Strain Profile: Apollo F1 by Royal Queen Seeds

Royal Queen Seeds – Apollo F1 Stats at a Glance

Name: Apollo F1

Breeder: Royal Queen Seeds

Autoflower or Feminized: Autoflower

Indica and Sativa Content: Indica 56%, Sativa 24%

THC Content: Very High

Indoor Yield: XXL gr/m2

Outdoor Yield: XXL gr/m2

Time to Flower: 7-8 Weeks

Tasting Notes: Citrus, Herbal, Lavender, Pine, Vanilla

Primary Terpenes: Caryophyllene, Farnesene, Myrcene, Terpinolene

Recommended Skill Level: Beginner


About Apollo F1 by Royal Queen Seeds

The Cannabis Seed Product Apollo F1 is the result of an extensive phenotype reprogramming initiative by Royal Queen Seeds, a breeder collective with a mandate to enhance the genetic landscape of cannabis. Through a meticulous selection process, the breeder engineered Apollo F1 from a lineage that integrates the automation of Ruderalis with the sedative firepower of Indica and the cerebral fortifications of Sativa, culminating in a strain with 56% Indica, 24% Sativa, and 20% Ruderalis genetics. Its inception marks a significant milestone in the annals of cannabis development, strategically bred to possess an exceptionally high THC output while being unphased by the environmental variabilities often detrimental to other strains. This unit stands as a paragon of versatility, delivering a prolific XXL yield both indoors and outdoors, coupled with a swift 7-8 week flowering time. The rich tapestry of its flavor notes—ranging from citrus to vanilla—and primary terpenes including Caryophyllene and Myrcene, have infiltrated the olfactory systems of many, contributing to its notoriety in the sector. Although still gathering reconnaissance on awards and industry commendations, Apollo F1 has manifested an undeniable influence through its beginner-friendly growing profile, offering a breakthrough opportunity for novice operators in cannabis cultivation to achieve professional-grade results, thereby altering the scope of possibilities for personal and commercial growers on a global scale.

Is Apollo F1 feminized or autoflower?

Apollo F1 is an Autoflower strain.

Benefits of Autoflower Strains

The Autoflower variant of the cannabis seed strain Apollo F1 represents a pinnacle of cultivation ingenuity, offering a suite of advantages that optimize its operational thresholds. One critical benefit of its Autoflower designation is the genetically encoded switch to the flowering phase independent of light cycle modulation, a feature that makes it highly adaptable to varying grow environments and light schedules. This automatism ensures Apollo F1’s seamless transition from vegetative growth to flowering, consolidating its maturation process within a brisk 7-8 weeks and enabling multiple harvests within a single season for cultivators operating in temporally constrained biospheres. With a Ruderalis content of 20%, Apollo F1 exhibits a robust defense protocol against temperature fluctuations and suboptimal light conditions, traits that reinforce its survivability and render it a formidable choice for cultivation across diverse ecosystems, including those that might challenge non-autoflowering varieties. Moreover, the strategic fusion of Indica, Sativa, and Ruderalis genetics imbues Apollo F1 with a compact and manageable morphology, making it well-suited for clandestine operations where space is at a premium, or stealth is paramount. Its beginner-friendly growth parameters lower the barrier to entry, allowing even novice growers to efficiently manage this strain and produce sizable yields marked by XXL output both indoors and outdoors. With Apollo F1, cultivators can anticipate a harmonized alignment of convenience, efficiency, and resilience, culminating in a strain that accelerates cannabis production cycles and enhances yield predictability—a distinct tactical advantage in the competitive arena of cannabis cultivation.

Indica and Sativa Percentage in Apollo F1

The cannabis seed strain Apollo F1 embodies a precise genetic matrix, with an indica percentage calibrated at 56% and a sativa percentage established at 24%. This configuration stipulates that the strain predominantly embodies the characteristics of its indica heritage, which typically manifest through a denser, more compact plant structure and a propensity for delivering deeply soothing and physically relaxing effects. The indica dominance ensures that Apollo F1’s phenotypic expression is conducive to both stress resilience and an efficacious flowering execution. Complementarily, the 24% sativa genetic infusion offers a moderate cerebral elevation to the strain’s effect algorithm, introducing an element of mental clarity and invigoration that balances the heavy indica influence. This strategic combination yields a hybrid that harmonizes the sedative qualities of indica with the more uplifting aspects of sativa, thereby achieving an equilibrium suited for both therapeutic and recreational deployments.

Things to Consider When Growing Apollo F1 Indoors

For successful indoor cultivation of the cannabis seed strain Apollo F1, it is critical to maintain an optimal biosphere where temperature ranges from 20°C to 26°C, ensuring the biochemical synthesis within the plant operates at peak efficiency. Humidity control is paramount, requiring levels of 40-50% during vegetative growth and a reduction to 30-40% post-flowering to prevent microbial insurgencies, enabling vital terpene preservation. Its autoflower nature negates the need for manipulating light cycles, yet consistent 18-24 hours of light per day is recommended to maximize photosynthetic activity and energy assimilation. Apollo F1’s nutritional demand necessitates a balanced feeding program. A regimen including nitrogen, phosphorus, potassium, and micronutrients, with gradual increases as it transitions from seedling to flowering phases, must be adhered to strictly. Intelligent watering strategies require that cultivators provide moisture at intervals that promote robust root development while avoiding over saturation. Potential challenges include space constraints, as Apollo F1, despite being compact, requires ample room for its root system and horizontal spread; vigilance is required to ensure this strain does not exceed spatial limitations. Implementing a strategic pruning plan can enhance air circulation and light penetration, essential for maintaining the well-being of Apollo F1. Lastly, while the strain is generally resilient, continuous surveillance for pests and pathogens is vital to preempt and obliterate any threat to the crop’s integrity.

Things to Consider When Growing Apollo F1 Outdoors

Outdoor cultivation of Apollo F1 engages a spectrum of key environmental variables. Climate holds priority; this strain thrives in mild to warm conditions with consistent sunlight, requiring a strategic planting schedule to ensure harvest occurs before the onset of cold weather. Direct sunlight exposure is vital for Apollo F1, necessitating a minimum of six hours per solar cycle for optimized photosynthetic productivity. Soil stands as the foundational medium, with a preference for well-draining, fertile substrates rich in organic matter to support the strain’s high-resin output. A pH range of 6.0 to 7.0 is optimal to facilitate nutrient uptake. Apollo F1’s Ruderalis heritage endows it with a remarkable resilience to water stress, yet a consistent watering regimen that maintains soil moisture without waterlogging is critical for preventing root diseases and fostering robust growth. External abiotic factors such as high winds or heavy rains necessitate structural support or strategic sheltering to protect the plant’s integrity. Biotic threats such as pests and pathogens can compromise Apollo F1’s vigor, thus preemptive measures through organic pesticides and vigilance for signs of infestation or fungal attacks safeguard the strain’s health. Unique to its autoflowering nature, Apollo F1 circumvents photoperiod restrictions, resulting in a simplified cultivation process enabling multiple cycles within a single growing season, provided temperatures remain conducive. It’s therefore critical to recognize the dynamic interplay of these elements, as each directly influences the physiological development and cannabinoid synthesis within Apollo F1 when harnessed in the crucible of the outdoor grower’s theater.

Factors That Affect Flowering Time In Apollo F1

To optimize and potentially accelerate the flowering time of the “Apollo F1” cannabis seed strain, ensure environmental conditions are set to a stable 20°C to 26°C range for peak metabolic efficacy, synchronizing with a relative humidity level of approximately 40% to reduce stress and enhance trichome development. Implement a consistent light cycle —24/0 or 18/6— during the vegetative stage, transitioning to 12/12 to trigger and support flowering in autoflowering strains. Employ a nutrient regimen tailored for the flowering phase, rich in phosphorus and potassium, to promote bud development, but cautiously avoid nitrogen overfeeding which could prolong vegetation and delay flowering. Regularly assess the nutrient solution’s pH to maintain between 6.0 and 7.0, ensuring optimal absorption. Engage in strategic pruning to remove lower foliage and non-productive nodes, improving light penetration and air flow, but be vigilant not to over-prune, as this can induce plant shock and slow down the process. Reduce or eliminate high-stress training techniques during flowering to prevent the plant from going into survival mode, which can delay maturation. “Apollo F1” has rapid flowering genetics, so avoid attempting to rush the process unnaturally with harsh chemicals or growth manipulators that could compromise plant health and cannabinoid profiles. Instead, facilitate the strain’s built-in flowering efficiency through environmental stability, adequate nutrition, and careful pruning, thereby allowing “Apollo F1” to flower rapidly and reach its full potential without inducing unnecessary error or stress.

What Are the Similarities and Differences Between Apollo F1 and AMS Cannabis Strains?

When comparing the Apollo F1 and AMS cannabis strains, the strain profile “AMS Green House Seeds” reveals some similarities in their high THC content and potent effects. However, the Apollo F1 strain is known for its earthy aroma and uplifting sativa effects, while the AMS strain tends to be more calming and relaxing with a sweet, fruity flavor.

Learning About the Terpenes in Apollo F1

The “Apollo F1” cannabis seed strain contains a distinctive terpene profile that contributes to its complex flavor and effect. Caryophyllene, a terpene with spicy, peppery notes reminiscent of cloves, possibly interacts with the body’s CB2 receptors, contributing anti-inflammatory and analgesic properties, potentially providing relief from pain and discomfort without psychoactive effects. Farnesene exudes a unique blend of fruity, green apple-like undertones, and may be associated with calming effects that can contribute to the strain’s potential anxiolytic qualities. Myrcene, the most abundant terpene in cannabis, imparts an earthy, musky essence akin to ripe mangoes, and is believed to synergize with THC to amplify sedative effects, potentially enhancing the overall relaxing experience of this indica-dominant strain. Terpinolene adds a complex layer with its fresh, piney, and slightly floral aroma that may offer uplifting and mentally clarifying effects, which can balance the sedation from other terpenes and cannabinoids. The interaction of these major terpenes in “Apollo F1” creates an entourage effect, which is the concept that multiple compounds within the plant work together to produce a more pronounced impact than each would individually. This multifaceted synergy between caryophyllene, farnesene, myrcene, and terpinolene within “Apollo F1” is orchestrated to contribute to a simultaneously nuanced flavor profile and a profound influence on both the mind and body.