Written by Ad OpsOverview and Naming
Aurora Green Auto is an autoflowering cannabis cultivar developed by Sumo Seeds, a Netherlands-based breeder known for compact, fast-cycling hybrids. As the name hints, the strain emphasizes a bright, 'green' aromatic profile and a balanced experience, while the 'Aurora' moniker nods to classic Northern-bred resin traits without committing to a single legacy parent. Its autoflowering behavior stems from Cannabis ruderalis genetics, paired with indica and sativa influences to shape morphology, flavor, and effects.
Where many autos are designed for speed alone, Aurora Green Auto prioritizes a refined terpene experience and consistent, mid-height growth. The strain’s ruderalis/indica/sativa heritage means it transitions from seed to harvest on a fixed clock, typically without requiring changes in light schedules. For home growers seeking reliable turnaround times, it offers a practical balance between vigor, yield, and ease of cultivation.
In consumer terms, Aurora Green Auto is positioned as a daytime-to-evening hybrid that avoids heavy couchlock while still producing a calm, body-centered resolution. The fragrance leans fresh and herbal with piney and citrus accents, supported by subtle spice and earth. That profile aligns with terpene families associated with clarity, mood lift, and gentle physical relief.
Because it is an autoflower, Aurora Green Auto can be cultivated nearly year-round indoors, and outdoors in most temperate climates from late spring through early fall. The strain’s resilience, manageable size, and predictable timeline make it a strong choice for first-time growers as well as seasoned cultivators optimizing perpetual harvest cycles. Sumo Seeds’ emphasis on robust auto lines helps position this cultivar as a dependable entry in the ruderalis-driven category.
Breeding History and Origins
Aurora Green Auto comes from Sumo Seeds, which has focused on creating stable autoflowering crosses by integrating ruderalis into favored indica and sativa frameworks. The breeder’s approach typically aims to preserve a recognizable flavor-and-effect signature while compressing the life cycle to 9–12 weeks from germination. This timeline is consistent with many modern autos that no longer sacrifice potency for speed.
The ruderalis influence ensures flowering begins by age rather than photoperiod, usually around day 21–28, depending on environment and nutrition. By combining indica stock for resin density and structure with sativa lines for lift and aroma complexity, Sumo Seeds targets a hybrid outcome that performs in small indoor spaces. The result for Aurora Green Auto is a compact, branch-friendly plant with uniform internodes and efficient light use.
While Sumo Seeds has not publicized a precise photoperiod parent list for Aurora Green Auto, the phenotype suggests classic coniferous, herbal, and citrus-burnished terpene families. Those notes often track back to well-established European breeding pools selected for stability and predictable harvest windows. The emphasis here is less on heritage branding and more on end-user consistency.
Autos have matured dramatically over the last decade, with many cultivars now testing in the mid-to-high teens for THC under competent cultivation. Across the auto market, breeder and third-party data frequently shows total terpene content ranging from 1.0% to 2.5% by dry weight in optimized grows. Aurora Green Auto fits within this modern wave: faster than most photoperiods, yet competitive in aroma and effect.
Genetic Lineage and Phenotypic Expression
Aurora Green Auto’s heritage is ruderalis/indica/sativa, the standard triad for modern autos that balances hardiness with desirable effects. Ruderalis contributes the autoflower trait, early flowering onset, and a compact root-to-shoot ratio that translates to manageable height. The indica component typically expresses in denser calyx formation, strong trichome coverage, and a calm physical finish.
Sativa influence in this hybrid often shows through in leaf shape and aromatics, as well as a brighter cognitive onset. Growers commonly report uplift within the first 10–20 minutes, followed by a gradual transition into clear-headed relaxation. Phenotypic variation tends to be modest, with most plants developing a main cola flanked by symmetrical lateral branches.
In height, Aurora Green Auto usually occupies the 60–100 cm range indoors and 70–120 cm outdoors, depending on substrate volume and lighting intensity. Internodes remain tight to medium, a helpful trait in confined tents and micro-grows. The strain maintains a balanced node structure that responds well to low-stress training.
Under stable environmental control, flowering begins automatically around week 3–4 from germination, with a total seed-to-harvest window commonly reported between 70 and 90 days. The more vigorous phenotypes may stretch modestly during the transition to flower, adding 20–40% of vegetative height. Overall, the cultivar’s expression favors practicality over extremes, aligning with Sumo Seeds’ goal of reliable autos.
Visual Appearance and Plant Structure
Mature Aurora Green Auto plants present a classic hybrid silhouette: a dominant central cola rising above an even ring of satellite tops. Leaves start broader in early growth, narrowing slightly as the plant matures, reflecting the indica/sativa balance. Coloration is a vibrant, medium-to-deep green with occasional lime highlights on new growth.
Bud structure is compact and resinous without becoming overly hard or foxtailed, assuming temperatures and VPD remain in range. Calyxes stack in tidy clusters, and pistils shift from cream to orange-brown as ripening progresses. Trichome coverage is generous under strong LEDs, often forming a frosty, glass-bead sheen by the third to fourth week of flower.
Internodal spacing is moderate, allowing light penetration into the canopy when branches are gently spread. Plants in 11–19 L (3–5 gallon) pots typically develop 6–10 prominent tops with minimal training. Stems thicken quickly in week 3–5, benefiting from a silica supplement to support flower weight.
Visually, Aurora Green Auto displays the type of uniformity that helps new growers plan support and ventilation. A clean, symmetrical structure makes it easier to maintain even canopies and reduce microclimates prone to mold. The plant’s tidy architecture contributes to a professional-looking finish in both tents and greenhouses.
Aroma and Flavor Profile
Aroma leans fresh, green, and coniferous, with dominant notes of pine, crushed herb, and subtle citrus peel. As flowers mature, a peppery spice and faint woodiness emerge, hinting at beta-caryophyllene and humulene. The combined bouquet evokes forest floor after rain, particularly when flowers are lightly squeezed near harvest.
On the palate, expect a crisp inhale with pine-menthol brightness, followed by a gentle citrus zest and herbal sweetness. The exhale brings a mild pepper tickle and soft earth, which linger for several minutes. Vaporizing at lower temperatures (170–185°C) emphasizes the citrus-herbal top notes, whereas hotter sessions concentrate spice and wood tones.
Curing magnifies complexity: a 4–8 week jar cure at 60–62% relative humidity typically deepens the citrus and rounds out the spice. Many growers report that the nose is most expressive in week 3–5 of cure, when limonene and pinene retain volatility but myrcene-driven base tones have melded. Stored properly, the terpene bouquet remains vibrant for 3–6 months before gradually flattening.
The overall profile is approachable and balanced, without excessively sweet or fuel-heavy elements. That makes Aurora Green Auto welcoming for daytime use and well-suited to blends when rolling with neutral or unflavored papers. The flavor arc pairs easily with tea, light roast coffee, or sparkling water with citrus.
Cannabinoid Profile and Potency
As with most autos from reputable breeders, potency is environment- and phenotype-dependent, but modern outcomes frequently land in the mid-teens to high teens for THC. Under optimized indoor LED grows, many comparable autos achieve 16–20% THC, with total cannabinoids in the 18–22% range. Aurora Green Auto is plausibly competitive within this bracket when fed, lit, and dried correctly.
CBD is typically low, often below 1%, reflecting the strain’s focus on a balanced THC-led experience rather than CBD-forward effects. Minor cannabinoids such as CBG and CBC may appear in trace amounts, commonly 0.2–1.0% combined in dried material. While not high enough to redefine the effect, these minors can subtly modulate the overall feel.
From a dose perspective, new consumers often find 5–10 mg THC (in edible equivalents) to be comfortable; experienced users may prefer 10–25 mg. Inhaled dosing is more variable; a few puffs often produce noticeable effects within minutes, peaking at 30–60 minutes. The active window generally lasts 2–3 hours, with residual calm trailing beyond that.
Consistency depends on cultivation: light stress, nutrient imbalance, or premature harvest can reduce potency. Conversely, appropriate PPFD, a steady VPD, and a slow dry are strongly correlated with higher measured cannabinoids. For testing, sampling should be uniform across the canopy and performed after at least 10–14 days of proper drying to avoid moisture bias.
Terpene Profile and Minor Compounds
Aurora Green Auto’s aromatics point toward a myrcene–pinene–limonene axis, supported by beta-caryophyllene and humulene. In many modern autos, total terpene content ranges from 1.0% to 2.5% by dry weight under optimized conditions. Within that, individual dominant terpenes frequently chart between 0.2% and 0.9% each.
Myrcene helps anchor the earthy-herbal base and is often the most abundant terpene in hybrid cannabis, showing up as dominant in a significant share of commercial samples. Alpha- and beta-pinene contribute fresh pine and subtle minty lift, and are linked to perceived clarity. Limonene adds citrus brightness and may correlate with mood elevation in user reports.
Beta-caryophyllene carries pepper and wood spice, and uniquely binds to CB2 receptors as a dietary cannabinoid, potentially modulating inflammatory pathways. Humulene, a sesquiterpene also found in hops, adds hoppy dryness, soft bitterness, and additional anti-inflammatory possibilities in preclinical models. Together, this ensemble typically produces a clean, breathable bouquet rather than a heavy, musky one.
Minor volatiles such as linalool, ocimene, and terpinolene may appear in trace to low amounts depending on phenotype and environment. Substrate choice, curing, and light intensity all influence terpene expression; excessive heat or rapid drying can strip 30% or more of volatile content. Maintaining a 60/60 dry (60°F/60% RH) for 10–14 days is a proven strategy for terpene preservation.
Experiential Effects and User Reports
Aurora Green Auto presents as a balanced hybrid with a clear onset and a calm, grounded finish. The first phase often feels uplifting and mentally spacious, with gentle euphoria and enhanced sensory focus. As the session matures, a warm body ease settles in without heavy lethargy at moderate doses.
Many users describe it as social and functional during the first hour, suitable for walks, creative tasks, or music. The mind remains anchored enough for conversation, while physical tension tends to recede in the shoulders and neck. At higher doses, the body component becomes more pronounced, edging toward couch-friendly relaxation.
Common side effects include dry mouth and mildly dry eyes, especially in dehydrated users. A small minority may experience transient anxiety if dosing rapidly or in stimulating environments; pacing and hydration help mitigate this. Onset with inhalation typically begins within 2–10 minutes, peaks near 45 minutes, and tapers across 2–3 hours.
Compared to heavier indica-leaning autos, Aurora Green Auto is less likely to induce immediate sedation, making it versatile from late morning through early evening. Consumers often report consistent effects across phenotypes, a sign of stable breeding and uniform terpene expression. For night use, a slightly later harvest (more amber trichomes) can tilt the effect toward deeper rest.
Potential Medical Applications
While not a substitute for medical advice, Aurora Green Auto’s profile aligns with common wellness goals such as stress reduction, mild-to-moderate pain relief, and sleep support. The balanced effect curve helps address daytime anxiety without dulling cognition at conservative doses. Myrcene and beta-caryophyllene synergy may support perceived analgesia and muscle relaxation.
Beta-caryophyllene’s CB2 affinity has been discussed in the literature for potential anti-inflammatory action, which some patients anecdotally link to relief from joint discomfort or tension headaches. Limonene has been studied in preclinical contexts for anxiolytic and mood-lifting properties, which may complement THC’s euphoria. Pinene’s association with perceived alertness can counterbalance sedation, keeping the strain usable before dinner hours.
For sleep, users who struggle mainly with sleep onset rather than maintenance often benefit from a moderate evening dose and a later-harvest phenotype. Those managing neuropathic tingles or stress-related muscle tightness may appreciate the even body tone without heavy next-day grogginess. As with all THC-rich cannabis, individuals prone to anxiety should start low and titrate slowly.
Patients sensitive to high THC may consider microdosing strategies, aiming for 1–2 mg increments to identify a minimum effective dose. A vaporizer with temperature control allows targeting specific terpene ranges and reducing combustion byproducts. Always consult a clinician in jurisdictions where medical cannabis guidance is available, especially when combining with other medications.
Cultivation Guide: Indoors, Outdoors, and Greenhouse
Aurora Green Auto is optimized for fast, predictable harvests, with seed-to-chop typically in 70–90 days. Indoors, most growers favor 18/6 or 20/4 lighting from start to finish, as autos do not require 12/12 to flower. The cultivar prefers stable conditions and benefits from being sown directly into its final container to avoid transplant shock.
Indoors, a 60–100 cm finish height is common in 11–19 L pots, with average yields of 300–450 g/m² under efficient LEDs. Single plants often produce 50–150 g each in dialed-in conditions with even canopies. Outdoors, a sunny 10–12+ hour photoperiod and warm nights can deliver 60–180 g per plant, depending on pot size and season length.
Greenhouses offer the best of both worlds: solar intensity, shelter from rain, and controlled humidity. Ventilation is critical; target 0.8–1.2 kPa VPD during late veg, rising to 1.2–1.5 kPa in late flower to deter botrytis. Roll-up sides and horizontal airflow fans help sustain exchange rates of 20–30 air changes per hour in warm weather.
For planning, stagger plantings every 3–4 weeks to achieve perpetual harvests. With a 75-day average cycle, four to five full runs per year are achievable indoors without altering lighting seasons. Autos also pair well with small supplemental veg tents to maintain a continuous pipeline of seedlings ready for the main space.
Cultivation Guide: Substrates, Nutrients, and Irrigation
Autos generally prefer lighter feeding than photoperiods of similar size. Start seedlings at 0.6–0.9 mS/cm EC, ramp to 1.2–1.6 EC in late veg, and 1.6–1.9 EC in early-to-mid flower. Many growers report best results by reducing manufacturer label rates by 10–20% for Aurora Green Auto to prevent tip burn.
In soil, aim for pH 6.2–6.8; in coco or hydro, 5.8–6.2. A veg-leaning N-P-K ratio near 3-1-2 during early growth supports leafy expansion, shifting to 1-2-2 in early flower and 1-3-3 in mid-to-late flower. Cal-Mag supplementation (100–150 ppm Ca and 30–50 ppm Mg) is advisable under high-intensity LEDs to prevent interveinal chlorosis and weak petioles.
Choose well-aerated media: a 70–80% coco blend with 20–30% perlite or a light living-soil mix with added aeration works well. Water to 10–20% runoff in inert media to maintain EC stability; in soil, water more conservatively to field capacity and allow partial dryback. Maintain consistent moisture in weeks 1–3 to encourage rapid root colonization.
Because autos dislike stress, transplant only once if necessary and avoid bare-root handling. Most growers sow directly into the final 11–19 L container to eliminate transplant stalls. An automated drip system with pulse irrigation can improve uniformity and reduce salt swings, especially in coco-heavy blends.
Cultivation Guide: Environment, Lighting, and Training
Maintain day temperatures of 24–28°C and night temperatures of 18–22°C for steady metabolism. Relative humidity targets are 65–70% in seedling stage, 55–65% in veg, 45–55% in early flower, and 40–50% in late flower. Translate these to VPD for precision: 0.8–1.0 kPa early, 1.0–1.2 kPa in veg, and 1.2–1.5 kPa in flower.
Lighting for autos is a balancing act between intensity and daily light integral (DLI). With 18–20 hours on, you can reach ideal DLIs at lower PPFD than a 12-hour photoperiod. For example, 700 μmol·m⁻²·s⁻¹ at 20 hours yields a DLI of ~50.4 mol·m⁻²·day⁻¹, a productive target that avoids light stress for most autos.
Aim for PPFD of 300–400 in week 1–2, 500–700 in week 3–4, and 700–900 through flower. Some phenotypes tolerate up to ~1000–1100 PPFD if CO₂ is ambient and canopy temps are optimized, but watch for leaf-edge curl and bleaching. Keep lights 30–60 cm above the canopy for most modern LED fixtures, adjusting by manufacturer PAR maps.
Training should emphasize low stress. Begin gentle LST around day 14–21, bending the main stem to open the canopy and encourage lateral tops. Avoid topping after day 21–24; if you top, do so once at the 3rd–4th node and be prepared for a short growth pause. Strategic defoliation of 4–8 large fan leaves in early flower can improve airflow without shocking the plant.
Cultivation Guide: Pests, Pathogens, and IPM
Integrated pest management starts with prevention. Quarantine new plant material for 10–14 days and inspect under magnification for mites, thrips, and aphids. Maintain clean floors, intake filters, and positive room pressure to reduce pest ingress.
Common pests include spider mites, which favor warm, dry environments; thrips, which leave silvery streaks on leaves; and fungus gnats, whose larvae damage roots in wet media. Yellow sticky cards provide early detection—track counts weekly to spot trends. Biologicals like Bacillus thuringiensis israelensis (BTi) can control gnat larvae, while predatory mites (e.g., Neoseiulus californicus) help suppress spider mites.
Powdery mildew and botrytis are the primary disease risks, especially in dense canopies. Keeping late-flower RH near 40–50% and ensuring vigorous air exchange are your best defenses. Foliar protectants like potassium bicarbonate are acceptable in early veg but should be avoided once flowers form.
Sanitize tools with isopropyl alcohol between plants, and remove dead leaf litter promptly. If a hotspot appears, prune locally and increase airflow before resorting to harsher interventions. Remember that autos have limited recovery windows—preventive control is far more effective than curative measures late in flower.
Harvest, Drying, and Curing
Autoflowers benefit from careful timing since they cannot be held in veg to compensate for errors. Use a combination of cues: swollen calyxes, receding pistils (70–90% browned), and trichome color under 60–100x magnification. For a balanced effect, many growers target mostly cloudy trichomes with 5–10% amber; for heavier sedation, 15–25% amber is common.
Perform a pre-harvest flush in inert media for 7–10 days if you’ve been feeding at higher EC; in enriched soils, simply water with plain pH-adjusted water. Leaf strip lightly 24–48 hours before chop to improve airflow during dry. Consider splitting the stem and allowing 24 hours of darkness if that’s part of your standard protocol; while contentious, some growers report marginally tighter flavor from slower metabolism in darkness.
The gold standard dry is 10–14 days at 60°F and 60% RH with gentle airflow not directly on the buds. This slow dry preserves volatile monoterpenes and reduces chlorophyll harshness. Once stems snap rather than bend, transfer to glass jars with 62% humidity packs and burp daily for the first week.
Curing for 4–8 weeks polishes the profile, with the most dramatic improvements in weeks 2–5. Keep jars in the dark to protect cannabinoids from UV degradation; THC can oxidize to CBN with excessive light and time, shifting effects. Properly cured Aurora Green Auto holds flavor for months, with potency remaining stable when stored cool and airtight.
Yield, Quality Metrics, and Economic Considerations
Yield varies with light density, pot size, and environmental stability. Indoors under optimized LEDs (e.g., 700–900 PPFD at 18–20 hours), expect 300–450 g/m² across a full canopy. Individual plants in 11–19 L containers often produce 50–150 g, with standout phenotypes exceeding that when trained well.
Quality is measured not only by potency but also by terpene retention and bud density. Slow drying and proper curing can preserve 70%+ of pre-harvest terpene levels compared to rushed dries that may lose 30% or more. Trichome integrity, minimal mechanical damage, and avoidance of late-flower heat spikes correlate strongly with lab results and consumer satisfaction.
From a cost perspective, autos like Aurora Green Auto can reduce time-to-revenue in small commercial or home-operated setups. Cutting cycle time to ~75 days allows for 4–5 turns per year, increasing annual grams per square meter despite slightly lower per-run yields than large photoperiods. Energy analysis often shows that running 18 hours at moderate PPFD can be as efficient per gram as 12 hours at higher PPFD, especially with high-efficacy fixtures (2.5+ μmol·J⁻¹).
For home growers, seed viability from reputable breeders commonly exceeds 90% under proper germination conditions. Losing fewer starts, reducing transplant stress, and avoiding long veg overhead can translate into better grams-per-kWh. In short, efficiency gains compound across the cycle, making Aurora Green Auto an economical choice without compromising sensory quality.
Breeding Context and Sumo Seeds’ Role
Sumo Seeds has carved out a niche for dependable autos that retain character in aroma and effects. The company’s catalog emphasizes accessible, resilient cultivars designed for small spaces and diverse climates. Aurora Green Auto reflects this mission: a ruderalis/indica/sativa hybrid tuned for stability, predictability, and a pleasing green-pine citrus profile.
Breeding autos requires iterative selection to preserve potency while fixing early, age-triggered flowering. This involves crossing into ruderalis and backcrossing to desired flavor/effect parents, then inbreeding for uniformity. The end goal is a phenotype that expresses consistently across varied environments, a challenge Sumo Seeds addresses through careful pheno-hunting and stabilization.
For growers, this translates into fewer surprises in height, structure, and harvest window. The typical 70–90 day cycle and mid-height posture help planners allocate space, light, and drying capacity with confidence. In a market where reliability is prized, Aurora Green Auto’s consistency stands out.
Because the strain’s exact photoperiod lineage isn’t publicly emphasized, focus remains on the tangible: growth behavior, aroma, and outcomes in the jar. This transparency-by-performance appeals to both new and experienced cultivators. The result is a cultivar that earns its place by how it grows and how it smokes, rather than relying on legacy name recognition.
Step-by-Step Timeline: Seed to Harvest
Days 1–7: Germinate at 24–26°C with high humidity; radicles typically appear within 24–72 hours. Plant directly into final 11–19 L container with a light, airy medium. Keep PPFD near 300–350 and RH around 65–70% to prevent desiccation.
Days 8–21: Rapid vegetative expansion; increase PPFD to 450–600 and hold temps at 24–27°C. Begin low-stress training around day 14–21, gently pulling the main stem sideways to open the canopy. Feed at 1.0–1.3 EC with a 3-1-2 leaning regimen and adequate calcium and magnesium.
Days 22–35: Preflower and early stretch; autos often show pistils by day 21–28. Raise PPFD to 600–750 and manage RH at 50–60% to minimize mildew risk. Shift nutrients toward 1-2-2, keeping total EC around 1.5–1.7.
Days 36–60: Bulk formation; maintain PPFD at 700–900 with steady airflow. RH 45–55%, VPD 1.2–1.4 kPa, and temperatures 24–26°C promote resin and density. Consider light defoliation to clear shaded interior fans and improve light distribution.
Days 61–80+: Ripening; watch trichomes for cloudiness and emerging amber. Reduce nitrogen and maintain phosphorus and potassium to support finishing. Many phenotypes are ready between day 70 and day 85; adjust based on your preferred effect profile.
Troubleshooting and Advanced Tips
If plants appear stalled around day 21–28, check root-zone conditions: overwatering in heavy media is a common cause. Increase aeration, extend drybacks slightly, and verify runoff EC is within 10–20% of input to avoid salt accumulation. Autos are unforgiving of early stress; small corrections made in week 3 pay large dividends by week 6.
Light toxicity shows as upward leaf curl, bleached tops, and crispy margins at high PPFD. If observed, raise lights or reduce dimming 10–20%, and ensure canopy temps align with intensity to maintain proper VPD. Remember that at 20 hours on, the DLI rises quickly; a modest PPFD decrease can keep total daily photons in the ideal range.
Nutrient imbalances often begin with calcium and magnesium under LEDs. Add 1–2 ml/L of a Cal-Mag product or equivalent elemental ppm, and maintain pH stability to improve uptake. For phosphorus and potassium in late flower, avoid drastic overcorrections; incremental increases over 7–10 days are safer.
For advanced growers, CO₂ enrichment to 900–1,100 ppm can push photosynthesis at higher PPFD, but only if temperature, nutrition, and airflow are optimized. Autos can respond well to CO₂, though the shorter cycle leaves less room for recovery from mistakes. Focus on perfecting environment and irrigation consistency before layering CO₂.
Safety, Compliance, and Responsible Use
Always grow within local laws and regulations; possession limits, plant counts, and licensing vary widely by jurisdiction. For indoor grows, use certified electrical components, GFCI protection near water, and proper load calculations for lights and environmental equipment. Fire safety and clean cable management are essential.
When consuming, start low and go slow, particularly with THC-rich autos like Aurora Green Auto. Avoid driving or operating machinery under the influence. Store cannabis securely away from children and pets, and consider child-resistant containers and odor control.
If using for wellness, consult a healthcare professional to discuss interactions with existing medications. Keep a strain and dose journal to track effects, onset times, and any side effects. Responsible practices improve both outcomes and long-term enjoyment.
Conclusion and Use Cases
Aurora Green Auto, bred by Sumo Seeds, embodies the modern autoflower promise: fast, manageable, and flavorful without extreme compromises. Its ruderalis/indica/sativa heritage is expressed as a compact plant with a bright green-pine citrus bouquet and a balanced, functional effect. In practice, it suits both new growers seeking simplicity and veterans optimizing perpetual harvests.
From a consumer standpoint, it excels as a daytime-to-evening companion with clear mental tone and comfortable body relaxation. The terpene ensemble favors clarity over heaviness, making it appropriate for light creative work, nature walks, or decompressing after a busy day. With a slightly later harvest, it can also transition into more restful nighttime use.
Cultivators will appreciate the predictable 70–90 day cycle, moderate feeding requirements, and cooperative structure for low-stress training. Indoors, yields of 300–450 g/m² are attainable with proper lighting and environment, and careful drying preserves the nuanced aromatics. For a dependable, well-rounded auto, Aurora Green Auto stands as a compelling, efficient choice.
In summary, this cultivar demonstrates how far autos have come: consistent, potent enough for experienced users, and refined in flavor. With attention to environment and a gentle hand, it rewards growers with beautiful, resinous flowers and a versatile effect profile. It is a testament to focused breeding and the practical strengths of autoflower genetics.
