Written by Ad OpsOrigins and Breeding History
C. Banana is a boutique hybrid developed by Taylormade Selections, a breeder known for curating balanced indica-sativa lines with high terpene expression. The strain name is sometimes shortened in dispensary menus, which can create confusion with similarly named banana-leaning cultivars. Within this article, C. Banana refers specifically to the Taylormade Selections line, not to unrelated banana phenotypes or regionally named cuts. That distinction matters for growers and patients who rely on cultivar-specific traits and repeatable outcomes.
The broader market occasionally conflates C. Banana with other high-potency banana profiles, but this cultivar’s selection history emphasizes a rounded high and dessert-forward aromatics. Breeder notes and community reports describe a consistent hybrid structure and a terpene stack that pushes sweet esters alongside citrus and spice. While definitive public pedigrees are limited, the line has been circulated among craft cultivators who value its resin density and upbeat-to-relaxing effect curve. Over time, those grower preferences have reinforced the cultivar’s reputation for clean burn and flavorful cure.
Genealogy databases sometimes record tangential material that orbits the same naming space, which can blur provenance for researchers. One such snippet lists C. Banana S1 and a Hammerhead tag in proximity to crosses like Unknown Strain from Original Strains x Unknown Strain. Another related note cites Unknown Strain from Original Strains crossed with Guide Dawg from Holy Smoke Seeds. These references do not define the Taylormade Selections mother line, but they do demonstrate how the name has circulated in breeding projects.
In practical terms, C. Banana occupies the modern hybrid sweet spot: fast enough to flower indoors, aromatic enough to stand out on a shelf, and resinous enough to satisfy hashmakers. Growers often report dense heads with strong calyx stacking and a forgiving feeding window. Consumers tend to associate the cultivar with bright mood elevation at low-to-moderate doses and a heavier, soothing body tone as the session deepens. The combination has made it a reliable anchor in mixed menus where both daytime and evening options are needed.
Regionally, the cultivar has found traction in North American craft scenes that prioritize terpene totals and cured-in-jar consistency. Its adoption coincides with a broader shift toward hybrids that test above 20% THC while delivering 2.0% to 3.5% total terpene content under optimized conditions. That shift favors chemovars like C. Banana that can produce repeatable potency with distinctive sensory signatures. As a result, it appears frequently in small-batch drops and pheno-driven releases.
Genetic Lineage and Heritage
C. Banana’s general heritage is balanced indica-sativa, reflected in its structure and effect profile. Plants exhibit hybrid vigor, producing medium internodes with a 1.5x to 2.0x stretch after the photoperiod shift. The cultivar responds well to topping and screen-of-green, traits typically seen in modern hybrids composed of both broadleaf and narrowleaf ancestry. This balanced architecture translates into a canopy that is easy to manage indoors without excessive trellising.
Public, third-party genealogy data on this exact Taylormade Selections line remains sparse. However, breeding chatter and strain-index fragments show the C. Banana name intersecting with S1 work and outcrosses. One example surfaced in listings that group C. Banana S1 and Hammerhead terminology alongside crosses involving Unknown Strain from Original Strains and Guide Dawg from Holy Smoke Seeds. While interesting, these fragments should be interpreted as broader ecosystem context rather than a verified blueprint for the Taylormade Selections mother line.
Banana-associated aromas in cannabis often arise from limonene-forward and myrcene-forward stacks augmented by estery notes that evoke banana candy. In many modern hybrids of similar aromatic families, beta-caryophyllene and ocimene appear as supporting players that brighten or spice the bouquet. This sort of terpene scaffolding is consistent with a mixed indica-sativa genetic base selected for bouquet and finish. It also explains why the cultivar balances uplift with a calm comedown rather than pushing purely sedative effects.
Given the variability in commercial naming, it is helpful to treat C. Banana as a chemotype rather than a fixed genotype when shopping flower across regions. The Taylormade Selections line has a recognizable expression, but cuts labeled C. Banana from unverified sources may deviate. When possible, consult batch certificates of analysis and confirm breeder provenance through the retailer. Doing so will reduce the chance of mismatched expectations.
From a breeding perspective, the line’s balanced stretch and trichome density make it a reasonable donor for dessert-forward aroma in crosses. Breeders seeking enhanced resin heads for mechanical separation will find it pairs well with indica-leaning hash plants. Those aiming for longer, speared colas might consider crossing it to taller sativa-influenced frames. The key is maintaining the terpene intensity that gives the cultivar its identity.
Appearance and Bud Structure
C. Banana typically displays medium-dense flower with tight calyx clusters that form rounded to conical tops. Mature buds finish in lime-to-olive green hues accented by sunset-orange pistils that curl close to the surface. Under bright light, resin glands are thick and uniform, creating a frosted look that signals high trichome coverage. Sugar leaves tend to be modest, facilitating straightforward trimming.
The internodal spacing supports even light penetration when plants are trained horizontally. With a 1.5x to 2.0x stretch, growers can plan canopy height to stay within 20 to 30 inches during early flower in a tent system. This scale fits well under 600 to 1000 PPFD, reducing light stress risk while promoting dense stacking. Colas fill out in weeks five through seven of bloom, typically the period of fastest calyx expansion.
Trichome heads present in a mix of capitate-stalked domes and slightly smaller sessile forms, though the former dominate in mature flowers. Resin heads frequently measure in the 70 to 110 micron range, a sweet spot for both dry sift and ice water separation. This distribution is one reason hashmakers often favor banana-leaning hybrids with similar expressions. Well-grown material can yield mechanically separated resin in the 3% to 5% return range, with outliers higher in optimized runs.
Bud density is firm without being rock-hard, which helps resist botrytis compared to extremely dense, moisture-trapping phenotypes. Nevertheless, late-flower airflow remains important, especially if ambient humidity exceeds 50%. In dry trim, the cultivar holds its structure nicely without excessive crumble. In hand trim, resin transfer is significant, necessitating frequent glove changes.
Under UV or photographic macro, glandular heads remain clear to cloudy in mid flower before progressing to mixed amber near harvest. Pistils shift from pale tangerine to deeper copper as ripening advances. Buds retain visual appeal through a slow-dry and proper cure, deepening green tones and enhancing the contrast of the trichome layer. Display jars often show immediate consumer interest because of this frosted, candy-shop aesthetic.
Aroma and Volatile Profile
The immediate aromatic impression is banana-forward sweetness layered with citrus-zest brightness and a light bakery-dough undertone. Many users describe a banana-candy or dried banana chip note rather than fresh green banana. On grind, the bouquet opens to include sweet spice and a faint peppery tickle that suggests beta-caryophyllene in the mix. A back note of creamy vanilla or marshmallow can appear after cure.
Volatile contribution likely centers around limonene, myrcene, and ocimene, which collectively produce fruit-candy impressions in many modern hybrids. Caryophyllene and humulene add warm spice and woody depth, framing the sweet top notes. Linalool sometimes shows at trace-to-moderate levels, nudging the profile toward floral. These interactions give C. Banana a layered nose that persists from jar to grind to burn.
Under optimized cultivation and careful post-harvest, total terpene content commonly ranges from 1.8% to 3.2% by weight in craft flower. Top-shelf batches can surpass 3.5%, though environment, genetics, and curing practice strongly influence outcomes. Terpene preservation is especially sensitive to dry room conditions; temperatures above 21 C and prolonged low relative humidity can strip volatile compounds. A slow, 10 to 14 day dry at 60 F and 60% RH has repeatedly proven effective for retaining banana-adjacent aromatics.
Aromatics evolve over cure as monoterpenes mellow and sesquiterpenes stabilize. In weeks two through four of curing, the profile often shifts from candy-sweet to a more rounded banana-bread tone. Subtle ester-like impressions can become more apparent at this stage, creating a confectionery quality in the jar. Properly sealed containers and minimal oxygen exchange help maintain that transformation.
In combustion or vaporization, the first draw carries clear banana-candy and citrus zest, followed by gentle spice on the exhale. Terpene volatility widens the gap between vaporizer and joint expression, with vaporizers at 175 to 190 C best for highlighting fruit notes. Above 200 C, spicy and woody components dominate, tilting the experience toward warmth rather than candy. Users who prize the banana note should aim for moderate vapor temperatures and fresh grinds.
Flavor and Consumption Experience
C. Banana delivers a flavor consistent with its aroma: banana-candy sweetness up front and citrus-sparkle mid-palate. Inhale character is silky and confectionary, while the exhale adds bakery spice and a faint woody finish. When well-cured, the smoke is notably smooth, with low throat bite at typical joint temperatures. Vaporization preserves more top-note fruit, extending the sweet window across multiple draws.
The cultivar pairs well with medium-tempo vapor sessions at 175 to 190 C to emphasize fruit and floral facets. At lower settings of 165 to 170 C, flavor is delicate and terp-forward but potency expression becomes more subtle. At higher settings of 200 to 205 C, expect stronger spicy-woody edges and a slightly drier mouthfeel. Users often find a sweet spot near 188 C for a balance of taste and effect.
Combustion in a clean glass piece highlights sweetness for the first few tokes before warm spice crescendos. Rolling with thin papers avoids muting the candy note, while thicker wraps emphasize bakery and wood. A fresh grind just before consumption preserves volatile monoterpenes that drive the banana illusion. Stale grinds or over-dry flower can flatten the profile and reduce perceived sweetness.
Palate fatigue is moderate; many users report the candy note remains engaging across an entire joint. Hydration status affects perception, as dry mouth can dull fruit brightness and elevate woody tones. Sipping water or herbal tea between draws helps maintain flavor acuity. For pairing, light pastries or citrus fruit emphasize the confectionary quality without overpowering it.
Residual flavor lingers for several minutes post-session, especially after vaporization. That finish tends to be creamier and more vanilla-leaning than the initial banana spark. Properly cured flower retains flavor over weeks if stored in airtight containers at 58% to 62% RH. Avoid high heat and prolonged light exposure, which can bleach both aroma and flavor.
Cannabinoid Profile and Potency
As a modern hybrid, C. Banana typically expresses high THCA with minimal CBD. In legal markets, comparable dessert-driven hybrids regularly test between 18% and 26% total THC by weight in retail flower. Optimized grows and select phenotypes may surpass 28%, although such outliers depend on environment, harvest timing, and post-harvest handling. CBD is most often below 0.5%, with total minor cannabinoids (CBG, CBC) landing between 0.3% and 1.5%.
Batch-to-batch variability is real, even within a single clone, due to cultivation variables such as PPFD, nutrition, and VPD. For example, studies across state lab datasets show that light intensity and spectral quality can shift THCA output by several percentage points. Likewise, harvest windows shifted by 7 to 10 days can alter both potency and terpene ratios measurably. These factors help explain why a cultivar can test at 21% in one room and 25% in another.
When decarboxylated, THCA converts to delta-9-THC with a theoretical yield of about 87.7% by mass after CO2 loss. Practical decarb in an oven or extraction train at 110 to 120 C for 30 to 45 minutes typically reaches 70% to 90% conversion, depending on technique. For users making edibles, this translates to predictable potency if weighed and calculated against lab-reported THCA. Accurate dosing reduces the risk of overshooting, especially with a high-potency cultivar like C. Banana.
In concentrates made from this cultivar, total THC values of 65% to 85% are common for solvent extracts, with live resin often anchoring around 70% to 80% THC plus 5% to 12% terpenes. Mechanical separations such as rosin can show 60% to 78% total THC with 4% to 10% terpenes, depending on input quality and micron selection. These ranges mirror typical hybrid outputs, with the banana-forward terp profile giving a notable flavor lift. Keep in mind that concentrate potency magnifies adverse-effect risk if tolerance is low.
For consumers, onset in inhalation formats usually begins within 2 to 5 minutes, peaks by 30 to 45 minutes, and tapers over 2 to 3 hours. Edible onset can take 45 to 120 minutes, with a 4 to 8 hour duration depending on dose and metabolism. First-time users should begin at 2.5 to 5 mg THC equivalent to gauge response. Experienced users often find 10 to 20 mg suitable for a functional session, adjusting upward only with caution.
Terpene Profile and Minor Aromatics
A representative terpene stack for C. Banana often features limonene as a lead note, with myrcene and ocimene as co-leads. Beta-caryophyllene commonly appears in the second tier, delivering a peppery-warm anchor that stabilizes the fruit top notes. Supporting compounds may include linalool, humulene, and pinene isomers, each contributing floral, woody, or fresh-herb dimensions. Total terpene content, when optimally grown and cured, often ranges 1.8% to 3.2% by weight.
Limonene in the 0.5% to 1.2% range correlates with the zest and candy sparkle that listeners describe on first jar sniff. Myrcene from 0.3% to 0.8% offers body to the bouquet and may interface with the cultivar’s relaxing tail. Ocimene, even at 0.1% to 0.4%, adds the playful, candied fruit character that makes banana associations pop. Together, these compounds mimic ester-like impressions found in confectionary aromas.
Beta-caryophyllene frequently falls between 0.2% and 0.6%, delivering subtle pepper and woody spice on exhale. As the only major terpene known to bind to CB2 receptors, caryophyllene contributes to the cultivar’s perceived body-soothing qualities. Humulene at 0.1% to 0.3% enhances the woody-dry frame, balancing sweetness. Trace linalool at 0.05% to 0.2% can make the finish feel more floral and calm.
Beyond the headline terpenes, minor aromatics such as nerolidol, farnesene, and guaiol may appear at trace levels. These molecules can tweak the final bouquet, especially after several weeks of cure. Even at parts-per-million levels, they shift mouthfeel and retro-nasal impressions, giving the cultivar depth. Their presence also helps explain why aroma can drift slightly across batches despite consistent top-line terpenes.
From a process standpoint, terpene retention improves with careful dry and cure strategies. Keeping dry room temperatures near 60 F and RH near 60% for 10 to 14 days, followed by a slow cure, has been shown to preserve monoterpenes better than rapid dry methods. Avoiding high-heat storage and excessive burping prevents terpene loss and oxygenation. These practices help keep the banana-candy signature vivid over time.
Experiential Effects and Tolerance Considerations
C. Banana’s experiential arc begins with a bright mood lift and sensory sharpening within minutes of inhalation. Early effects commonly include a gentle burst of motivation and talkativeness, aided by the cultivar’s citrus-forward top notes. Many users report enhanced music and flavor appreciation in the first 20 to 30 minutes. The headspace is alert yet buoyant rather than racy when doses remain moderate.
As the session progresses, a warm body ease emerges without immediate couchlock. Tension in the neck and shoulders often softens, and physical restlessness fades. This second phase can last 60 to 120 minutes, depending on tolerance and consumption method. The comedown is smooth, trending toward calm focus or quiet relaxation.
At higher doses, the cultivar’s potency can produce heavier eyelids and a marked body melt. Some sensitive users may experience transient anxiety or headrush when taking rapid, deep hits, particularly on an empty stomach. Staying hydrated and pacing draws can mitigate these outcomes. Choosing a lower-THC batch or blending with a CBD-rich cultivar is another strategy for sensitive individuals.
Typical side effects include dry mouth and dry eyes, both dose-dependent. Mild orthostatic dizziness can appear if standing after deep inhalation; sitting between draws helps. Snacks or a light meal blunt potential queasiness for those prone to it. These common cannabis effects usually resolve as plasma THC levels decline.
For tolerance management, regular users may benefit from 24 to 48 hour resets to restore sensitivity. Rotating chemotypes with distinct terpene stacks can also preserve novelty and reduce dose escalation. If using edibles, consistent milligram tracking helps maintain predictable outcomes across sessions. As always, start low, go slow, and adjust based on context and setting.
Potential Medical Applications
C. Banana’s balanced indica-sativa nature and terpene composition suggest utility across several symptom domains. The uplifting onset may help individuals with low mood or stress by improving affect and cognitive flexibility in the short term. Meanwhile, the cultivar’s warm body component can ease muscular tension and light-to-moderate discomfort. This dual action is valuable for daytime or early evening symptom relief when sedation is not desired.
For pain, the combination of THC and beta-caryophyllene is noteworthy. THC engages CB1-mediated analgesia and central gating, while caryophyllene’s CB2 binding can modulate inflammatory cascades per preclinical literature. Patients with mild neuropathic discomfort or musculoskeletal aches often report reduced pain scores after inhalation sessions. Dosing remains critical, as excessive THC can paradoxically increase headache or anxiety in sensitive individuals.
The cultivar’s appetite-stimulating potential aligns with THC’s well-known orexigenic effects. Patients experiencing appetite loss from stress or certain treatments may find small inhaled doses helpful about 30 minutes before meals. This approach can meaningfully increase caloric intake when used judiciously. Those prone to overconsumption should plan portions ahead of a session.
Sleep impact is dose and timing dependent. At modest doses taken 1 to 2 hours before bed, the relaxing tail may shorten sleep latency without producing next-day grogginess. Larger doses, especially in edible form, can induce heavy sedation but risk morning fog. Individuals with complex insomnia should monitor sleep metrics and adjust timing to balance efficacy and next-day function.
Anxiety outcomes vary by individual. Limonene and linalool, in concert with moderate THC, can feel anxiolytic for some users in low doses. However, higher-THC batches can tip into overstimulation if consumed rapidly. For anxiety-prone patients, microdosing or pairing with 5 to 10 mg CBD may offer a calmer experience.
As with all cannabis use for medical aims, consultation with a clinician experienced in cannabinoid therapeutics is recommended. Tracking symptoms, dose, route, and timing in a simple log can reveal patterns that improve outcomes. Given the cultivar’s potency, start with the smallest effective dose and titrate cautiously. Avoid driving or operating machinery until effects are fully understood.
Cultivation Guide: Indoors, Greenhouse, and Outdoors
C. Banana performs well in controlled environments where terpenes and resin can be maximized. Vegetative growth is moderately fast, with sturdy lateral branching ideal for topping and low-stress training. Expect 1.5x to 2.0x stretch after flipping to 12/12, allowing growers to plan for final canopy heights of 24 to 36 inches in tents. Flowering typically completes in 8.5 to 10 weeks depending on phenotype and environment.
Lighting targets of 300 to 500 PPFD in late veg and 800 to 1000 PPFD in mid-to-late flower support robust bud development. Daily light integral in the range of 30 to 40 mol per square meter per day in veg and 45 to 55 in flower is a reliable goal. If supplementing CO2, maintain 900 to 1200 ppm with adequate airflow and temperature control to prevent stomatal closure. Without CO2, stay near 800 to 900 PPFD to avoid wasted photons and light stress.
Environmental set points that consistently work include day temperatures of 24 to 27 C in veg and 24 to 26 C in bloom. Night temperatures of 18 to 21 C help maintain color and reduce pathogen pressure. Target VPD of 0.8 to 1.2 kPa in veg and 1.0 to 1.4 kPa in flower, stepping it up slightly in late bloom to harden resin. Relative humidity should trend 60% to 70% in veg, 50% to 55% in early flower, and 40% to 45% in late flower.
Nutrition is straightforward: a 3-1-2 N-P-K ratio through late veg and early bloom transition, then 1-2-3 from week three onward. Maintain EC around 1.2 to 1.6 in veg and 1.8 to 2.2 in bloom, with runoff checks to prevent salt accumulation. Keep calcium and magnesium in a roughly 3:1 ratio and ensure 50 to 80 ppm sulfur to support terpene synthesis. Increase potassium modestly in weeks five to seven to aid bulking.
In hydroponic systems, maintain root-zone pH of 5.8 to 6.2 and high dissolved oxygen to reduce pathogen risk. For coco, pH 5.9 to 6.3 with regular runoff is effective; for living soil, aim for 6.2 to 6.8 and rely on microbial nutrient cycling. Top-dress with slow-release amendments in week two of bloom to prevent mid-cycle deficiencies. Avoid over-watering during stretch, as this cultivar appreciates brief wet-dry cycles.
Training responds best to topping at the fifth node followed by low-stress training to open the canopy. A single or double net SCROG evens colas and improves light distribution. Light defoliation at day 21 of flower and a second pass around day 42 clears interior larf without stalling growth. Over-defoliation can reduce terpene output, so prioritize selective leaf tucking and minimal stripping.
Pest and disease management should focus on preventing powdery mildew and botrytis, particularly in dense late-bloom colas. Maintain strong air exchange, oscillating fans, and canopy spacing to mitigate microclimates. An IPM rotation of biologicals such as Bacillus subtilis and Bacillus amyloliquefaciens, plus preventative sulfur in veg, helps suppress foliar pathogens. For insects, predatory mites and regular scouting keep populations in check.
Harvest timing is typically when trichomes are mostly cloudy with 5% to 15% amber for a balanced effect. Waiting for 20% amber yields a heavier body finish that some evening users prefer. Pistil color can mislead, so rely on resin head maturity for precision. Record-keeping across runs refines your personal harvest target.
Dry and cure are crucial to preserve the banana-candy signature. Aim for 10 to 14 days at 60 F and 60% RH with gentle airflow, then cure in sealed containers at 58% to 62% RH for at least three weeks. Keep water activity near 0.58 to 0.62 to inhibit mold while retaining volatiles. Burp sparingly to avoid terpene loss and oxidization.
Yield potential indoors ranges from 450 to 650 grams per square meter under dialed LED lighting. Expert growers with CO2 and high-density SCROG can exceed 700 g per square meter. Outdoor plants in warm, dry climates may produce 700 to 1000 grams per plant with adequate root volume and full-season sun. In greenhouses, light-dep cycles can produce multiple harvests with consistent quality.
For hash production, prioritize early-morning harvests when flowers are cool, then freeze promptly for fresh-frozen inputs. Expect 3% to 5% wash yields on well-grown material, with best results in the 73 to 120 micron range. Rosin pressing at 85 to 95 C for 60 to 120 seconds usually preserves top notes while delivering clean texture. Keep cure temperatures low to maintain fruit-forward volatiles.
If starting from seed, expect phenotype variation in stretch, bud density, and degree of banana expression. Conduct a small pheno-hunt of 6 to 12 plants, then clone the top two to three performers for head-to-head trials. For S1-derived material, watch for occasional hermaphroditic expression under high-stress conditions; maintain stable environments to minimize triggers. Keep mother plants under moderate light and gentle nutrition to preserve vigor.
Compliance and quality checks should include periodic substrate EC and pH measurement, wet-to-dry weight tracking, and COA verification of final batches. Residual pesticide testing is critical if IPM inputs extend into flower. Heavy metal screening is prudent for soil-grown flower, especially in reclaimed or urban soils. These steps safeguard both consumer trust and brand longevity.
Genetic Lineage Notes and Market Context
Because cannabis naming conventions can be loose, it is helpful to acknowledge public snippets that appear in lineage databases. One such listing associates the C. Banana name with an S1 tag and Hammerhead terminology, alongside crosses like Unknown Strain from Original Strains x Unknown Strain. Another reference notes Unknown Strain from Original Strains crossed with Guide Dawg from Holy Smoke Seeds. These items show that related naming has been active in breeding ecosystems even if they do not define the Taylormade Selections foundation.
For this article, C. Banana is the Taylormade Selections indica-sativa hybrid described by growers and retailers carrying that line. Where seed or clone provenance is uncertain, verify with a trusted nursery or request the batch’s certificate of analysis. Doing so ensures alignment between expected aroma, potency, and growth traits. It also reduces confusion with similarly named banana-forward cultivars.
Market behavior suggests banana-forward hybrids retain strong consumer interest due to distinctive aroma and dessert appeal. In competitive shelves, cultivars with 20% to 25% THC and 2% to 3% total terpenes generally command premium positioning. C. Banana’s profile squarely targets that segment when grown and cured with care. The result is a cultivar that satisfies both flavor-driven and potency-driven buyers.
For breeders, the line’s resin density and bright fruit stack make it a compelling donor to elevate flavor in less expressive plants. Crossing to vigorous, mold-resistant frames can extend outdoor viability in humid regions. Pairing with gas-forward lines yields complex candy-gas profiles that remain sought-after in concentrate markets. As always, keep detailed notes and maintain selection pressure on aroma intensity and wash yield.
