Written by Ad OpsIntroduction to Auto CBDV 1:1
Auto CBDV 1:1 is a modern autoflowering cannabis variety bred by Seedsman, designed around an equal ratio of cannabidivarin (CBDV) to cannabidiol (CBD). Its heritage spans ruderalis, indica, and sativa, combining rapid, light-independent flowering with a balanced, non-intoxicating chemotype. For growers and consumers seeking functional clarity and targeted wellness potential, this balanced varin profile stands out in a market dominated by THC-heavy cultivars.
Unlike typical CBD-dominant autos, Auto CBDV 1:1 emphasizes CBDV, a propyl-side-chain cannabinoid that has garnered research attention for anticonvulsant and neuromodulatory properties. The result is a cultivar engineered for consistency in low THC and elevated non-intoxicating cannabinoids, suitable for daytime use. It offers steady agronomic performance, with growth cycles tailored to 9–12 weeks from seed in most controlled environments.
This profile is particularly appealing to home cultivators who want reliable harvests without tinkering with light schedules. The ruderalis influence ensures flowering regardless of photoperiod, while indica and sativa contributions refine morphology, aroma, and bud structure. The strain provides a practical path to reproducible, low-THC outcomes that many medical users and wellness enthusiasts prefer.
History and Breeding Context
Seedsman, a long-standing seed company known for curating and developing diverse genetics, positioned Auto CBDV 1:1 to answer demand for rare varin cannabinoids. CBDV occurs naturally in select landrace populations from regions such as the Indian subcontinent, where propyl-cannabinoid pathways are more common. By stabilizing a CBDV-rich chemotype and crossing it with autoflowering stock, Seedsman made an advanced cannabinoid profile accessible to everyday growers.
Research interest in CBDV increased notably in the 2010s, with preclinical studies exploring its anticonvulsant potential and effects on transient receptor potential (TRP) channels. Following regulatory shifts and consumer demand for non-intoxicating options, seedmakers accelerated varin breeding projects. Auto CBDV 1:1 reflects this trajectory, translating lab curiosity into garden-ready genetics.
The design principle behind a 1:1 CBDV:CBD ratio is practical as well as pharmacological. CBDV and CBD share some overlapping mechanisms while also diverging at key receptors and ion channels, potentially broadening therapeutic reach. The equal ratio simplifies dosing expectations and batch-to-batch comparability when harvested and processed with care.
Autoflowering genetics entered mainstream acceptance over the last decade thanks to improved vigor, potency, and aroma retention. By folding ruderalis into a varin-forward background, breeders could lock in short life cycles without compromising chemotype. Today, Auto CBDV 1:1 sits at the intersection of speed, subtlety, and scientific interest.
Genetic Lineage and Chemotype Foundations
Auto CBDV 1:1 belongs to a ruderalis/indica/sativa blend, with ruderalis providing autoflower behavior and hybrid vigor. The indica contribution typically supports tighter internodes and denser floral clusters, improving g/m2 yield potential. Sativa ancestry contributes to lateral branching and a more open canopy, aiding airflow and terpene development.
At the biochemical level, CBDV is synthesized from divarinolic acid, a C3 precursor, rather than the more common C5 precursor for CBD and THC. This difference yields propyl cannabinoids like CBDV and THCV, which often co-occur in trace amounts in varin chemotypes. Breeding efforts favoring divarinolic-acid pathways elevate CBDV while keeping THC minimal.
While Seedsman does not publicly disclose the precise parental cultivars, the overall architecture suggests a hybrid stabilized for uniform chemotype under typical home-grow conditions. The autoflower trait typically becomes fully penetrant by the F3–F5 generations in carefully selected lines. Such stabilization helps reduce chemotype drift, which can otherwise push THC higher if selection pressure is inconsistent.
In many varin projects, breeders begin with feral or heirloom lines exhibiting CBDV markers and introduce modern structure and resin traits through backcrossing. The goal is not only cannabinoid content but also reliable flowering time, pest tolerance, and bud density. Auto CBDV 1:1 appears to achieve a practical balance across these targets.
Appearance and Morphology
Auto CBDV 1:1 typically exhibits a medium stature, often 60–100 cm indoors under 18–20 hours of light. Plants show hybrid leaf morphology, with moderately broad leaflets in early growth that slender slightly through bloom. Internodal spacing is compact to moderate, facilitating an even canopy after gentle training.
Colas develop as medium-dense clusters with a lime-to-forest-green hue and bright orange pistils that turn copper as maturity approaches. Trichome coverage is generous for a low-THC cultivar, commonly frosting calyxes and sugar leaves without the greasy sheen of high-THC resin. This resin profile reflects robust terpene output paired with a cannabinoid spectrum focused on CBDV and CBD.
Under high-intensity lighting, anthocyanins may express lightly in cooler finishing temperatures, sometimes tinting sugar leaves. The plant maintains a balanced apical dominance that responds well to low-stress techniques. Lateral branches set uniform bud sites, which aids consistent ripening across the canopy.
Root growth is vigorous in airy media, and autos generally appreciate final containers from the start to avoid transplant shock. A 3–5 gallon pot is commonly sufficient for indoor runs, supporting proper moisture cycling. Outdoors, plants remain discreet yet productive, staying under 120 cm in most conditions.
Aroma and Bouquet
The aromatic footprint of Auto CBDV 1:1 leans earthy-herbal with bright pine and citrus top notes. Myrcene-driven base tones evoke fresh-cut herbs and damp forest floor, while pinene contributes a conifer snap. Many growers report a light peppery undertone from caryophyllene, especially in later flowering.
In mid-bloom, aromas intensify, with green mango or lemongrass hints appearing as terpenes mature. A subtle floral lift may emerge near harvest, likely tied to linalool or ocimene in trace amounts. When properly cured, the aromatics remain clean, with minimal grassy notes.
Carbon filters readily manage the scent profile indoors, as volatility is moderate compared to gassy or skunky THC cultivars. Dry trimming can help preserve brighter top notes by limiting trichome disturbance. Jars opened after a full cure release a quick burst of pine-citrus that settles into warm herbal spice.
Vaporization temperatures around 175–190°C tend to showcase the bouquet most faithfully. Higher temperatures bring out pepper and wood, while lower settings emphasize citrus and sweet herb. The result is a refined profile that is inviting without being overpowering.
Flavor and Mouthfeel
Auto CBDV 1:1 delivers a clean, garden-fresh flavor dominated by pine, citrus zest, and soft herbal bitterness. The first inhalation often yields lemon-peel brightness, followed by a resinous pine body. Exhale carries a mild pepper-spice that lingers pleasantly on the palate.
In flower form, combustion can slightly deepen the earthy base, adding a toasted herb character. Vaporization preserves delicate citrus terpenes, which can volatilize or degrade at higher temperatures. Many users note an uplift in perceived sweetness after a two- to four-week cure, as chlorophyll subsides.
The mouthfeel is smooth when dried slowly at 60% relative humidity and cured properly. Harshness usually indicates rushed drying or excess nitrogen late in bloom. A well-executed cure reveals layered flavors with minimal throat bite.
Extracts and rosin from this cultivar tend to retain the pine-citrus signature with a peppery finish. Given the low THC content, flavors are rarely masked by heavy fuel or skunk chemistries. The overall sensory experience is crisp, natural, and daytime-friendly.
Cannabinoid Profile and Ratio Statistics
Auto CBDV 1:1 is engineered for a roughly equal CBDV:CBD ratio with consistently low THC. Across grower reports and breeder guidance for similar varin autos, typical outcomes are CBDV at approximately 3–6% by dry weight, CBD at roughly 3–8%, and total THC usually below 1%. Many well-grown phenotypes target THC in the 0.2–0.8% range, though environmental stress or late harvest can nudge THC upward.
Total cannabinoid content commonly lands between 10–16% in balanced varin autos, with the majority accounted for by CBDV and CBD. Minor varins such as THCV may appear in trace amounts (often 0.1–0.5%), depending on phenotype. CBC and CBG are also plausible in low fractions, each typically under 1%.
Because cannabinoid expression is sensitive to environment, precision farming matters. High-intensity light, stable root-zone conditions, and stress minimization help keep THC low while expressing the intended 1:1 CBDV:CBD balance. Lab testing via HPLC is the only reliable way to confirm compliance and ratio accuracy.
For product formulation, the 1:1 ratio simplifies blending for tinctures, capsules, and low-THC extracts. This consistency helps patients titrate doses without large swings in psychoactivity. For compliance-sensitive regions, maintaining THC under statutory thresholds requires careful harvest timing and drying practices.
Terpene Profile and Volatile Chemistry
Auto CBDV 1:1 typically exhibits a terpene total of 1.0–2.5% by dry weight under optimized conditions. The dominant terpenes are commonly beta-myrcene, alpha-pinene, and beta-caryophyllene. Secondary contributors can include limonene, humulene, ocimene, and linalool in small but perceptible amounts.
Myrcene, often 0.4–0.8% of dry weight in well-expressed phenotypes, drives herbal-earthy tones and may synergize with cannabinoids for body relaxation. Pinene in the 0.2–0.5% range provides the pine snap and can subjectively enhance alertness. Caryophyllene around 0.2–0.4% adds peppery warmth and interacts with CB2 receptors.
Limonene, typically 0.1–0.3%, contributes a citrus lift and brightens the overall bouquet. Ocimene, while less common at higher levels, imparts a light floral-fruity accent when present. Linalool, often under 0.1–0.2%, rounds the edges with a soft, calming sweetness.
The terpene balance suits daytime use, providing clarity and freshness without overpowering musk or fuel notes. Growers can influence terpene outcomes through light intensity, moderate night-temperature drops, and careful drying. Slow cure preserves monoterpenes, which are the most volatile and often the first to fade.
Experiential Effects and Use Scenarios
With THC generally under 1%, Auto CBDV 1:1 is functionally non-intoxicating for most users. Inhalation effects typically onset within 5–10 minutes and last 2–3 hours, characterized by clear-headed calm and mild physical ease. Many users report minimal cognitive impairment, making it suitable for daytime tasks.
CBDV and CBD together may support a focused, even-keeled mood with reduced somatic tension. Subjectively, pinene and limonene contribute a light, uplifting tone, while myrcene adds gentle body comfort. There is little to no couchlock, and post-use motivation generally remains intact.
The cultivar pairs well with activities that benefit from calm concentration, such as reading, creative planning, or light exercise. Some users choose it as a morning or early afternoon option when they want consistent relief without intoxication. Evening use can complement wind-down routines without heavy sedation.
Because of its low THC, overconsumption typically leads to diminishing returns rather than uncomfortable psychoactivity. First-time users still benefit from mindful titration to gauge sensitivity. Vaporizing at moderate temperatures often yields the smoothest, most predictable effects profile.
Potential Medical and Wellness Applications
CBDV has been investigated preclinically for anticonvulsant properties, with multiple rodent studies showing reduced seizure severity across models. Mechanistically, CBDV modulates TRP channels such as TRPV1, TRPA1, and TRPV2, and influences pathways implicated in neuronal excitability. While a Phase 2 trial for focal seizures did not meet its primary endpoint, preclinical data remain encouraging and research is ongoing.
Emerging human research has explored CBDV’s impact on neurodevelopmental conditions. Small-scale trials and neuroimaging studies suggest CBDV can modulate excitatory-inhibitory balance in certain brain regions, though clinical outcomes have been mixed. This underscores the need for larger, well-controlled studies to define efficacy and dosing.
Preclinical gastrointestinal research indicates CBDV may help attenuate inflammation and hypermotility in models of colitis and nausea. Anti-inflammatory effects are partly attributed to TRP engagement and indirect modulation of endocannabinoid-related pathways. In practical terms, users with gut sensitivity sometimes report improved comfort with non-intoxicating varin cultivars.
For pain and mood, the combination of CBDV, CBD, and caryophyllene may offer adjunctive benefits via CB2 interaction and peripheral anti-inflammatory signaling. While high-quality human evidence is limited compared to CBD and THC, real-world use patterns suggest utility for mild neuropathic discomfort, stress, and daytime anxiety. As always, medical decisions should be made with a clinician, and cannabinoid therapy is not a substitute for prescribed treatment.
From a harm-reduction perspective, Auto CBDV 1:1 is an option for individuals seeking cannabis benefits without intoxication. The low THC lessens risks related to impairment, which may be important for sensitive populations. Consistency in the 1:1 ratio aids predictable dosing across batches when grown and cured carefully.
Comprehensive Cultivation Guide: Indoors and Outdoors
Auto CBDV 1:1 is an autoflower, typically finishing 70–85 days from sprout indoors and 75–95 days outdoors, depending on climate. Indoor yields in dialed-in environments commonly range from 350–500 g/m², while outdoor plants often return 50–150 g each under full sun. Plant height averages 60–100 cm indoors and up to 120 cm outdoors with unrestricted root volume.
Germination is straightforward at 24–26°C with 95–100% RH in a propagation dome, or via the paper-towel method. Transplant stress can stunt autos, so many growers sow directly into their final container. A 3–5 gallon (11–19 L) pot in coco or light-mix soil balances root space and moisture cycling for most tents.
Light schedules of 18/6 or 20/4 from start to finish are standard, with 20/4 often accelerating growth in early weeks. Aim for PPFD around 400–600 µmol/m²/s in early veg, 600–800 in preflower, and 800–1000 in full bloom, targeting a DLI of roughly 35–45 mol/m²/day. Keep canopy temperature at 24–27°C day and 18–22°C night, with VPD aligned to 0.9–1.2 kPa in veg and 1.2–1.5 kPa in bloom.
Autos typically prefer lighter feeding than high-THC photoperiods. In coco, an EC of 1.2–1.6 in veg and 1.6–2.0 in bloom with pH 5.8–6.1 is a reliable baseline. In soil, water at pH 6.2–6.5 and let pots dry to about 50–60% of container weight between irrigations to promote oxygen exchange.
Calcium and magnesium supplementation is often beneficial under LED lighting. Introduce PK boosters modestly once clear flower set is visible, usually around day 21–28 from sprout. Reduce nitrogen from mid-flower onward to avoid leafy buds and harsh smoke.
Low-stress training (LST) is the preferred technique for autos; bend and tie the main stem by week 2–3 to open the canopy. Avoid topping after week 3, as recovery time can reduce yield. A gentle defoliation around week 4–5 improves airflow without stressing the plant.
Maintain RH at 60–70% in early veg, 50–60% in late veg and early flower, and 40–50% in late flower to prevent mold. Clip-on fans and a clean intake filter help keep PM and botrytis at bay. Outdoors, choose a sunny site with 6–8+ hours of direct sun and avoid prolonged wet foliage.
For organic approaches, pre-amended soil with slow-release inputs like worm castings, kelp, and crustacean meal supports stable nutrition. Top-dress lightly at weeks 3 and 5 with balanced organics, and use teas or microbial inoculants to keep the rhizosphere active. Avoid over-saturation, which can suppress root respiration and impede nutrient uptake.
Because THC levels must remain low for compliance in many jurisdictions, prioritize stable temps, consistent light, and timely harvest. Environmental stress can sometimes skew cannabinoid ratios, including increases in THC in sensitive phenotypes. Regular observation and gentle handling keep autos on schedule and on target.
Harvest, Drying, and Curing for Varin Preservation
Expect harvest readiness between days 70 and 85 indoors, though some phenotypes may push toward day 90 under cooler conditions. Many growers harvest when trichomes are mostly cloudy with 5–15% amber, keeping THC minimal while capturing peak CBDV and CBD. If possible, test small samples to correlate trichome color with lab outcomes for your environment.
Pre-harvest darkness is optional and not a substitute for proper drying. Aim to drop nutrients and flush lightly for 7–10 days if using salt-based feed to improve burn and flavor. In organic soil, simply taper nitrogen and maintain even moisture in the final week.
Dry at 18–21°C and 55–62% RH for 10–14 days, with gentle air exchange but no direct breeze on flowers. Stems should snap rather than bend before trimming and jarring. Curing in airtight glass at 60–62% RH for 3–6 weeks polishes flavor and smooths the finish.
To preserve monoterpenes and delicate aromatics, avoid over-drying below 50% RH and limit frequent jar opening after the first two weeks. Monitor with hygrometers and burp as needed if RH climbs above 65%. Proper cure enhances perceived citrus and pine while reducing grassy notes.
If producing extracts, consider cold ethanol or low-heat rosin pressing to protect varins and terpenes. Keep processing temps modest, as excessive heat can volatilize terpenes and degrade cannabinoids. Clear labeling of CBDV and CBD totals helps end users dose with confidence.
Troubleshooting, IPM, and Quality Control
Nutrient burn shows as leaf tip necrosis and clawing; dial back EC by 10–20% and monitor runoff. If leaves pale in mid-flower with interveinal chlorosis, consider adding cal-mag, especially under high-intensity LED. Overwatering manifests as droop and slow growth; allow a proper wet-dry cycle.
Common pests include fungus gnats, spider mites, and thrips. Sticky traps, beneficial nematodes, and weekly plant inspections form the backbone of prevention. Neem alternatives like horticultural oils or Beauveria-based biocontrols can be rotated to avoid resistance.
Powdery mildew risk rises with high humidity and poor airflow; keep RH in range and defoliate lightly for light penetration. Botrytis targets dense colas late in flower; maintain RH under 50% and increase airflow, especially outdoors after rain. Sanitize tools and avoid overcrowding to reduce disease vectors.
Quality control starts with uniform environmental conditions and continues through unbiased testing. For a chemotype like Auto CBDV 1:1, third-party laboratory analysis for cannabinoids and terpenes is invaluable. Track each harvest lot’s CBDV:CBD ratio, THC, and terpene totals to inform future runs.
Final Thoughts and Buyer’s Notes
Auto CBDV 1:1 by Seedsman fills a unique niche with its balanced CBDV and CBD profile and reliably low THC. The ruderalis/indica/sativa heritage marries speed, structure, and nuanced aromatics, making it approachable for new growers and satisfying for connoisseurs of non-intoxicating cannabis. With thoughtful cultivation, yields are competitive and the sensory experience is crisp and clean.
Users looking for daytime clarity, functional relief, or a gentle entry into cannabis will find its effects steady and predictable. The terpene ensemble of myrcene, pinene, and caryophyllene complements the cannabinoid balance for a refreshing, pepper-kissed pine-citrus profile. For compliance-conscious contexts, careful environmental control and timely harvest support low THC outcomes.
As with all cannabis, individual results vary and responsible, incremental dosing is prudent. Where medical use is intended, consult a healthcare professional and verify local regulations. With solid genetics and a clear purpose, Auto CBDV 1:1 stands as a dependable ambassador for the varin era of cannabis.
