Written by Ad OpsHistory and Breeding Background
Angry Gorilla Auto is an autoflowering cannabis variety bred by TBS – The Breeders Squad, a group known for pragmatic, results-first selections in modern auto genetics. The strain enters a market that has rapidly matured since 2018, as autos rose from niche to mainstream and now represent more than 35–40% of seed sales in several EU markets, according to industry trackers. Autoflowers like Angry Gorilla Auto are valued for their short cycle, predictable timing, and high resin output that rivals many photoperiods. TBS’s contribution helps meet demand for compact, high-throughput plants that finish in weeks rather than months.
Public-facing lineage notes for Angry Gorilla Auto are limited, which is common for proprietary auto lines that require several backcrosses and selections to stabilize the autoflower trait. Context from genealogy databases helps place it in a wider genetic map without over-claiming specifics. On SeedFinder, Angry Gorilla Auto by TBS appears in a network where entries such as Original Strains’ “Unknown Strain” and Holy Smoke Seeds’ “Guide Dawg,” as well as “Longboard,” are connected in the broader web of related genetics. This mapping supports the idea that Angry Gorilla Auto belongs to a contemporary ecosystem of crosses that fuse modern resin power with ruderalis timing.
The name “Angry Gorilla” nods to heavy resin and muscular effects, echoing a naming trend that evokes the iconic Gorilla family without necessarily asserting a direct Gorilla Glue lineage. Breeders often signal desired traits—adhesive trichomes, aggressive bud swell, and penetrating fuel-wood aromatics—through this type of branding. In the current market, names do double duty: they suggest chemotype expectations to experienced consumers while differentiating offerings in crowded seed catalogs. Angry Gorilla Auto leverages that language to telegraph potency and robustness in an auto format.
As with many auto releases, the strain’s history is best understood as an expression of modern breeding priorities: speed, consistency, and resin density. Over the last five years, autos have consistently shortened their average crop time to 70–85 days from sprout while pushing THC outcomes into the 18–24% range under dialed conditions. Angry Gorilla Auto fits squarely in this era, with a practical balance of ruderalis timing and sativa lift. It exemplifies the move from “autoflower compromise” to “autoflower competitive,” especially under controlled indoor lighting.
Given the proprietary nature of auto programs, expect incremental upgrades rather than sweeping version jumps, as breeders like TBS quietly refresh parent stock. Autoflower stability requires repeated selections to anchor the recessive day-neutral trait, and each cycle can take a year or more to fully prove. Angry Gorilla Auto reflects that investment with predictable onset of bloom and uniform height across phenotypes. For home growers and small-scale producers, this reliability translates to lower risk per square meter and tighter harvest planning.
Genetic Lineage and Inheritance
Angry Gorilla Auto is listed with a ruderalis/sativa heritage, indicating a sativa-leaning experience anchored by day-neutral flowering from Cannabis ruderalis. The ruderalis contribution is essential: it encodes autoflowering, which initiates bloom based on plant age rather than day length. In practical terms, this lets growers keep the lights on 18–20 hours per day from seed to harvest without delaying flowering. It also compresses the lifecycle to roughly 10–12 weeks in most setups.
The sativa side contributes elongated internodes, higher calyx-to-leaf ratios, and more pronounced cerebral and motivational effects. Morphologically, sativa influence often presents as taller plants, narrower leaves, and an affinity for brighter light intensities. Chemically, sativa-leaning autos frequently prioritize terpenes like limonene, pinene, caryophyllene, and myrcene in different ratios. Angry Gorilla Auto’s naming and reported profile suggest a pine-citrus-diesel axis with peppery undertones.
In public genealogy webs, Angry Gorilla Auto appears near entries referencing Original Strains’ “Unknown Strain,” Holy Smoke Seeds’ “Guide Dawg,” and “Longboard.” These mentions do not confirm direct parentage but position the cultivar in a contemporary network that blends high-resin photoperiod stock with reliable autoflower donors. Such webs help breeders triangulate trait sources—fuel notes, wood-spice back end, or improved node spacing—when assembling or refining autos. The pattern here is consistent with many premium autos that borrow from multiple proven pillars.
Because auto development hinges on stabilizing recessive traits, breeders typically backcross into selected photoperiod lines to retain potency and terpene weight. After 3–5 filial generations, lines can achieve the uniformity growers expect in canopy height and blooming window. Angry Gorilla Auto behaves like a modern F4–F6 auto: consistent initiation of bloom by day 24–30 from sprout and steady stacking thereafter. This inherited predictability is a hallmark of a well-finished auto release.
From an agronomic standpoint, the ruderalis fraction also brings cold tolerance and resilience against minor stress. While it doesn’t make the plant invincible, growers often observe steadier performance under suboptimal conditions compared with photoperiod sativas. That resilience, combined with sativa vigor, enables respectable yields without long veg periods. For many cultivators, that tradeoff—slightly less training flexibility, much faster finish—defines the value proposition.
Appearance and Plant Structure
Angry Gorilla Auto grows with a medium-tall auto frame, typically 70–110 cm indoors under 18–20 hours of light. Sativa influence produces a central cola with satellite spears, and internodes average 4–7 cm apart under proper PPFD. Leaves are moderately narrow with serrations that can appear sharper as plants mature. The plant stacks calyxes densely in bloom, leading to upright, tapered flowers.
Bud structure ranges from semi-dense to dense, leaning resin-heavy with a pronounced trichome blanket by week 7 of growth. Expect a high calyx-to-leaf ratio that makes trimming efficient and preserves bag appeal. Pistils begin ivory-to-apricot and mature toward rusty orange, often curling tightly against the bract in late flower. Anthocyanin expression is possible in cooler nights, with subtle lavender hues around sugar leaves.
Trichome coverage is a highlight, aligning with the “Gorilla” motif of adhesive, frosted flowers. Under 10–20x magnification, heads present mostly bulbous capitate-stalked trichomes with milky maturity by the typical harvest window. Resin adheres strongly to scissors, and dry sift yields are competitive for an auto. This trait profile makes the cultivar a candidate for hash rosin or light hydrocarbon extraction if legally permitted.
Canopy management benefits from selective leaf tucking due to moderate leaf mass. Branches are flexible enough for low-stress training (LST) during days 14–28 from sprout. Stems lignify by mid-flower, and support stakes or soft ties help prevent leaning under bud weight. In 3–5 gallon pots, root mass fills containers rapidly, favoring early potting to final homes.
In terms of visual appeal post-harvest, buds cure to a lime-green base with darker sugar leaf contrasts. Trichome heads remain intact when dried slowly at 18–21°C and 55–60% RH, emphasizing a glistening finish. Broken buds reveal layered calyxes and modest foxtailing under high light, typical for sativa-leaning autos. The finished product looks intentionally crafted rather than wild-stretched, which is not always the case with autos.
Aroma Profile
Aromatically, Angry Gorilla Auto leans into a pine-citrus-diesel core with peppery and woody undertones. Early flower emits sweet lemon zest and green pine, intensifying into gas and black pepper by weeks 6–8. The bouquet is assertive but not overwhelming, concentrating around the flowers rather than radiating aggressively across rooms. Experienced noses may note faint herbal-anise edges in some phenotypes.
The dominant aroma components are consistent with a myrcene–caryophyllene–limonene triad, with pinene and humulene playing supporting roles. Myrcene imparts a cushy, herbaceous base that accentuates citrus brightness from limonene. Caryophyllene contributes the cracked pepper and wood-spice facets that read as “gorilla-adjacent” in modern naming. Pinene sharpens the topnote, giving the bouquet its brisk, foresty snap.
As buds dry, the diesel note becomes more pronounced, especially in environments that preserve terpenes with slow drying. After a 10–14 day dry, jars release a balanced fuel-wood-citrus aroma on opening, often testing best for appeal at 58–62% RH. Grinding amplifies the gas and pepper while releasing hidden sweet citrus oils. The nose remains complex through the cure rather than collapsing into generic “sweet.”
Discretion-wise, the strain sits in the medium-high odor category during late flower. Carbon filtration is recommended for indoor growers with neighbors close by. Outdoors, prevailing winds carry the aroma but it tends to localize around the plant unless multiple specimens are clustered. For producers concerned about smell, harvesting around 10% amber trichomes can reduce the peak gas note slightly without sacrificing quality.
Flavor and Consumption Notes
Flavor tracks the aroma closely, beginning with lemon-pine brightness on the inhale and moving to gas and pepper on the exhale. A woody, slightly resinous finish lingers on the palate along with a subtle sweetness. The mouthfeel is medium-bodied and resin-forward, giving an impression of density without harshness when cured correctly. Over-drying above 62% RH loss or rapid dehydration can concentrate peppery bite.
Vaporization highlights the terpene spectrum best at 175–190°C, where limonene and pinene remain vivid. At 195–205°C, the diesel and pepper components dominate, and the overall effect becomes more sedating as heavier volatiles engage. Combustion retains the core profile but can mute citrus clarity compared with vaping. Glassware and clean rigs preserve top notes more reliably than resin-coated devices.
Pairings that complement the flavor include citrus seltzer, cold brew coffee, and mild cheeses with a creamy profile. For edible infusions, a light decarb and coconut oil base accentuate the lemon-pine while softening the diesel edge. In rosin, low-temp presses (80–90°C plates, 90–120 seconds) can keep the citrus oils alive while pulling a clear sap. Expect a pepper-forward dab if temperatures exceed 210°C at the nail.
For tolerance-sensitive users, small sips or one-second puffs allow the flavor to bloom without overconsumption. The strain’s flavor holds well across multiple draws, making it approachable for session use. Connoisseurs often report that the fourth or fifth pull reveals the deepest wood-spice layer. Properly stored flower retains character for 4–6 months with Boveda or Boost packs at 58–62%.
Cannabinoid Profile and Potency
As a ruderalis/sativa auto with a “Gorilla” branding signal, Angry Gorilla Auto is expected to express a Type I chemotype (THC-dominant). In well-optimized indoor conditions, comparable sativa-leaning autos commonly test in the 18–24% THC range, with outliers above and below. CBD typically remains under 1.0%, and many samples fall between 0.05–0.5%. Minor cannabinoids like CBG often present in the 0.3–1.0% range, with CBC in the 0.1–0.5% band.
These ranges can shift with environment, light intensity, and harvest timing. For every 1% change in THC by mass, the total available THC per gram varies by approximately 10 mg, meaning 20% THC flower delivers roughly 200 mg THC per gram of dry material. Decarboxylation efficiency and combustion loss reduce bioavailable totals in practice by 20–40%. Vaporization can improve effective delivery by 10–20% relative to combustion due to reduced pyrolytic loss.
Because Angry Gorilla Auto is an autoflower, its potency does not inherently lag behind photoperiods in modern programs. Recent improvements in auto breeding have narrowed that gap to within 5–10% on average THC expression under similar PPFD and nutrient plans. Consistency within a pack is a better indicator of expected potency than marketing claims alone. Growers should verify with third-party lab testing where possible, especially if medical use is intended.
Harvest timing meaningfully shapes perceived potency and effect. Pulling at cloudy trichomes with <5% amber emphasizes energetic clarity and can marginally reduce the couch-lock potential. Waiting for 10–20% amber shifts toward a heavier, more anchored effect that some users perceive as stronger. For this cultivar’s balance, many growers target 5–15% amber to retain vigor while firming body presence.
Terpene Profile and Chemistry
Autoflowering sativa-leaning varieties like Angry Gorilla Auto typically carry total terpene content in the 1.5–3.0% range by dry weight under careful cultivation. Within that, common distributions for this flavor family cluster around myrcene (0.3–1.2%), caryophyllene (0.2–0.6%), limonene (0.2–0.5%), and pinene (0.1–0.3%). Humulene (0.05–0.2%) and ocimene or terpinolene at trace-to-minor levels may appear depending on phenotype. These ranges reflect observed lab results across comparable autos rather than a single fixed profile.
Myrcene contributes the herbal cushion that binds brighter notes and is frequently the top terpene in hybrid and sativa-leaning profiles. Caryophyllene brings pepper and wood spice and uniquely interacts with CB2 receptors as a dietary cannabinoid, potentially modulating peripheral inflammation. Limonene supplies citrus lift and is often associated with elevated mood and perceived energy. Pinene sharpens attention and imparts a forest resin character that pairs well with fuel tones.
The diesel character commonly arises from a composite of terpenes, sesquiterpenes, and volatile sulfur compounds (VSCs) present in trace amounts. While total VSCs are measured in the parts-per-billion range, their odor impact is outsized, shaping the “gas” perception from small chemical signatures. Slow drying at 55–60% RH preserves more of these highly volatile contributors. Rapid drying or overdrying can flatten the gas note into generic pepper.
In extracts, terpene ratios can shift due to differential solubility and evaporation. Hydrocarbon extracts may concentrate limonene and caryophyllene more than pinene depending on process parameters. Rosin tends to retain monoterpenes when pressed cooler and for shorter durations. For vape formulations, high-purity distillate often needs terpene reintroduction to authentically echo the flower’s multi-dimensional profile.
Experiential Effects
Users generally report an uplifted, sharpened onset that lands within 2–5 minutes for inhalation and 30–90 minutes for edibles or tinctures. The first phase favors mental clarity, talkativeness, and sensory brightness, consistent with a sativa-leaning profile. As the session deepens, a steady, resin-weighted body effect settles in without fully muting motivation at moderate doses. The combined arc typically lasts 2–3 hours for inhalation, with a gentle tail.
At higher doses, the “gorilla” heft becomes more apparent, adding gravity to the body and slowing pace. Some users experience a pressure behind the eyes and a warm chest bloom as caryophyllene and myrcene lean into relaxation. For those prone to THC-induced anxiety, conservative titration is advised during the first sessions. Hydration and a light snack can mitigate jitters in sensitive individuals.
Focus-dependent activities like creative brainstorming, coding sprints, or music sessions often pair well in the first 60–90 minutes. Social settings can benefit from the talkative uplift, though intensity may climb too fast for inexperienced users if they redose quickly. Toward the latter half, the body relaxation supports film, gaming, or reflective conversation. Sleep onset is plausible only at higher doses or after the effect curve declines.
Common side effects include dry mouth and dry eyes, with occasional rapid heartbeat in novices or after high intake. Starting with 1–2 small puffs or 2.5–5 mg THC for edibles helps map personal response. Caffeine stacking can sometimes push the experience into jittery territory; water or herbal tea is a safer pairing. As always, avoid driving or operating machinery while under the influence.
Potential Medical Applications
Given its anticipated Type I chemotype, Angry Gorilla Auto may be relevant for conditions where THC-forward profiles show benefit. Users commonly report relief for stress, low mood, and situational anxiety at low-to-moderate doses, though higher doses can paradoxically raise anxiety in sensitive individuals. The analgesic and antinociceptive effects associated with THC and caryophyllene may support neuropathic pain and musculoskeletal discomfort. The uplifting phase can assist with fatigue and appetite challenges in some cases.
For daytime symptom relief, microdosing approaches—e.g., 1–2 mg THC or a single small inhalation—can deliver mood and focus support with minimal impairment. For pain episodes, 2.5–10 mg THC divided across 2–3 administrations may offer steadier coverage, especially when paired with topical options. Evening dosing in the 5–10 mg range may ease wind-down and reduce rumination without overwhelming sedation. Individuals new to THC should remain at the low end until response is clear.
CBD pairing (e.g., 1:2 or 1:4 CBD:THC) may moderate peak intensity and cardiovascular side effects while preserving analgesia, though this cultivar itself is likely low in CBD. Terpenes play a supporting role: limonene has been studied for mood elevation, while caryophyllene’s CB2 activity may modulate inflammatory pathways peripherally. Myrcene’s reputed muscle relaxation may contribute to subjective relief in tension-type headaches or back tightness. Outcomes vary and are highly individualized.
Medical users should consult clinicians, especially when using other medications that interact with the endocannabinoid system. Start low, go slow remains the safest path to finding a therapeutic window. Vaporization allows precise titration in 1–2 minute increments, which can be advantageous over edibles. Documenting dose, timing, and symptom changes can reveal patterns over 1–2 weeks of trial.
Comprehensive Cultivation Guide
Lifecycle and timing: Angry Gorilla Auto is built for a fast turnaround, finishing in roughly 70–85 days from sprout under 18–20 hours of light. Preflower typically appears by day 18–25, with rapid stacking from day 30 onward. The window from first cloudy trichomes to 15% amber is often 10–14 days, offering flexibility in effect targeting. Outdoor growers at temperate latitudes can run two to three cycles per warm season.
Germination and seedling: Aim for 24–26°C and 95–100% RH in a closed environment for 24–48 hours using a moist paper towel or directly sow in starter plugs. Once the radicle shows 0.5–1.0 cm, place into the final container to avoid transplant shock—autos do best with minimal root disturbance. Keep early PPFD at 200–300 µmol/m²/s and VPD near 0.8 kPa. Seedlings require gentle airflow to strengthen stems without desiccation.
Media and containers: In soil, use a light, aerated blend with 25–35% perlite for drainage. Coco coir with 10–20% perlite supports vigorous autos but demands attentive feeding and EC control. Final pot sizes of 11–19 liters (3–5 gallons) balance root room and cycle speed; smaller pots shorten plants and reduce yield. Fabric pots improve oxygenation and can aid in preventing overwatering.
Lighting: Autos thrive at 18/6 or 20/4; the latter can add 5–10% biomass in some rooms due to higher daily light integral (DLI). Target PPFD of 300–400 µmol/m²/s in early veg, 500–700 in mid-veg, and 700–900 in flower for LEDs. Keep DLI around 30–35 mol/m²/day in early veg, 40–50 in mid-veg, and 50–60 in bloom. Monitor leaf temperature differential (LTD) to maintain canopy temperatures 24–26°C day and 20–22°C night.
Environment: Maintain RH at 65–70% for seedlings, 55–65% for veg, and 45–55% in flower to deter botrytis. Use VPD targets of 0.8–1.0 kPa for early growth and 1.1–1.3 kPa for peak flowering. Ensure continuous, gentle air movement and 15–30 air exchanges per hour in small tents to prevent microclimates. Negative pressure and carbon filtration manage odor effectively in late flower.
Nutrition and pH: In soil, aim for pH 6.2–6.8; in coco/hydro, 5.8–6.2. Early EC can start at 0.6–0.8 (seedling), rising to 1.1–1.4 (veg) and 1.6–1.9 (peak flower) depending on cultivar hunger and light intensity. NPK emphasis should shift from N-forward in early veg to P/K-forward mid-late bloom, with steady Ca/Mg support (100–150 ppm Ca; 50–75 ppm Mg). Monitor runoff EC; a steady rise suggests salt accumulation and the need for a light flush.
Watering: Autos dislike overwatering, especially in the first 14 days. Water in a ring away from the stem to encourage outward root seeking, gradually increasing volume as roots fill the pot. In coco, smaller, more frequent irrigations maintain oxygen and nutrient availability. Allow 10–20% runoff per feed to prevent salt buildup.
Training: Favor low-stress training (LST) between days 14–28 to open the canopy and even tops. If topping, do it once at the 3rd–4th node before day 20 to avoid delaying growth; many growers skip topping on autos. Strategic defoliation of 2–4 large fan leaves can improve light penetration but avoid heavy stripping. Soft ties and stakes prevent leaning under swelling colas.
Pest and disease management: Implement an IPM program with sticky cards, weekly canopy inspections, and clean intakes. Common pressures include fungus gnats (address with BTi drenches and dryback discipline) and powdery mildew in humid rooms (mitigate with airflow and silica support). Keep leaf surfaces dry during dark periods to reduce pathogen risk. Quarantine new plants and sanitize tools to prevent cross-contamination.
CO2 and performance: Supplemental CO2 at 900–1,100 ppm can boost biomass and yields by 10–20% if light and nutrients are increased proportionally. Ensure temperature and VPD adjustments accompany CO2 to optimize stomatal behavior. Without sufficient PPFD, added CO2 provides diminished returns. For small tents, passive ambient CO2 is sufficient if airflow and light are dialed.
Yields and expectations: Indoors, experienced growers can achieve 350–500 g/m² under efficient LEDs at 700–900 µmol/m²/s PPFD. Novices typically see 200–300 g/m² as they refine irrigation and training. Outdoors, 60–150 g per plant is common in 11–19 L containers with full sun and protection from heavy rain. Dense flowers benefit from rain cover or greenhouse eaves late in bloom.
Harvest readiness: Use both visual and microscopic cues—cloudy trichomes across the canopy and pistils receding are key. For a brighter effect, chop at mostly cloudy with <10% amber; for more body, wait for 10–20% amber. Flush windows of 7–10 days with low-EC water can help clear residual salts in soilless systems. Expect 18–25% wet-to-dry yield conversion after trimming and drying.
Drying and curing: Dry in 18–21°C and 55–60% RH for 10–14 days with gentle airflow not directly on buds. Target a final water activity (aw) of 0.55–0.65 for stable storage; jars should stabilize at 58–62% RH. Burp jars daily for the first week, then weekly for a month as aromas round out and chlorophyll notes fade. Proper cure enhances citrus clarity and stabilizes the diesel-pepper backbone.
Phenotype notes: Expect minor variance in plant height and aroma emphasis, with one pheno leaning lemon-pine and another leaning gas-pepper. Both maintain the sativa-leaning frame but may differ in internode tightness by about 10–15%. Selection can be guided by early stem rubs—citrus-forward plants often signal limonene dominance by week 4. Keep detailed notes to refine keeper selection in future runs.
Outdoor scheduling: In warm climates, start seeds every 4–5 weeks to stagger harvests and avoid peak humidity colliding with late flower. Place plants where they receive 6–8+ hours of direct sun; every additional hour can add measurable biomass. Use fabric pots to prevent root overheating and apply mulch to stabilize media moisture. Stake early to defend against wind stress during rapid bloom.
Post-harvest processing: Angry Gorilla Auto’s resin profile lends itself to dry sift and ice water hash if trimmed cold and stored promptly. Aim for 8–12% return on dry sift from well-grown material and 3–6% on rosin from flower, with higher returns from fresh-frozen hash rosin. Keep processing rooms at 10–15°C to minimize terpene volatilization. Vacuum-seal cured flower for long storage and freeze if needed, keeping jars protected from light and temperature swings.
Contextual lineage note: While breeder-disclosed parents are limited, SeedFinder’s genealogy pages place Angry Gorilla Auto in webs that include Original Strains’ “Unknown Strain,” Holy Smoke Seeds’ “Guide Dawg,” and “Longboard.” This does not define direct parentage but suggests proximity to modern resin-forward building blocks. Growers can expect a chemotype aligned with fuel-citrus-wood signatures seen across those families. The ruderalis/sativa framework from The Breeders Squad underpins the reliable timing and sativa-leaning effect profile that growers and consumers value.
