designed for consistent quality without excessively long bloom times. It demonstrates good resin production, appealing to both flower and solventless extract growers.

Origins & Lineage

This hybrid originates from Duke Diamond's Vault, a breeding label focused on reviving classic East Coast funk and haze profiles. It is a cross between Apollo 13, a sativa-leaning classic known for its clarity and lime-citrus aromatics, and SSGH, a selection with Super Silver Haze ancestry and savory, garlic-forward notes possibly influenced by Afghani or Skunk genetics. The intent was to combine Apollo 13's bright headspace with enhanced structure and a deeper aromatic complexity.

Frequently asked questions

What is the origin of Apollo 13 X Ssgh?
Apollo 13 X Ssgh was developed by Duke Diamond's Vault, a breeding label known for reviving classic East Coast funk and haze profiles.
What are the primary aromas and flavors of this strain?
The aroma and flavor profile is a complex fusion of bright citrus notes like lime and grapefruit, alongside savory elements such as garlic and spice, with undertones of diesel and candy.
What kind of effects can be expected from Apollo 13 X Ssgh?
This hybrid is known for producing cerebral effects, offering mental clarity and focus, making it suitable for daytime use.
What are the cannabinoid and terpene highlights?
Apollo 13 X Ssgh typically tests high in THC (15-25%) with low CBD. Key terpenes include terpinolene and limonene, with contributions from myrcene, caryophyllene, humulene, and ocimene.