Written by Ad OpsOverview
Auto OG Kush is an autoflowering expression of the legendary OG Kush, purpose-bred to deliver the cultivar’s hallmark diesel-pine funk and potent effects in a compact, time-efficient plant. Bred by IZI Seeds, this auto leverages a ruderalis/indica/sativa heritage to transition to bloom on its own, typically finishing in 70–90 days from sprout under standard indoor conditions. The result is a strain that keeps OG Kush’s depth of flavor and dense, resin-frosted flowers while removing the need to manage photoperiods.
For home growers and commercial cultivators alike, Auto OG Kush offers a strong balance of yield, quality, and speed. Typical indoor plants stay manageable at 60–110 cm in height, making them suitable for tents and limited spaces. With attentive cultivation, growers commonly harvest 350–500 g/m² indoors and 50–150 g per plant outdoors, depending on environment, nutrition, and training choices.
On the consumption side, this auto carries an OG-forward sensory profile dominated by earthy, piney, and diesel notes, layered with citrus and pepper. THC content frequently tests in the mid-to-high teens up to the low 20s percent by dry weight in well-grown samples. Its effects skew toward a relaxing, euphoric body-mind balance, making it appealing for evening use, winding down, or focused creative sessions.
History and Breeding Origins
IZI Seeds developed Auto OG Kush to capture the essence of OG Kush in a modern autoflowering format. Traditional OG Kush is believed to trace back to Chemdog and Hindu Kush lines, an origin story that explains its distinctive gasoline-meets-pine terpene profile and dense indica-leaning buds. By integrating Cannabis ruderalis genetics, IZI Seeds created a self-flowering version that doesn’t rely on light-cycle manipulation, a key advantage for growers who want predictability and speed.
Autoflower breeding gained momentum in the 2010s as breeders learned to stabilize ruderalis traits without diluting potency or flavor. Modern autos commonly reach THC levels comparable to photoperiod strains, with many testing 18–22% THC under optimal cultivation. Auto OG Kush is part of that second and third wave of autos where resin, bag appeal, and terpene richness approach or match photoperiod counterparts.
Market signals also confirm the popularity of OG Kush autos. Industry listings have featured crosses like Purple Punch x Auto OG Kush from reputable European seed retailers, underscoring how Auto OG Kush now functions as an influential parent in its own right. The appearance of Auto OG Kush entries on large cannabis education sites and sitemaps reflects continued consumer interest and a growing knowledge base around this cultivar.
In practice, IZI Seeds’ selection work centers around stabilizing key OG Kush traits—tight flower formation, heavy trichome coverage, and a classic Kush nose—while locking in rapid autoflowering onset. That balancing act requires multiple filial generations and backcrossing to reinforce target markers. The result is a cultivar that hits the OG Kush checkpoints in aroma and effect while finishing swiftly enough for multiple harvests per season in temperate climates.
Genetic Lineage and Architecture
Auto OG Kush’s heritage is a three-way ruderalis/indica/sativa mix, which manifests clearly in its growth pattern and effects. The indica influence typically drives compact stature, strong apical expression, and dense calyx stacking. Sativa contributions can appear as slightly longer internodes, a more open structure than pure indicas, and a mental lift in the effect profile.
Ruderalis is the engine behind its autoflowering trait, making it flower regardless of day length once it reaches maturity—usually between days 21 and 35 from sprout. Breeders generally work to keep the ruderalis proportion low enough to maintain potency and terpene complexity while preserving the autoflowering trigger. In modern autos like this, ruderalis may represent a small percentage of the genome but exerts an outsized effect on lifecycle timing.
Genetic stability is key for predictable performance in autos, as they cannot be re-vegged or extended easily if early stress occurs. Breeders typically select for early vigor, tight internodes, and resilience to common stressors like transplant shock and mild nutrient swings. Auto OG Kush shows the kind of robustness that growers of autos expect, with consistent initiation of pistils even under imperfect conditions.
As a testament to its breeding value, Auto OG Kush lines are sometimes used in second-generation crosses to combine OG flavor with contemporary dessert genetics. The appearance of combinations such as Purple Punch x Auto OG Kush on European seed menus speaks to the versatility of these genetics for hybrid projects. For growers, this means an increasingly refined OG Kush auto experience with each breeding cycle.
Morphology and Appearance
Auto OG Kush typically grows as a medium-height plant with a sturdy main stem and strong lateral branches. Expect heights of 60–110 cm indoors and 80–130 cm outdoors, with phenotypes leaning toward compact, Christmas-tree shapes. Internodes sit moderately close, supporting dense cola formation while allowing airflow to reduce microclimates.
Leaves are often broad to medium-width, a nod to its indica heritage, with a deep green hue that can lighten under high-intensity lighting or robust feeding. Some phenotypes show purpling on petioles or in late flower, especially in cooler night temperatures below 18°C. The canopy fills in quickly by day 21–35, when autoflower transition typically initiates.
Flowers are the showpiece: chunky, calyx-heavy buds covered in a thick frosting of glandular trichomes. Under magnification, heads are mostly capitate-stalked with bulbous resin domes, indicating robust cannabinoid and terpene production. Pistils begin pale white, gradually turning cream to orange-brown as maturity approaches, signaling a shifting ratio of clear to cloudy and amber trichomes.
Well-grown samples display high calyx-to-leaf ratios, making trimming efficient and improving bag appeal. Bud density is above average for autos, especially when environmental parameters remain stable. Expect glittering resin coverage that translates directly to stickiness during trimming and excellent extraction returns.
Aroma and Flavor
Auto OG Kush leans heavily into the OG Kush sensory wheel: earth, pine forest, diesel fuel, and a zesty citrus peel brightness. On the plant, the stem rub is sharp and gassy with a peppery backnote, often accompanied by subtle herbal-sage nuances. Breaking dried buds releases a layered bouquet—wet soil, lemon-lime, petrol, and cracked black pepper.
On the palate, the first impression is pine and lemon, followed by a lingering diesel and pepper finish. Vaporizing at 175–190°C enhances limonene and pinene expression for a brisk, clean flavor, while higher temperatures (200–210°C) pull out deeper myrcene and caryophyllene tones. The smoke is typically dense yet smooth when properly cured, with a resinous mouthfeel and persistent aftertaste.
Curing has a pronounced impact on aroma fidelity. A slow dry of 10–14 days at 18–20°C and 55–60% relative humidity, followed by 3–6 weeks of jar curing at 58–62% humidity, preserves volatile terpenes. Properly cured flower commonly retains 60–75% of its initial aromatic intensity compared to rushed or over-dried samples, based on observed outcomes in craft cultivation settings.
Extraction amplifies the profile further. Hydrocarbon and rosin preparations from OG autos often yield terpene totals in the 6–12% range by weight, with dominant notes of lemon-pine diesel. These concentrates can taste even brighter than flower due to selective terpene preservation, especially when processed at low temperatures.
Cannabinoid Profile
Auto OG Kush generally targets potency that satisfies contemporary consumers while staying within typical autoflower ranges. Well-grown samples often test around 16–22% THC by dry weight, with elite phenotypes occasionally exceeding that upper bound under optimized conditions. CBD content is usually low, commonly below 1%, which reinforces a THC-forward effect profile.
Minor cannabinoids appear in trace to low amounts but can influence the effect. CBG often ranges from 0.2–1.0% of dry weight, depending on phenotype and harvest timing, with early harvests sometimes preserving slightly higher CBG. THCV, CBC, and CBDV may register in trace amounts, typical for OG-derived lines unless specifically bred for those targets.
Total cannabinoid content (sum of THC, CBD, and minors) often lands between 18–25% in dried, properly cured flower. Concentrates will, of course, push potency far higher, with solventless rosin frequently exceeding 65–75% total cannabinoids when processed from high-grade inputs. For consumers sensitive to potency, smaller dosage increments and vaporization can help dial in a comfortable experience.
Variability is inherent with autos due to rapid lifecycle and environmental sensitivity. Light intensity, nutrition, root health, and harvest window can shift the decarboxylated THC result by several percentage points. Growers focused on maximum potency often harvest when trichomes are predominantly cloudy with 5–15% amber to balance peak THC with a desired effect curve.
Terpene Profile
The classic OG Kush terpene pattern is myrcene-dominant, with meaningful contributions from limonene and beta-caryophyllene, and supporting roles from alpha-pinene and linalool. In Auto OG Kush, total terpene content commonly reaches 1.5–3.0% of dry weight under careful cultivation and curing. Phenotypic variance can tilt the dominant terp slightly, but the overall diesel-citrus-pine signature remains consistent.
Myrcene often lands around 0.3–1.0% by weight in dried flower and provides the earthy, musky base while contributing to perceived sedation in many users. Limonene typically measures 0.2–0.6%, adding citrus brightness and a mood-lifting edge. Beta-caryophyllene, frequently 0.2–0.5%, brings peppery spice and CB2 receptor activity that may modulate inflammation pathways.
Alpha-pinene, commonly 0.05–0.3%, supports the coniferous nose and may contribute to alertness and memory-related effects for some users. Linalool sits lower (0.05–0.2%) but can add a faint floral softness and may synergize with limonene for stress relief. Trace terpenes like humulene, ocimene, and terpinolene appear variably and can nudge the aromatic balance toward herbaceous or sweet notes.
Environmental control significantly affects terpene retention. Keeping canopy temperatures below 26–27°C late in flower and maintaining RH at 45–50% helps preserve volatiles, as many terpenes begin volatilizing above 27–30°C. Post-harvest handling—cool, slow drying and stable curing humidity—can preserve 20–40% more terpene content compared to hot, fast drying conditions.
Experiential Effects
Auto OG Kush effects mirror classic OG Kush: an initial euphoric uplift followed by a warm, body-centered calm. Many users report notable muscle relaxation and stress relief within 10–20 minutes of inhalation. The headspace is confident and focused at modest doses but can become dreamy and introspective at higher doses.
Duration commonly spans 2–4 hours for inhaled flower, with the peak in the first 60–90 minutes. Edible or tincture preparations extend effects to 4–8 hours depending on dose and metabolism. The transition from uplift to relaxation makes Auto OG Kush well-suited for early evening, post-work decompression, or creative tasks that benefit from a relaxed but present mindset.
Potential side effects include dry mouth and dry eyes, which are widely reported across THC-dominant strains. In general cannabis user surveys, dry mouth is reported by roughly 20–50% of respondents and anxiety by a smaller but notable minority, particularly at high doses. To mitigate, start low, hydrate, and pair with calming environments or activities.
Sensory enhancement is a common positive note, with users describing enriched music appreciation and nuanced taste perception. Physically, the strain’s relaxing tone may ease tension in the shoulders, neck, and lower back. At higher doses, couchlock is possible, particularly in late-night sessions or with phenotypes richer in myrcene.
Potential Medical Uses
While clinical evidence for specific cultivars is limited, Auto OG Kush’s chemical profile suggests potential utility in several symptom domains. THC, supported by minor cannabinoids and terpenes, shows evidence in chronic pain, with meta-analyses indicating modest to moderate benefit and an estimated number-needed-to-treat around 5–11 depending on study design and pain type. The addition of beta-caryophyllene’s CB2 activity may further modulate inflammatory pain pathways.
For stress and anxiety, limonene and linalool are the most relevant terpenes, both studied for anxiolytic-like properties in preclinical models. Some patients report a noticeable decrease in perceived stress within minutes of inhalation, aligning with limonene’s bright mood lift. However, THC can be anxiogenic at higher doses for some individuals, so careful titration is essential.
Sleep support is a frequent anecdotal use case for OG-leaning cultivars. Myrcene-rich phenotypes can promote drowsiness in the late phase of the experience, especially when consumed 1–2 hours before bedtime in a dark, calm setting. Combining low lighting, reduced screen exposure, and consistent dosing often yields better sleep outcomes than sporadic, high-dose use.
Additional areas of interest include appetite stimulation and nausea reduction, where THC has well-established roles. For neuropathic discomfort and muscle spasticity, balanced dosing throughout the day can help maintain symptom control without excessive sedation. As always, individuals should consult healthcare providers, particularly when taking other medications, and consider vaporization for more precise titration and faster onset.
Comprehensive Cultivation Guide: Planning and Setup
Auto OG Kush thrives in stable environments with adequate light intensity, gentle nutrition early on, and careful watering. Indoors, aim for 18/6 or 20/4 light schedules from seed to harvest for optimal growth and energy balance. Autoflowers do not require a 12/12 trigger; they will flower based on age, typically starting around days 21–35.
Target a daily light integral (DLI) of 35–45 mol/m²/day in mid-to-late flower, which corresponds to roughly 700–900 µmol/m²/s PPFD under 18 hours of light. Seedlings prefer 250–350 µmol/m²/s for the first 10–14 days to prevent stress. Outdoors, position plants for full-sun exposure, ideally achieving 8+ hours of direct light daily.
Temperature targets are 24–27°C day and 20–23°C night during early growth, dropping to 22–26°C day and 18–21°C night in late flower to enhance color and terpene retention. Relative humidity (RH) should shift with plant stages: 65–70% for seedlings, 55–60% for early veg/pre-flower, 45–50% mid-flower, and 40–45% late flower. Keep vapor pressure deficit (VPD) in a healthy band: ~0.8–1.1 kPa early, ~1.1–1.4 kPa mid, ~1.2–1.6 kPa late.
Comprehensive Cultivation Guide: Germination and Early Stage
Start with fresh seeds stored correctly in cool, dark, dry conditions. Quality autoflower seeds typically show 85–95% germination when stored at 5–8°C and ~20–30% relative humidity in airtight containers with desiccant. If stored at room temperature and fluctuating humidity, viability can drop 10–20% over a year compared to cold storage.
Germinate using a lightly moistened medium at 22–25°C. Many growers plant directly into their final container (e.g., 11–15 L/3–4 gal) to avoid transplant shock, as autos have a short vegetative window. If you must transplant, do it by day 10–14 and handle the root ball gently to minimize stress.
Use a light nutrient solution (EC 0.6–0.9) or buffered media and maintain pH at 5.8–6.2 for coco/hydro and 6.2–6.8 for soil. Water in small volumes around the seedling’s root zone; overwatering is a common cause of damping-off and slow growth. Keep airflow gentle and constant to strengthen stems and deter pests.
Comprehensive Cultivation Guide: Containers, Media, and Irrigation
Auto OG Kush performs well in aerated soils and soilless media. For soil, use a lightly amended mix with 20–30% perlite for drainage; for coco, consider 70/30 coco-perlite with frequent fertigation. Fabric pots (11–15 L) improve root oxygenation and can increase growth rate and yield by 5–15% compared to rigid pots of the same volume.
Irrigation frequency should scale with plant size and media. In coco, aim for 10–20% runoff per fertigation event to avoid salt buildup, starting with once daily and scaling to 2–3 times daily in peak growth under high light. In soil, adopt a wet-dry cycle: allow the top 2–3 cm to dry, then water to light runoff.
Measure EC and pH regularly. Mid-flower nutrient solutions typically run EC 1.6–2.0 in coco and slightly lower in soil depending on amendments. Avoid large swings; instead, adjust gradually by 0.1–0.2 EC increments and monitor leaf tips for early signs of overfeeding.
Comprehensive Cultivation Guide: Nutrition and Additives
Autos require careful feeding early, then stronger support as flowering ramps up. During the first 2–3 weeks, keep EC at 0.6–1.0 with a gentle vegetative formula emphasizing calcium and magnesium to support rapid cell expansion. As pistils appear, transition to a bloom-forward nutrient profile rich in phosphorus and potassium while maintaining adequate nitrogen.
Typical targets for mid-flower include N-P-K ratios around 1:2:2 to 1:2:3, with total EC 1.6–2.0 in coco and 1.4–1.8 in soil. Supplement Ca/Mg if using RO water or intense LED lighting, as deficiency rates increase under high PPFD. Silica at 50–100 ppm can improve stem strength and stress resilience.
Beneficial inoculants (mycorrhizae, Trichoderma) can boost root mass and nutrient uptake, especially in soil and coco. Carbohydrate supplements are optional; living soils supply microbial foods, whereas inert media may benefit from low-dose carb sources. Flush or reduce EC to 0.8–1.0 in the final 7–10 days to promote a cleaner finish and tastier cure.
Comprehensive Cultivation Guide: Training and Canopy Management
Because autos have a fixed lifecycle, training should be gentle and early. Low-stress training (LST) between days 14–28 can open the canopy and increase light penetration, often boosting yields by 10–25% compared to untrained plants. Use soft plant ties to bend the main stem and distribute growth to secondary branches.
Avoid topping after day 20–25, as recovery time can cut into final yield; if topping, perform a single top by day 14–18 on vigorous, healthy plants. Many growers prefer fimming or simple LST to minimize stress. Defoliate conservatively: remove a few large fan leaves that block bud sites, but avoid heavy stripping that could stall growth.
Support late-flower branches with stakes or a trellis net, as dense OG Kush colas can gain significant weight. Maintain 10–20 cm between top buds and LED fixtures to avoid light stress; adjust based on fixture intensity and spectrum. Prune lower fluff (lollipopping) lightly around day 28–35 to focus energy on top sites.
Comprehensive Cultivation Guide: Environment, CO2, and IPM
Stable environmental control is pivotal for resin-rich OG autos. Keep canopy temperatures around 24–26°C and RH 45–50% in mid-to-late flower to balance growth and terpene retention. Under high PPFD, supplemental CO2 at 800–1,000 ppm can increase biomass and yield by 10–20%, provided nutrition and irrigation are optimized.
Implement integrated pest management (IPM) from day one. Sticky cards, regular leaf inspections, and proactive biocontrols (e.g., predatory mites against spider mites and thrips) reduce outbreak risk. Avoid broad-spectrum sprays in late flower to protect terpenes and resin; if needed, use gentle, targeted interventions early.
Cleanliness is a strong yield predictor. Disinfect tools, maintain negative pressure or strong intake filtration indoors, and quarantine new plant material. Outdoors, companion plants like basil and marigold can help deter pests, and mulches stabilize soil moisture and temperature.
Comprehensive Cultivation Guide: Flowering Timeline and Harvest
Auto OG Kush usually completes in 10–13 weeks from seed under an 18/6 or 20/4 light cycle. Pre-flowers appear by weeks 3–5, with rapid bud development through weeks 6–9. Late ripening occurs in weeks 10–12, when pistils darken and trichomes shift from clear to cloudy and amber.
Harvest timing dramatically influences effects. For a brighter, more uplifting outcome, harvest when trichomes are ~10% clear, ~80% cloudy, ~10% amber. For a heavier, more sedative profile, wait for ~70% cloudy and ~20–30% amber.
Yields indoors commonly range 350–500 g/m² in dialed-in environments, with skilled growers occasionally exceeding this band via training, CO2, and high PPFD. Outdoors, individual plants often yield 50–150 g, with higher outputs possible in long-season, high-sun regions. Dense OG buds benefit from good airflow to avoid botrytis in the final weeks.
Comprehensive Cultivation Guide: Drying, Curing, and Storage
Dry slowly to preserve flavor and smoothness. Aim for 10–14 days at 18–20°C and 55–60% RH with gentle airflow and darkness. Stems should snap—not bend—before moving to curing jars at 58–62% RH.
Cure for at least 3–4 weeks, burping jars daily for the first week and then weekly. Well-cured OG Kush autos show markedly improved smoothness and a clearer diesel-pine-citrus bouquet. Proper curing can increase perceived potency and flavor intensity, with many connoisseurs rating the same batch noticeably higher after a full 28–42 day cure.
For long-term storage, keep sealed containers in a dark place at 15–18°C with stable humidity. Vacuum sealing and cool storage can maintain quality for several months, though terpenes naturally decline over time. Avoid freezing cured flower unless vacuum-sealed and only if you are prepared for potential trichome brittleness during handling.
Seed Handling and Longevity
Auto OG Kush seeds should be stored cool, dark, and dry to preserve viability. A common best practice is refrigeration at 5–8°C in an airtight container with a desiccant pouch, which can keep germination rates high for 2–3 years. Under these conditions, annual viability decline is often limited to only a few percentage points per year.
Room-temperature storage with fluctuating humidity accelerates degradation. Over 12 months at 20–25°C and ambient humidity, germination may drop by 10–30% compared to refrigerated storage. Always label containers with date and batch, and allow cold-stored seeds to equilibrate to room temperature before opening to prevent condensation.
Industry guides frequently emphasize careful seed handling and storage as critical to strong starts, especially with autos that have no time to waste. Reputable seed vendors and educational resources often publish best practices for seed storage and germination. Following these baselines helps ensure consistent, vigorous starts and uniform crop development.
Indoor vs Outdoor Performance
Indoors, Auto OG Kush excels under consistent light and climate control, matching or surpassing many photoperiods in grams per watt due to rapid harvest cycles. Under 18–20 hours of light, it’s realistic to achieve 0.8–1.5 g/W with efficient LED fixtures and optimized nutrition. The compact structure fits well in 60×60 cm to 120×120 cm tents, with 2–4 plants per square meter depending on pot size and training.
Outdoors, the autoflower clock allows multiple cycles in a single season, especially in latitudes 35–50°. Spring planting can finish by early summer, enabling a second or even third round before autumn rains. In Mediterranean climates, expect robust aromatic expression; in cooler, wetter regions, use greenhouses or rain covers late in flower to avoid mold.
Greenhouse cultivation combines the best of both worlds. Supplemental lighting in shoulder seasons smooths growth, while passive solar heat and filtered sunlight can produce exceptional resin. Ventilation and humidity management are crucial, as dense OG flowers can be susceptible to botrytis if RH spikes above 60% in late flower.
Post-Processing and Extraction
Auto OG Kush’s resin-heavy buds are well-suited to both solventless and hydrocarbon extraction. Fresh frozen material for live rosin can yield 3–6% return from whole plant fresh frozen, while dry-cure rosin returns of 15–25% are achievable from high-quality dried flower. Hydrocarbon extraction can exceed those yields, often producing terpene-rich concentrates with bright citrus-diesel noses.
For dry sift, cold, low-humidity rooms (10–15°C, 30–35% RH) and gentle agitation preserve trichome heads. Sifted grades can be pressed into rosin or enjoyed as-is, with melt quality correlating closely to trichome head integrity. Winterization and careful purge protocols are essential in hydrocarbon methods to meet safety and purity standards.
Decarboxylation for edibles typically occurs at 105–115°C for 30–45 minutes, balancing THC conversion with terpene preservation. Infusions into MCT oil or butter benefit from gentle extraction temperatures (80–95°C) over 1–3 hours. Always label potency and start with low doses for new consumers, as edible onset and duration are significantly longer than inhalation.
Quality Control and Troubleshooting
Nutrient burn appears as crisped, yellow-browned leaf tips and margins; reduce EC by 0.2–0.4 and flush lightly if needed. Nitrogen toxicity shows as very dark, glossy leaves and clawing; lower N input, especially after flowering starts. Calcium or magnesium deficiencies cause interveinal chlorosis or necrotic spots; supplement Ca/Mg and verify pH in range.
Light stress bleaches top leaves and bud tips; raise fixtures or reduce intensity to keep PPFD in a safe band. Heat or VPD imbalances can cause foxtailing and terpene loss; correct by dialing temperatures and RH back into target ranges. Bud rot (botrytis) requires immediate removal of affected sites and improved airflow; maintain late-flower RH at 40–45% and avoid wetting buds.
If plants stall after early training, reduce stressors and avoid additional pruning. Ensure sufficient root oxygenation by improving media aeration and irrigation rhythm. With autos, early vigor is a strong predictor of final yield; prioritize stable conditions in the first 30 days.
Sourcing and Community Context
Auto OG Kush’s presence across seed catalogs and cannabis education portals reflects its established reputation. Major European retailers have listed hybrids such as Purple Punch x Auto OG Kush, indicating market confidence in Auto OG Kush as a breeding parent. Educational platforms that track strain entries include Auto OG Kush in their strain indexes, further underscoring its visibility among growers and consumers.
IZI Seeds’ version focuses on the classic OG character delivered on an autoflower timeline, a combination that suits modern cultivation workflows. The popularity of OG-forward autos has also grown as indoor growers target multiple harvests annually to optimize space and electricity. In short, Auto OG Kush bridges connoisseur flavor with pragmatic cultivation, which explains its consistent demand.
For growers researching further, look for community grow diaries that document PPFD maps, nutrient schedules, and harvest timing. Aggregated results from multiple runs often reveal reliable ranges for yield and potency under specific conditions. As always, phenotype selection—whether via multiple seeds or future cloning from photoperiod analogs—remains a key lever for performance gains.
Conclusion
Auto OG Kush by IZI Seeds delivers a faithful OG Kush experience—diesel, pine, lemon, pepper—within a fast, autoflowering lifecycle. Its ruderalis/indica/sativa architecture balances compact growth, strong resin production, and a relaxing-yet-uplifting effect profile. With THC commonly landing in the 16–22% range and total terpenes around 1.5–3.0% in well-grown flower, its chemical makeup matches its sensory appeal.
Cultivation is straightforward with attention to early vigor, measured nutrition, and stable environment, culminating in harvests around 10–13 weeks from seed. Indoors, growers can expect 350–500 g/m² under optimized conditions, while outdoor plants typically yield 50–150 g each in full sun. Proper drying and curing unlock the full OG signature, making this auto as satisfying to grow as it is to consume.
As the market continues to embrace autoflowers, Auto OG Kush stands out for bringing an iconic legacy into a modern, accessible format. Its inclusion in seed menus, educational indexes, and even second-generation crosses highlights ongoing relevance. For anyone seeking compact plants with heavyweight flavor and effects, Auto OG Kush is a proven, data-backed choice.
