Written by Ad OpsHistory of Atomic Banana
Atomic Banana emerged from the boutique breeding program of 13 Hills, a breeder known among connoisseurs for small-batch, carefully selected genetics. According to available community reports and catalog chatter, the project took shape during the late 2010s to early 2020s, when dessert and fruit-forward cultivars dominated consumer demand. The breeder positioned Atomic Banana squarely in that wave, aiming for a deeply relaxing indica expression with pronounced tropical-banana aromatics and thick resin for extracts. While 13 Hills has not widely publicized the exact parental stock, the finished cultivar reflects a careful match between indica-leaning structure and high terpene output.
In broader industry context, fruit-forward strains gained outsized traction around 2020–2022 as legal markets matured and consumers chased both potency and flavor. Trend pieces during this period highlighted how aroma-driven terpenes propelled retail performance, with strains like Gushers rising on the strength of a precise “trifecta” of citrusy and sweet terpenes. The naming conventions of the era often paired an attention-grabbing modifier with a familiar fruit, as seen with strains like Atomic Apple, which spotlighted candy-like apple notes. Atomic Banana follows that pattern while carving out a heavier, more sedative niche typical of indica heritage.
The cultivar’s rise also coincided with a rapid improvement in post-harvest handling—especially the surge in solventless and live-resin extraction. Brands promoting “tastiest” carts and live extracts underscored an industry pivot to terpene-rich, flavor-preserving processes. For a strain like Atomic Banana, which leans on dessert aromatics, this technology shift helped preserve its banana-forward identity from flower jar to cartridge. The result is a strain that resonates across both flower and concentrate formats, a hallmark of market durability.
Another factor in Atomic Banana’s appeal is the craft-focused selection methodology that small breeders often favor. Rather than releasing unstable seed lines, boutique teams typically hunt dozens to hundreds of plants to isolate desired traits and then propagate a preferred cut. In indica-heavy lines, that often means prioritizing dense bud structure, shorter internodes, and consistent terpene output across environmental conditions. While the specifics of 13 Hills’ pheno selection remain proprietary, the final product displays exactly those hallmarks.
Finally, Atomic Banana’s identity has benefited from the mystique of partially undisclosed genetics. Cannabis genealogy often includes “unknown” placeholders where breeders safeguard intellectual property or where legacy clones lack complete paperwork. Public genealogy catalogs even maintain entire categories for unknown parents because of how common this is. Atomic Banana’s story fits this real-world pattern: a distinctive, memorable flavor profile with a breeder who shares just enough to entice, and holds back enough to protect the project.
Genetic Lineage and Breeding Rationale
13 Hills lists Atomic Banana as an indica-heritage creation, but has not widely released definitive parent names. Based on phenotype expression, many growers infer a banana-forward parent somewhere in the pedigree, potentially from the extended Banana Kush/Banana OG/Banana Punch family. It is common practice in modern breeding to combine a fruit-forward parent with a hashplant-leaning indica to amplify resin, density, and relaxing effects. Atomic Banana’s tight structure and sedative curve suggest such an approach, although any specific cross remains unconfirmed by the breeder.
Banana-forward cannabis often traces aroma to a synergy of terpenes and esters, with myrcene, limonene, and caryophyllene frequently leading. While the instantly recognizable banana candy note is classically linked to the ester isoamyl acetate in food science, cannabis tends to convey banana-like impressions through combinations of common terpenes and minor volatiles. Breeding for this trait typically involves multi-generation selection to stabilize the target bouquet through seed runs or to lock down a clone-only cut. The consistent banana-and-cream nose seen in Atomic Banana implies the breeder screened a sizable population to ensure uniformity.
From a trait integration standpoint, indica structure contributes faster flowering (often 8–9 weeks indoors), thicker calyxes, and improved hash yields. Growers often report that fruit-forward lines can stretch more than expected when crossed to energetic sativa-leaning parents; the prominent indica morphology of Atomic Banana suggests the opposite route—anchoring to a compact frame. This breeding logic also improves indoor canopy management, which is a priority for small-batch producers who need predictable plant height under fixed lighting.
Another rationale for the selected pedigree is extraction efficiency. Resin glands that are large, bulbous, and densely packed are ideal for solventless techniques like ice water hash and rosin pressing. Indica-dominant hashplants are historically strong in this department, with some lines returning 4–6% of flower weight as first-wash hash under skilled processing. Atomic Banana’s thick frost layer and “greasy” trichome feel are consistent with that goal.
Because 13 Hills has not confirmed the exact parents, it is prudent to categorize Atomic Banana’s lineage as proprietary. This is common in modern craft breeding, where releasing exact recipes can undermine a breeder’s competitive edge. Public genealogy resources even maintain sections devoted to “Unknown Strain” entries, underscoring how frequently top cuts include private or undocumented ancestry. In that sense, Atomic Banana is both contemporary and traditional: a flavor-led indica with guarded parentage and a clear breeder thumbprint.
Appearance and Structure
Atomic Banana presents as a compact, indica-leaning plant with a stout, symmetrical frame. Internodal spacing is short to medium, allowing for dense flower set and efficient canopy fills in limited vertical space. The fan leaves are broad and dark green, often with an upright, slightly cupped stance when dialed in. Mature plants display strong lateral branching that benefits from selective pruning to maintain airflow.
Dried flowers are dense, round-to-ovoid, and heavily calyxed, with a high calyx-to-leaf ratio that reduces trimming labor. Trichome coverage is pronounced, forming a silvery frost that can look almost greasy under direct light. In certain phenotypes, sugar leaves take on subtle hues of pastel lime to olive, with occasional lavender flecks appearing late in cool rooms. Orange to amber pistils thread through the surface, providing color contrast against the pale trichome glaze.
The resin heads are notably uniform, which is a positive indicator for solventless extraction and flavor carryover. Under a loupe, gland heads appear bulbous and plentiful, with stalks that hold up well during careful hand-trim. Growers often describe the buds as “photo-ready,” with a boutique bag appeal that stands out even among other dessert cultivars. The overall impression is premium-grade indica flower designed for both visual impact and processing performance.
In live plants, the canopy tends to stack nicely after topping and light training. Side branches can become top-heavy by week 6–8 of bloom, so trellis or yo-yos are recommended to prevent lodging. Colas can swell to 4–8 inches in length, with especially dense crowns that require thoughtful humidity control late in flower. Because of that density, indoor growers should plan for strategic defoliation to keep the microclimate balanced.
Root vigor is solid, and the cultivar tolerates moderate EC without clawing when environmental conditions are stable. Atomic Banana responds well to consistent VPD control, which helps maintain leaf turgor and reduce microclimate risks in dense canopies. Under ideal conditions, plants display a healthy sheen on leaves and a slight serration curl that indicates active transpiration. Overall, the visual and structural traits reflect a purpose-built indica suited to modern indoor workflows.
Aroma
Atomic Banana’s aroma centers on ripe banana, banana bread, and custard-like sweetness, supported by gentle citrus and warm spice. Freshly cracked buds often lead with a banana-candy topnote that quickly deepens into creamy vanilla and light caramelized sugar. Beneath the dessert profile, an earthy base note—likely from caryophyllene and humulene—adds depth and prevents the bouquet from becoming cloying. The combined effect is rich yet balanced, immediately recognizable in a mixed jar.
During grinding, the profile intensifies and skews more tropical, with flashes of mango and soft pineapple before settling back into banana cream. Some phenotypes add a faint herbal edge reminiscent of sweet basil or chamomile, a nuance that may point to minor terpenes like farnesene or nerolidol. The floral-whipped-cream character tends to be most pronounced in well-cured batches with stable water activity. When humidity is kept around 58–62% in storage, aromatic stability is noticeably improved.
Volatile expression is sensitive to curing practices and storage temperature. Warmer storage accelerates terpene loss; a cool, dark environment preserves banana-forward notes far better. High-quality batches often measure total terpene content above 1.5% by weight, with top-shelf craft flower commonly landing between 2.0% and 3.5%. Those levels align with what flavor-focused brands pursue in live resin and rosin offerings that prioritize aromatic fidelity.
The sensory trajectory from jar to grinder to inhale mirrors the cultivar’s dessert design. Initial banana pops, mid-notes cushion with vanilla-cream, and the finish closes with a gentle spice-earth echo. Compared to sharper citrus or diesel cultivars, Atomic Banana is rounder and softer, trading bite for depth. That softness makes it a favorite for evening sessions and for users sensitive to acrid or fuel-heavy noses.
Industry tastemakers have repeatedly emphasized the commercial value of terpene-driven, fruit-forward aromas. Reviews of top vapes and extracts in recent seasons often cite live resins and rosins specifically because they preserve a cultivar’s intended bouquet. Atomic Banana’s thick, greasy trichomes and banana-led aroma map well onto those techniques, helping the profile translate faithfully into concentrates. In the jar or a cart, the nose remains its calling card.
Flavor
The palate closely follows the nose: banana pudding, vanilla wafer, and a silky sweetness that coats the tongue. On the inhale, expect a creamy banana custard accented by a light citrus zest. As the vapor rolls across the palate, a gentle peppery tickle—likely caryophyllene—adds structure. The exhale settles into banana bread with a hint of brown sugar and toasted nut.
Combustion temperature significantly influences the tasting arc. Lower-temp vaporization (170–185°C / 338–365°F) pulls forward the banana-cream and soft tropicals, whereas higher temps (>200°C / 392°F) emphasize earth, spice, and a faint toastiness. Users who prefer solventless rosin will often notice an even richer custard impression, with more pronounced mid-palate sweetness. Across formats, the finish lingers for 30–60 seconds, suggesting robust terpene presence.
Water cure and over-drying can blunt the delicate topnotes, so a careful slow-cure is recommended for optimal flavor. Maintaining 58–62% RH during cure preserves volatiles without encouraging mold, while a multi-week cure allows chlorophyll to mellow and sweetness to bloom. In blind tastings, Atomic Banana typically stands out against gassy or piney cultivars due to its dessert-first identity. Pairings like dark chocolate or toasted coconut highlight the creamy profile without overpowering it.
Extraction choice also impacts flavor fidelity. Live resin and live rosin typically capture more of the bright banana and creamy layers, while cured resin can tilt earthy and nutty. Vape cartridges using terp-rich extracts tend to showcase banana more clearly at lower voltage settings, often around 2.5–3.0 V for 510 devices. Consumers report that pushing voltage too high can collapse the banana topnote into generic sweetness.
Overall, the flavor experience is easily categorized as comfort-dessert. It is indulgent without being syrupy, balanced enough to remain interesting across multiple puffs. For many, Atomic Banana’s flavor is the primary reason to rebuy, with the relaxing effects coming as a very welcome bonus. It is a crowd-pleaser at sessions where flavor is the deciding factor.
Cannabinoid Profile
Atomic Banana presents as a high-THC, low-CBD indica-heritage cultivar consistent with modern dessert lines. While tested values vary by grow and lab, most reports for comparable indica dessert strains place THCa in the high teens to mid-20s percentage range by dry weight. After decarboxylation, THC potency typically translates to roughly 85–90% of measured THCa, depending on moisture and process. CBD is generally trace (<1%), with minor cannabinoids like CBG often 0.2–1.0% and CBC in low tenths of a percent.
In concentrates, potency rises substantially. Live resins and rosins from top-tier producers commonly register 65–80% total cannabinoids, with standout batches surpassing 80% when terpene and minor-cannabinoid content are balanced. Industry features have highlighted carts and dabs measuring around 78% THC with approximately 10% total terpenes as a high-flavor benchmark. Atomic Banana’s resin-rich flowers are suitable for hitting similar qualitative marks in the hands of skilled extractors.
Batch-to-batch variability is a hallmark of cannabis, driven by environmental conditions, plant age at harvest, and post-harvest handling. Within a single clone, harvesting one week later can increase amber trichomes and slightly shift subjective potency from bright to heavier. Total cannabinoids tend to correlate with optimal light intensity and dialed-in nutrition, though aggressive late feeding can reduce flavor quality even when potency remains high. For this cultivar, flavor and potency are best balanced with disciplined environmental control.
For consumers, the takeaway is straightforward: expect THC-forward, CBD-light chemotypes. This matches market norms where more than 70% of retail flower SKUs in many states emphasize THC as the primary cannabinoid. Despite this, minor cannabinoids and terpenes strongly shape the experience, sometimes softening perceived intensity. Atomic Banana exemplifies that paradigm—potent on paper, but rounded by a dessert-leaning terpene ensemble.
Because lab methodologies vary, comparing results across brands and jurisdictions is imperfect. The clearest signals come from consistent producers who maintain environmental controls and standardized post-harvest workflows. If you are tracking numbers, prioritize results from the same lab and grower across multiple batches for a meaningful picture. For most users, sensory consistency and effect reliability will be better markers than a few percentage points of reported THC.
Terpene Profile
Atomic Banana’s terpene profile is dominated by a dessert-triad likely anchored by myrcene, limonene, and beta-caryophyllene, with supporting roles from humulene and linalool. Myrcene commonly leads in indica-leaning cultivars and is associated with musky, fruity, and calming impressions. Limonene adds citrus brightness that helps translate banana-like notes, while caryophyllene contributes peppery warmth and binds to CB2 receptors in vitro. Humulene and linalool bring woody and lavender-like facets that round out the profile.
In top-shelf flower, total terpene content often ranges from 1.5% to 3.5% by weight, with “loud” batches exceeding 2.0% consistently. Extracts designed for flavor, like live resin and live rosin, may measure around 5–12% total terpenes, which dramatically enhances perceived aroma and taste. Industry spotlights have celebrated carts with approximately 10% terpene content for their intense flavor while still delivering robust potency. Atomic Banana’s thick frost layer suggests it can fuel similarly terp-rich extracts.
The concept of a terpene “trifecta” has become a common way to explain why certain strains pop in the jar and on the palate. Citrus-forward terpenes combined with heavier, sweet musks create a layered, memorable bouquet. Trend reports around 2021 highlighted how this triad approach helped propel strains like Gushers into the spotlight. Atomic Banana fits this pattern, simply swapping lemon-candy emphasis for banana-cream sweetness.
Minor terpenes likely to appear include ocimene, farnesene, and nerolidol in trace to low-tenth percentages. Ocimene can introduce sweet-herbal and tropical nuances, farnesene can contribute green-apple and pear-like freshness, and nerolidol offers floral-tea notes. While these are not guaranteed, they are common in fruit-forward cultivars and help explain Atomic Banana’s nuanced aftertaste. The overall profile is cohesive rather than chaotic, a sign of thoughtful breeding.
Terpene expression is highly sensitive to environment, harvest timing, and cure. High temperatures and extended light exposure degrade monoterpenes first, which are often the brightest, fruitiest components. Growers who maintain canopy temperatures around 24–28°C (75–82°F) in bloom and dry at 15–18°C (59–64°F) with 55–60% RH tend to preserve terpenes better. Atomic Banana rewards that diligence with a loud, dessert-first profile.
Experiential Effects
Atomic Banana is an indica-heritage cultivar that leans calming, body-focused, and gently euphoric. The onset is usually swift after inhalation—often within 2–5 minutes—with a progressive melt over 10–15 minutes. Users frequently report a mood lift paired with physical heaviness and muscle release. Cognitive clarity is moderate at low doses and more foggy at higher doses, especially in the evening.
The progression commonly follows a three-phase arc: initial head lift and sweet palate, a middle phase of warm body sedation, and a taper into tranquil drowsiness. For many, the sweet spot is a single moderate bowl or a few low-temperature draws, which preserves function while smoothing stress. Higher doses shift the experience toward couchlock and early sleep onset. The strain’s dessert flavor sometimes encourages repeated pulls, so pacing helps avoid overshooting a desired state.
Consumer reports for banana-forward strains often diverge from sharp citrus cultivars, describing less raciness and more contented heaviness. This aligns with the expected influence of myrcene and linalool, which are commonly associated with soothing effects in user surveys. A similar trend is reported for Banana Punch, which many consumers describe as calming and high-THC. Atomic Banana follows that path, leaning into nighttime utility rather than daytime productivity.
Side effects are typical of THC-rich indicas—dry mouth, dry eyes, and possible orthostatic lightheadedness if standing quickly. At high doses, susceptible users may experience transient anxiety or a racing mind, though dessert profiles often feel friendlier than fuel-heavy cultivars. Hydration, comfortable seating, and dose awareness go a long way toward maximizing comfort. Newer consumers should start with 1–2 inhalations, wait 10–15 minutes, and adjust as needed.
Duration for inhaled sessions generally spans 2–3 hours, with a heavier tail that can extend to 4 hours in low-tolerance users. Sleep onset assistance is a commonly reported benefit when consumed 60–90 minutes before bed. For daytime use, microdosing helps retain functionality: one or two small puffs can provide mood smoothing without anchoring the body. As always, effects vary by person, set, and setting, but the overall theme is smooth, dessert-led relaxation.
Potential Medical Uses
Atomic Banana’s indica heritage and dessert-style terpene profile suggest potential utility for stress relief, sleep support, and body discomfort. Patient anecdotes for similar chemotypes often cite reductions in muscle tension, post-activity soreness, and general restlessness. Evening use appears most effective, especially when sleep onset is a primary goal. The gentle euphoric overlay may also help shift negative rumination toward a calmer mindset.
For pain management, THC-dominant indicas can provide short-term relief for some patients, particularly in neuropathic or inflammatory contexts. Beta-caryophyllene’s interaction with CB2 receptors is of scientific interest, though clinical significance varies case by case. Users often report that a combination of THC with soothing terpenes like myrcene and linalool can make discomfort more manageable. For flare-ups, small repeated doses spaced 20–30 minutes apart are often preferred over a single large dose.
Sleep support is the most common therapeutic use discussed for indica-leaning dessert varieties. A routine of low-to-moderate dosing 60–90 minutes before bed may help signal wind-down and reduce sleep latency. Patients frequently combine inhaled flower for onset with an edible or tincture for extended duration, because oral cannabinoids peak later (typically 1–2 hours) and last longer. Atomic Banana’s heavy finish pairs naturally with this stacked approach.
Anxiety responses vary, but many find the cultivar more comforting than sharp, racy strains. Microdosing—one or two small inhalations—often delivers calm without cognitive fog or elevated heart rate. For those with a history of THC-induced anxiety, combining small THC doses with CBD (e.g., a 1:1 or 2:1 CBD:THC supplement) can buffer intensity. Always avoid mixing with other sedatives or alcohol unless directed by a clinician.
This information is not medical advice. Medical cannabis outcomes are highly individual and depend on diagnosis, medication interactions, and personal history. Patients should consult a knowledgeable healthcare professional, start low, go slow, and keep notes on dose, timing, and effects. Safety and consistency matter more than chasing headline potency numbers.
Comprehensive Cultivation Guide
Atomic Banana is a grower-friendly, indica-heritage cultivar that rewards precision with standout flavor and resin. It thrives in controlled environments where temperature, humidity, and airflow can be managed tightly. Expect medium stretch (1.5–2.0x post-flip), dense cola formation, and a flowering window typically in the 8–9 week range indoors. Outdoor harvests land from late September to early October in temperate zones, weather permitting.
Genetics and Propagation: Start with verified genetics—ideally a known cut or a reputable seed pack from 13 Hills if available. Clone success rates are high under standard conditions (0.4–0.8 EC, 80–95% RH domes, 22–26°C / 72–79°F). Rooting generally occurs in 7–14 days depending on media and hormone use. Transplant immediately upon strong root protrusion to avoid binding and early stress.
Mediums and pH: Atomic Banana performs well in coco/perlite (70/30), living soil, or rockwool. Target pH 6.2–6.8 in soil and 5.8–6.2 in hydro/coco. Keep electrical conductivity (EC) in veg around 1.2–1.6 (600–800 ppm 500-scale) and in bloom 1.6–2.2 (800–1100 ppm 500-scale), depending on cultivar appetite and light intensity. Always calibrate EC to plant feedback and runoff checks.
Environment and VPD: Maintain canopy temps at 24–28°C (75–82°F) lights-on and 20–22°C (68–72°F) lights-off. Relative humidity should be 60–70% in early veg, 50–60% mid-veg, 45–55% early bloom, and 40–50% late bloom. Monitor leaf temp and track vapor pressure deficit (VPD) in the 0.9–1.3 kPa range during mid-to-late veg and 1.1–1.5 kPa during bloom. Stable VPD promotes terpene retention and reduces mold pressure in dense flowers.
Lighting and DLI: Under modern LEDs, target 600–900 µmol·m⁻²·s⁻¹ PPFD in veg and 900–1100 µmol·m⁻²·s⁻¹ in bloom for non-CO2 rooms. This equates to a daily light integral (DLI) of approximately 35–45 mol·m⁻²·day⁻¹ in late bloom. If supplementing CO2 (800–1200 ppm), PPFD can be pushed to 1200–1400 µmol·m⁻²·s⁻¹ for higher yields. Maintain even distribution to prevent hotspots that drive terpene volatilization.
Canopy Management: Top once or twice in veg to encourage a flat canopy and 8–16 strong heads per plant. Low-stress training (LST) and a single-layer trellis help manage lateral spread; a second layer stabilizes heavy colas by week 6–7. Because buds are dense, selective defoliation is crucial—remove large, shading fans before week 3 of bloom and again around week 6 to improve airflow. Avoid over-defoliation, which can stall energy capture and reduce resin output.
Nutrition: Provide a balanced NPK in veg (e.g., 3-1-2 ratio), shifting toward bloom formulations with elevated P and K (e.g., 1-2-3 to 1-3-4) after the stretch. Indica-leaning dessert lines often respond well to supplemental magnesium and sulfur for terpene synthesis; keep Mg around 40–60 ppm and S elevated via epsom or magnesium sulfate inputs. Calcium should remain steady (90–140 ppm) to support dense calyx development. Monitor runoff EC and pH weekly to prevent salt buildup that can mute flavor.
Watering Strategy: In coco and rockwool, small, frequent irrigations to 10–20% runoff maintain consistent root-zone EC and oxygen. In soil, deep waterings spaced appropriately promote healthy microbial activity and prevent anaerobic pockets. Aim for 10–15% pot dryback between feeds in coco and clear, rhythmic wet-dry cycles in soil. Overwatering late bloom increases botrytis risk in Atomic Banana’s compact colas.
Flowering Timeline: Expect a 1.5–2.0x stretch in the first 14–21 days post-flip. By week 4, aroma intensifies and resin heads become visible to the naked eye. Weeks 6–8 bring rapid calyx swell; manage humidity 40–50% and ensure steady airflow to counter dense bud microclimates. Many growers find a harvest window between day 56 and day 63, with trichomes at ~5–10% amber, 80–90% cloudy for a balanced heavy-yet-bright effect.
CO2 and Yield: Supplemental CO2 can improve biomass and cannabinoid output by 20–30% under sufficient light and nutrition. Without CO2, indoor yields of 400–550 g·m⁻² are realistic for dialed growers, while optimized, CO2-enriched rooms can exceed 600 g·m⁻². Single-plant yields vary widely with pot size; in 3–5 gallon containers, 85–150 g per plant is common under a 4×4’ LED. Keep expectations grounded in environment and practice consistency.
IPM and Pathogen Control: Dense indica flowers require proactive integrated pest management. Implement weekly scouting, sticky cards, and rotating, compatible biocontrols targeting common pests like spider mites and thrips. Maintain cleanliness, remove plant debris, and sanitize tools between rooms. For mold prevention, ensure 0.5–1.0 m·s⁻¹ airspeed across the canopy, with dehumidification sized to keep VPD stable at night when spikes are common.
Drying and Curing: Hang whole plants or large branches at 15–18°C (59–64°F) and 55–60% RH for 10–14 days. Gentle airflow that circulates but does not blow directly on buds helps preserve terpenes. After stem snap, trim and jar with 58–62% humidity packs, burping daily for the first week, then weekly. Properly cured Atomic Banana will retain banana-cream aromatics for months when stored dark and cool.
Extraction Notes: The cultivar’s greasy resin and tight gland heads suit ice-water hash and rosin. First-wash returns in the 4–6% range of flower weight are achievable under skilled hands, with total returns 6–10% across washes depending on feed, harvest timing, and freeze-fresh practices. Live rosin preserves the banana topnote better than cured resin in most cases. For hydrocarbon extracts, low-temp, terp-preserving runs best capture the dessert profile.
Outdoor and Greenhouse: In regions with cool, humid late seasons, plan for aggressive leafing and early support to reduce botrytis risk in dense colas. Greenhouse growers should leverage light dep to finish by late September for best quality. Outdoor yields can be substantial—1–3 kg per plant in-ground in ideal climates—but quality hinges on keeping rain and dew off mature flowers. Mulch, wide spacing, and sunrise airflow paths dramatically reduce disease pressure.
Common Pitfalls: Overfeeding late in bloom can mute sweetness and thicken the finish into dull earth. High canopy temps (>30°C / 86°F) volatilize monoterpenes and flatten banana and vanilla notes. Insufficient airflow during weeks 6–9 invites mold, particularly in the biggest colas. Keep the room clean, the canopy pruned, and the climate stable to showcase the strain’s best traits.
Phenotype Notes: If hunting from seed, expect a narrow-to-moderate spread in aroma around the banana-cream axis, with outliers leaning more tropical or spicy. Select for plants that finish within 56–63 days with dense, resinous flowers and strong banana on stem rub and grind. Uniform, bulbous trichome heads are a good proxy for solventless performance. Lock in a mother from the top 5–10% of standouts and document feed and environment for reproducibility.
