Written by Ad OpsOverview and Context
Auto Ramses is an autoflowering hybrid bred by Pyramid Seeds, a Spanish breeder known for compact, productive autos tailored to a broad range of environments. The strain blends ruderalis with indica and sativa influences, allowing it to flower independent of day length. It was designed to deliver a balanced experience and a predictable, fast finish for growers seeking reliable, small-to-medium plants.
According to a product listing for Pyramid Seeds, Auto Ramses is formulated as approximately 40% indica, 30% sativa, and 30% ruderalis. The same source notes a rapid seed-to-harvest window of about 75–85 days and a plant-level yield range of roughly 30–100 grams. Those statistics align with expectations for modern autos that emphasize speed, compact stature, and consistency over ultra-high yields.
While autos can vary considerably from phenotype to phenotype, Auto Ramses is positioned to be forgiving for beginners and efficient for experienced cultivators. Its measured output and short life cycle make it a good candidate for tight indoor tents, balconies, and seasonal outdoor runs. The cultivar’s balance suggests a versatile effects profile that can flex from daytime productivity to evening relaxation depending on dosage and user tolerance.
History and Development
Pyramid Seeds has been active in the European seed scene since the 2000s, with a catalogue that spans photoperiod and autoflowering varieties. The emergence of reliable autos around that time gave breeders a new canvas to blend classic terpene expressions with ruderalis-driven flowering schedules. Auto Ramses appears within this context as a modern autoflower built to finish fast while retaining a tempered, hybrid-style experience.
Autoflowering cannabis traces back to Cannabis ruderalis populations, valued not for potency in the wild but for their day-length independence and hardiness. Over multiple breeding cycles, seed companies have repeatedly backcrossed ruderalis into photoperiod lines to stabilize auto traits without sacrificing cannabinoids and terpenes. Auto Ramses likely reflects this multi-generational strategy, with Pyramid Seeds iterating toward vigor, speed, and organoleptic quality.
As with many commercial autos, the exact parent lines are typically proprietary. Public databases frequently list breeder autos with partial or undisclosed pedigrees, underscoring industry norms around protecting elite cuts. This approach is consistent with broader genealogy listings that often mark parentage as unknown when verified data are not disclosed by the original breeder.
Grower adoption of autos has risen steadily over the past decade because they compress return-on-effort for small spaces and short seasons. A 75–85 day lifecycle makes two to three outdoor cycles possible in warm climates and allows perpetual indoor harvesting in compact tents. Auto Ramses, with its moderate yield band and balanced genetics, fits neatly into that consumer trend toward fast, repeatable harvests.
Genetic Lineage and Breeding Strategy
The declared heritage of Auto Ramses is ruderalis, indica, and sativa, with a reported balance near 40% indica, 30% sativa, and 30% ruderalis. This suggests a hybrid anchored by body-forward relaxation and structural robustness from indica lines, layered with enough sativa influence to maintain clarity and uplift. The ruderalis component drives the autoflowering trait and shortens the lifecycle.
Pyramid Seeds has not publicly published the exact photoperiod parents behind Auto Ramses, a common practice among breeders to protect intellectual property. Instead, they provide functional data points: the hybrid balance, the lifecycle duration, and typical plant-level yields. For growers and consumers, these metrics are more actionable than lineage names, translating directly to cultivation planning and expected effects.
In practical breeding terms, building an auto like Auto Ramses typically requires several generations to stabilize day-neutral flowering while maintaining chemotypic expression. Breeders select for rapid flowering onset, uniform internode spacing, and resin output under a range of light schedules. Parallel selection targets terpene retention, since early-generation autos can lose aromatic complexity if selection is focused solely on speed.
The result of this approach is what growers see in the tent: vigorous seedlings that transition to pre-flowers by week three or four, then stack consistent, mid-density colas. The indica proportion often manifests as tighter node spacing and manageable height, while the sativa portion can express as more lateral branching and brighter, citrus-herbal aromatics. Together, these traits define Auto Ramses as a balanced, broadly adaptable auto suitable for both novice and advanced cultivation styles.
Appearance and Plant Morphology
Auto Ramses tends to produce compact to medium-sized plants that reach roughly 60–100 cm indoors under common LED setups. Internode spacing is moderate, helping form stouter colas with enough airflow to reduce botrytis risk if environmental controls are adequate. The canopy often fills with spear-shaped flower clusters along the main stem and primary laterals.
Leaves are hybrid in appearance, with mid-width blades that can lean slightly narrower if the sativa influence expresses more strongly. The foliage usually maintains a healthy green under balanced nutrition, with slight lime hues in vigorous, high-light environments. Late-flowering plants can display subdued autumnal tones depending on temperature and nutrient drawdown.
Bud structure is mid-density rather than ultra-tight, which is typical for balanced autos optimized for speed. Trichome coverage is notable on bracts and sugar leaves, making trim attractive while retaining ease of manicuring. Pistils commonly begin cream to light peach, then mature toward orange-brown as harvest approaches.
Aroma Profile
The aroma of Auto Ramses is often described as bright and herbal with sweet, citrus-laced top notes layered over a gentle earthiness. The top-end suggests limonene and possibly ocimene contributions, giving the dry room or jar a fresh, approachable nose. At the base, a light spice and woodiness point to caryophyllene and humulene.
Freshly broken buds intensify those citrus-herbal notes, sometimes revealing a subtle floral facet that softens the overall profile. The complexity is not overwhelming, making it a crowd-pleasing bouquet for mixed audiences. In environments with careful drying and curing, the aromatic definition tends to sharpen, with the citrus and sweet herb accents remaining stable.
Growing conditions heavily influence terpene retention, so aroma strength will vary with light intensity, temperature, and drying parameters. Cooler late-flower nights and a slow dry typically preserve more of the volatile top notes. Expect total aromatic output to increase if plants receive consistent airflow and moderate vapor pressure deficit during the bulking phase.
Flavor Profile
On the palate, Auto Ramses commonly opens with a gentle citrus sweetness followed by herbal and light spice tones. Vaporized flower tends to highlight the citrus and herb components, while combusted flower adds a mild woody spice through the retrohale. The flavor is clean and balanced, without the heavy diesel or skunky notes that dominate some modern hybrids.
Short cures of 2–3 weeks yield a pleasant but simpler profile, while extended cures of 4–8 weeks deepen the spice and wood elements. Users often report that the sweetness persists across multiple pulls, suggesting a terpene mix resilient to moderate heat. For concentrate makers, the cultivar’s balance can translate to approachable, sessionable extracts rather than aggressively pungent profiles.
Water quality, drying speed, and storage all modulate perceived flavor intensity. Keeping drying room temperatures near 18–20 C and relative humidity around 55–60 percent helps preserve volatile terpenes that contribute to the citrus top notes. Storing cured buds near 62 percent relative humidity with minimal oxygen exchange will further stabilize the flavor over months.
Cannabinoid Profile and Potency
Pyramid Seeds markets Auto Ramses on its structure, timing, and balance rather than on headline-grabbing potency figures. In practice, modern autos from reputable breeders frequently test in the mid-teens to low twenties for THC when grown and cured well. Without official lab certificates published by the breeder, the best guidance is a reasonable expectation of mid-strength potency for a contemporary auto, with CBD typically below 1 percent.
Growers and vendors commonly report total cannabinoid ranges around 18–24 percent for balanced autos in optimal conditions, though this is not guaranteed for every phenotype or grow. Nitrogen management, light intensity, and harvest timing can shift measured THC by several percentage points. For example, harvesting later, when 10–20 percent of trichomes are amber, can increase perceived body effects, partly due to changes in cannabinoid and terpene ratios and small amounts of CBN formation.
CBG content in many autos lands around 0.2–1.0 percent, with higher expressions in plants exposed to intense light and adequate micronutrient availability. This precursor cannabinoid contributes subtly to the overall effect and may vary from plant to plant. CBD rarely exceeds 0.5–1.0 percent in THC-dominant autos unless explicitly bred for a mixed chemotype.
Total cannabinoid expression is highly responsive to environment. Under strong LED lighting delivering 800–1000 micromoles per square meter per second in flower, nutrients balanced to 1.6–2.0 mS per centimeter conductivity, and stable root-zone oxygen, resin output tends to improve. Conversely, persistent heat stress above 30 C can suppress terpene and cannabinoid synthesis, leading to flatter lab numbers.
Terpene Profile and Chemistry
Auto Ramses presents a terpene spectrum that growers often experience as citrus-forward with a gently spicy, herbal base. Dominant terpenes in similar balanced autos frequently include limonene, beta-caryophyllene, myrcene, and humulene, with secondary contributions from linalool or ocimene. Typical total terpene content for well-grown flower ranges around 1–3 percent by dry weight, with upper outliers in carefully optimized environments.
Limonene is closely associated with bright citrus and contributes to a perceived uplift in mood for many users. Beta-caryophyllene, detectable as a peppery-spicy note, is unique among common terpenes for its activity at CB2 receptors, which are part of the endocannabinoid system. Humulene, sharing biosynthetic pathways with caryophyllene, adds woody and herbal flavors and has been studied for potential anti-inflammatory properties.
Myrcene is widespread across cannabis cultivars and is often linked to the earthy-sweet backbone in hybrid strains. In higher concentrations, myrcene has been associated with sedative, body-centric effects, though outcomes are highly individual. If Auto Ramses expresses myrcene at moderate levels rather than extremely high levels, users may perceive a balanced body feel rather than heavy couchlock.
Environmental manipulation can shift terpene emphasis. Slightly cooler nights, gentle defoliation to improve light penetration, and a slow, cool drying process often amplify the citrus and herbal high notes. Conversely, rapid drying at warm temperatures can blunt the terpene profile, collapsing subtle floral or sweet elements.
For extractors, terpene capture improves with lower solvent temperatures and short exposure times during processing. If the cultivation goal includes live resin or rosin, harvesting at peak cloudiness in trichomes, prior to widespread ambering, typically preserves brighter volatiles. Storage in cold, oxygen-limited conditions further preserves terpene integrity over time.
Experiential Effects
Auto Ramses is marketed as a balanced hybrid, and user reports generally reflect a clear yet relaxing experience. The onset when inhaled is typically within minutes, with peak effects in 15–30 minutes and a duration of 2–3 hours depending on tolerance and dose. Early effects often include light euphoria, mild sensory sharpening, and a clean headspace.
As the session progresses, the indica component becomes more evident through body relaxation and muscle ease. This transition can make the strain suitable for creative work or social activities at low doses, then for winding down at moderate doses. Heavy dosing, as with most THC-forward cultivars, increases the likelihood of drowsiness and can reduce task focus.
Adverse effects are broadly consistent with THC-dominant cannabis: dry mouth and eyes are most common, and occasional users may experience transient anxiety at higher intakes. Staying hydrated and pacing consumption is effective harm reduction, especially for newer users. Individuals sensitive to stimulatory terpenes or who have low tolerance should begin with small inhalations and wait 10–15 minutes before redosing.
Vaping the flower at 175–190 C tends to emphasize the citrus and herb brightening, while combustion or higher vaping temperatures introduce more spice and body heaviness. Pairing with terpene-rich beverages like citrus-forward teas can complement the profile. Evening users often report a pleasant descent into calm without dense mental fog, provided consumption is moderate.
For many, Auto Ramses fits daytime-to-evening versatility rather than a narrowly defined niche. It does not typically present as a racy sativa nor a heavy sedative indica but aims for the middle ground. That versatility is part of its appeal for those wanting one auto to handle varied use cases.
Potential Medical Uses and Safety
Nothing here is medical advice, but the chemistry of balanced THC-dominant autos suggests specific use cases. The combination of limonene, caryophyllene, and myrcene seen in similar hybrids may support stress relief and mood elevation, with many patients reporting subjective reductions in anxiety with low to moderate doses. Beta-caryophyllene’s CB2 receptor activity has been studied for potential anti-inflammatory and analgesic effects, which may translate to mild relief in musculoskeletal discomfort.
For sleep, Auto Ramses at modest evening doses could assist with sleep onset if myrcene is present at moderate levels and the user is sensitive to THC’s sedative tail. However, heavy dosing can paradoxically disrupt sleep architecture for some individuals. Those with insomnia may benefit from timing consumption 60–90 minutes before bed and avoiding caffeine or stimulating environments.
Appetite stimulation is a well-known effect of THC and can be helpful for individuals experiencing reduced appetite. Nausea mitigation is also commonly reported, although medical oversight is essential for chronic conditions. Users managing nausea often prefer inhalation for rapid onset to prevent symptom escalation.
Patients with a history of panic disorder, psychosis, or strong THC sensitivity should use caution. THC can elevate heart rate by 20–30 beats per minute transiently in some users and may increase anxiety at higher doses. Starting low, selecting calm environments, and using a vaporizer to titrate intake are prudent approaches.
Drug interactions, such as those involving CYP450-metabolized medications, warrant attention in clinical contexts. Individuals on anticoagulants, sedatives, or antidepressants should consult a healthcare professional before integrating cannabis. For any chronic symptoms, strain selection should be part of a broader care plan under medical guidance.
From a harm reduction standpoint, prioritize clean cultivation inputs and lab-tested products when available. Avoid driving or operating machinery after consumption. Keep products securely stored and out of reach of children and pets.
Comprehensive Cultivation Guide
Auto Ramses is designed for speed and predictability, which rewards early planning and a light hand with training. The breeder-reported lifecycle of 75–85 days from seed to harvest defines a tight timetable for interventions. Aim to complete any high-stress actions in the first 14–18 days and focus on stable conditions thereafter.
Germination and seedling establishment benefit from stable warmth around 24–26 C and relative humidity of 65–75 percent. Plant directly into the final container to avoid transplant shock that can steal precious days from an auto’s schedule. A common container choice is 11–15 liters for soil or 8–12 liters for coco, with fabric pots improving root oxygenation.
Lighting schedules for autos are flexible; many growers run 18 hours on and 6 hours off throughout the cycle. If heat permits, 20 on and 4 off can increase daily light integral, improving growth. Target PPFD around 300–400 micromoles per square meter per second for seedlings, 500–700 for early veg, and 800–1000 for flowering, with a canopy DLI of about 35–45 in veg and 45–50 in bloom.
Maintain daytime temperatures near 24–28 C and nights near 20–22 C. Relative humidity targets shift across the cycle: 65–75 percent for seedlings, 55–65 percent for veg, 45–55 percent for early flower, and 40–45 percent late flower. Keeping VPD roughly 0.8–1.2 kPa in veg and 1.2–1.5 kPa in bloom promotes gas exchange while limiting pathogen pressure.
In soil, keep pH near 6.2–6.8; in coco or hydro, maintain 5.8–6.2. Begin feeding lightly with seedling-strength EC near 0.4–0.8 mS per centimeter, increasing to 1.0–1.4 in veg and 1.4–2.0 during bloom depending on plant response. Autos often prefer moderate nutrition; watch leaf tips for burn and back off 10–20 percent if you see early signs of excess.
A basic nutrient schedule emphasizes nitrogen early, then shifts toward phosphorus and potassium in mid to late flower. Under strong LEDs, supplemental calcium and magnesium are often needed, especially in coco or reverse osmosis water systems. A common target is roughly 100–150 ppm calcium and 50–70 ppm magnesium during peak demand.
Low-stress training can begin around days 12–16, gently guiding the main stem to open the canopy and even out apical dominance. Avoid topping unless you have vigorous growth by day 14–18 and are comfortable with autos; even then, limit to a single top to mitigate slowdown. Defoliation should be conservative, focusing on leaves that block key sites, ideally around day 21 and again near day 42 if the plant is robust.
Irrigation strategy depends on medium. In soil, water when the top few centimeters dry, aiming for 10–20 percent runoff to prevent salt buildup; in coco, smaller, more frequent fertigation events maintain consistent EC and oxygenation. Ensure good airflow over the medium surface to reduce fungus gnat pressure and root disease risk.
CO2 enrichment is optional but beneficial if light intensity exceeds roughly 900 PPFD. At 800–1200 ppm CO2, with canopy temperatures closer to 28–30 C, photosynthesis rates can increase and shorten the time to bulk. This strategy requires tight environmental control and is best for experienced growers.
Pest and disease prevention starts with clean inputs, sticky traps, and steady environmental control. Powdery mildew risk decreases substantially when VPD is kept in range and leaf surfaces dry quickly after irrigation. Biological controls like Beauveria bassiana and Bacillus subtilis can be integrated preventively, while neem or horticultural oils are suitable only in veg.
A typical development timeline under 18 on and 6 off lighting is roughly 7–10 days of seedling stage, 10–15 days of juvenile veg, and flower initiation between days 20 and 30. Stretch often runs days 25–40, with bulk from days 40–65 and ripening from days 65–85. Plan nutrient tapering and leaf maintenance around these windows to avoid stress during peak flower set.
Outdoor cultivation benefits from full sun exposure and well-draining media. With a 75–85 day lifecycle, many climates can support two successive runs between late spring and early autumn. Protect against late-season rains and dew with spacing and airflow, as mid-density colas can be susceptible to botrytis if moisture lingers.
In small tents, a spacing of 4–6 plants per square meter in 11–15 liter pots balances canopy coverage and maintenance access. Maintain canopy airflow around 0.3–0.5 meters per second and keep at least one oscillating fan sweeping the lower canopy. Prune interior larf sites lightly to redirect resources to well-lit tops.
Harvest, Drying, and Curing
Auto Ramses benefits from a measured approach to harvest timing that respects the cultivar’s balanced intent. Inspect trichomes with a jeweler’s loupe and consider harvesting when most are cloudy with roughly 10–15 percent amber for a well-rounded effect. Those wanting a brighter, more alert profile may harvest earlier with minimal amber.
Flush strategies vary by medium and philosophy, but many growers in inert media reduce feed or run plain water for 7–10 days, watching runoff EC trend downward. In living soils, a more gradual nutrient taper and a focus on the plant’s internal drawdown can achieve similar outcomes. Leaves should fade gently without severe necrosis, suggesting a tidy finish.
Aim for a slow dry: 18–20 C and 55–60 percent relative humidity for 10–14 days is a good target. Rapid drying can flatten the citrus-herbal top notes and reduce perceived smoothness. Gentle stem snaps rather than brittle fractures indicate readiness for trim and jar.
Cure in airtight containers with hygrometers and 62 percent humidity packs if needed. Burp daily for the first week, then taper to every few days during weeks two and three. A 3–6 week cure typically enhances flavor integration and smoothness, while longer cures at stable humidity can further polish the profile.
Yield Expectations and Optimization
Pyramid Seeds’ product listing indicates an approximate yield range of 30–100 grams per plant for Auto Ramses, consistent with its 75–85 day timeline. Hitting the upper range often requires strong light, dialed environment, efficient training, and a phenotype predisposed to branching. Lower ranges are common in compact setups, minimal training, or under gentler lights.
To optimize yields, ensure canopy PPFD near 800–1000 micromoles per square meter per second during peak bloom and maintain VPD near 1.2–1.4 kPa. Keep EC at 1.6–2.0 mS per centimeter during bulking and avoid large swings that trigger stress responses. Balanced defoliation that clears fan leaves shading prime sites can increase site productivity without slowing the plant.
Root health is often the hidden lever for yield. Fabric pots, high-oxygen media like coco-perlite, and consistent moisture cycles limit hypoxic stress. Supplemental silica at 50–100 ppm can strengthen stems and may improve stress resilience, indirectly supporting higher site density and better light positioning.
If pursuing run-after-run consistency, track data each cycle, including PPFD maps, feed EC, runoff EC, pH, temps, humidity, and dry weight. Incremental changes of 5–10 percent per parameter are safer than wholesale adjustments. Autos reward stability; chasing last-gram gains with aggressive interventions can cost more than it returns.
Positioning Among Autoflowers
Within the broader autoflower market, Auto Ramses positions itself as a balanced, accessible cultivar rather than a specialized powerhouse. Its lifecycle sits in the common 10–12 week band, with yields that are realistic for small indoor spaces and balcony grows. The reported 40 percent indica, 30 percent sativa, 30 percent ruderalis balance supports cross-context usability.
Compared to ultra-compact micro autos, Auto Ramses provides more branch development and a slightly larger frame, offering better training opportunities. Against heavy-yield autos that push 12–14 week schedules, it trades maximum bulk for speed and predictability. This tradeoff will appeal to growers prioritizing fast turnover, stealth, or limited space.
For consumers, the balanced aromatic profile and mid-strength potency expectations support all-day versatility. It is unlikely to overwhelm newer users at modest doses, yet it has enough presence to satisfy experienced consumers seeking a functional session. That middle-path design is a hallmark of many Pyramid Seeds autos aimed at broad audiences.
Key Data Points and Sources
Breeder and balance: Auto Ramses is bred by Pyramid Seeds with an approximate genetic composition of 40 percent indica, 30 percent sativa, and 30 percent ruderalis. This ratio is reported via a Pyramid Seeds product listing accessible through CannaConnection.
Lifecycle and yield: The same listing indicates a 75–85 day seed-to-harvest window and roughly 30–100 grams per plant in common conditions. These figures place Auto Ramses among fast-finishing, moderate-yield autos used for compact grows and short outdoor seasons.
Lineage disclosure: Public strain genealogy resources frequently mark parts of commercial autos as unknown when breeders do not publish full pedigrees. This is standard across the industry and explains the limited parentage detail available for Auto Ramses.
Educational context: Grower education hubs such as CannaConnection offer general guides on topics like feminized versus regular seeds and broader cultivation best practices. While not specific to Auto Ramses, such resources reflect the knowledge framework within which growers plan autoflower runs.
Final Thoughts
Auto Ramses exemplifies the modern, balanced autoflower: compact, fast, and versatile enough to serve as a single-strain solution for mixed needs. Its breeder-reported 75–85 day cycle and 30–100 gram plant yields are realistic targets for most setups, particularly when environmental control and gentle training are consistently applied. The aromatic and flavor profiles trend citrus-herbal with light spice, and the experiential arc moves from clear uplift to comfortable body ease.
For growers, the path to success is stability. Commit to final containers, respect the tight timeline, maintain strong but not excessive light, and prefer low-stress training over heavy-handed techniques. For consumers, Auto Ramses offers a balanced session suited to daytime creativity or evening relaxation, depending on dose and setting.
