Crazy Gorilla Autoflowering

12,00 €

High-THC, fast finish, beginner-friendly — big yields in a small footprint.

Quick Facts

Typical THC: 20–28% (average 22–26%)
CBD: <1% (typically 0–0.2%)
Grow cycle: 8–12 weeks total (70–80 days common)
Indoor yield: 450–600 g/m² (best-case) — realistic 300–450 g/m²
Outdoor yield: 150–300 g/plant
Typical height: 80–100 cm indoors; up to 120–140 cm outdoors
Genetics: ~40% Sativa / 60% Indica (balanced energy + calm)
Beginner-friendly: Ruderalis genetics = forgiving, no photoperiod changes

What is “Crazy Gorilla Autoflowering”?

Crazy Gorilla Autoflowering represents the pinnacle of modern autoflower breeding, combining the legendary resin production and potency of Gorilla genetics with the convenience and speed of ruderalis automation. Breeders developed this strain with a clear mission: deliver maximum power, speed, and simplicity in one compact package. Drawing from the celebrated Gorilla Glue lineage, this autoflower inherits the sticky, trichome-heavy characteristics that made its photoperiod ancestors famous among concentrate makers and potency seekers.

The genetic foundation likely stems from crossing elite Gorilla Glue #4 phenotypes with carefully selected ruderalis genetics, creating a hybrid that maintains the intense resin production and complex terpene profile while gaining the autonomous flowering capability that makes cultivation effortless. This breeding approach preserves the compact, bushy structure ideal for indoor growing while ensuring robust outdoor performance.

Perfect for: First-time growers seeking premium results, stealth cultivators working with limited space, fast-crop enthusiasts wanting multiple harvests per year, and concentrate makers requiring high-resin starting material. The strain’s forgiving nature and predictable timeline make it an excellent choice for anyone wanting to experience top-shelf genetics without mastering complex cultivation techniques.

Effects & Cannabinoid Profile

Cannabinoid Composition

With THC levels consistently ranging from 20–28% and CBD content below 1%, Crazy Gorilla Autoflowering delivers potent psychoactive effects that satisfy experienced users while remaining approachable for moderate consumers. This high-THC, low-CBD profile creates a clean, intense experience without the modulating effects of significant cannabidiol content.

The THC potency places this strain in the premium category, requiring respect and proper dosing. New users should start with minimal amounts to gauge individual tolerance, while experienced consumers will appreciate the full-spectrum intensity that rivals top photoperiod varieties.

Experience Profile

The effects unfold in distinct phases, showcasing the balanced sativa-indica heritage. Initial onset brings an uplifting cerebral elevation characteristic of sativa genetics—enhanced focus, creative thinking, and mental clarity that makes this strain suitable for daytime productivity tasks. This energizing phase typically lasts 30-60 minutes before transitioning into the indica-dominant body effects.

The secondary phase introduces deep physical relaxation without overwhelming sedation. Users report muscle tension relief, stress reduction, and a general sense of calm that doesn’t completely compromise functionality. This balanced progression makes Crazy Gorilla versatile for various consumption times and purposes.

Terpene Expectations

The aromatic profile reflects classic Gorilla genetics with intense diesel and pine notes forming the foundation. These primary scents blend with earthy undertones and subtle hints of citrus and coffee, creating a complex bouquet that intensifies during the flowering phase. The terpene composition not only influences aroma but also contributes to the entourage effect, potentially enhancing the overall therapeutic and recreational experience.

Applications: Morning creative sessions benefit from the initial cerebral uplift, while evening consumption leverages the relaxing body effects for stress relief and sleep preparation. The strain’s balanced profile makes it suitable for managing various discomforts, though users should always consult healthcare professionals for medical applications.

Key Statistics

Specification	Details
THC Content	20–28% (average 22–26%)
CBD Content	<1% (0–0.2%)
Flowering Period	8–10 weeks
Total Grow Time	70–80 days
Indoor Yield (Realistic)	300–450 g/m²
Indoor Yield (Maximum)	450–600 g/m²
Outdoor Yield	150–300 g/plant
Height (Indoor)	80–100 cm
Height (Outdoor)	120–140 cm
Difficulty Level	Beginner to Intermediate
Scent Strength	High
Harvest Window	Wide (5-7 day optimal range)

Is This Strain Right for You?

Good for new growers?

Absolutely. The autoflowering genetics eliminate the need to manage light cycles, removing one of the most common sources of beginner mistakes. The strain’s resilient ruderalis heritage provides forgiveness for minor cultivation errors.

Good for small/stealth grows?

Excellent choice. Compact height, rapid finishing time, and predictable structure make this ideal for discrete cultivation. The fast cycle allows multiple harvests in small spaces throughout the year.

Indoor vs outdoor recommendations

Performs excellently in both environments. Indoor cultivation offers better environmental control and multiple yearly cycles. Outdoor growing provides larger plant sizes and potentially higher individual yields. Soil-based growing recommended for beginners due to its forgiving nature.

Best for concentrates?

The high resin production and trichome density make this strain exceptional for hash, rosin, and other concentrate production. The intense terpene profile translates beautifully into concentrated forms.

Legal Disclaimer

Always verify local and regional laws regarding cultivation and possession before purchasing or growing. Legal status varies significantly by jurisdiction, and compliance with all applicable regulations is essential.

How to Grow: Step-by-Step Guide

Pre-Grow Preparation

Essential Equipment:

Seeds: Purchase from reputable sources with germination guarantees
Containers: 3–11 liter pots (larger pots = bigger plants)
Growing Medium: High-quality soil mix with perlite for drainage
Nutrients: Complete nutrient line with N-P-K ratios for different growth phases
pH Testing: Digital pH meter or test strips (target 6.0–7.0 for soil)
Lighting: LED lights with PPFD capabilities (400–600 μmol/m²/s for autos)
Ventilation: Small fan for air circulation
Environmental Control: Thermometer/hygrometer for monitoring
Pest Prevention: Neem oil or integrated pest management supplies

Germination (Days 0–3)

Paper Towel Method:

Place seeds between damp paper towels
Maintain temperature at 22–25°C
Keep consistently moist but not soaking
Expect tap root emergence within 24–72 hours
Transfer to growing medium when tap root reaches 5–10mm

Direct Soil Method:

Plant seeds 1–2cm deep in starter soil
Maintain soil moisture without overwatering
Cover with humidity dome or plastic wrap
Remove covering immediately upon emergence

Seedling Phase (Weeks 1–2)

Environment: Maintain 22–25°C with 65–70% relative humidity. Use 18/6 light schedule (18 hours on, 6 hours off) throughout the entire grow cycle.

Watering: Water sparingly around the seedling, allowing soil surface to dry between waterings. Overwatering is the leading cause of seedling death.

Nutrition: Most quality soils provide adequate nutrition for the first 1–2 weeks. If using inert medium, begin with 1/4 strength nutrient solution.

Key Indicators: Healthy seedlings show bright green coloration, sturdy stems, and rapid leaf development.

Early Vegetative (Weeks 3–4)

Growth Management: Begin gentle low-stress training (LST) by carefully bending main stem and securing with soft ties. This encourages lateral branch development and prevents excessive vertical growth.

Transplanting: If starting in smaller containers, transplant carefully to final pots. Autoflowers prefer minimal root disturbance, so transplant early or start in final containers.

Nutrition: Increase nutrient strength to 1/2 recommended dosage, focusing on nitrogen-rich vegetative formulations. Monitor for signs of nutrient burn (brown leaf tips) and adjust accordingly.

Environment: Maintain temperatures at 22–26°C with relative humidity around 50–60%.

Pre-Flower Transition (Weeks 4–5)

Structural Changes: Expect significant stretch during this phase. Provide support for developing branches and continue LST to maintain even canopy height.

Nutrient Transition: Begin reducing nitrogen levels while increasing phosphorus and potassium. Switch to bloom-specific nutrients or adjust ratios accordingly.

Environmental Adjustments: Gradually reduce humidity to 45–55% to prevent future flowering issues.

Flowering Phase (Weeks 5–10)

Bud Development: Week 5–6 shows initial flower site development. Weeks 7–8 bring rapid bud formation and resin production. Weeks 9–10 focus on final ripening and trichome maturation.

Environmental Control: Maintain 20–25°C with 40–50% relative humidity. Ensure excellent air circulation to prevent mold and mildew.

Nutrition: Continue bloom nutrients with reduced nitrogen. Begin reducing feeding strength during final weeks, implementing a flush 1–2 weeks before harvest.

Monitoring: Check trichomes weekly with magnification. Harvest when trichomes transition from clear to cloudy for peak potency, or allow some amber development for more sedating effects.

Harvest & Post-Harvest (Weeks 9–12)

Harvest Timing: Cut plants when trichomes show desired ripeness. Morning harvest often provides optimal terpene preservation.

Drying: Hang whole plants or large branches in dark environment with 60–65% humidity and 18–22°C temperature. Drying typically takes 7–14 days until stems snap cleanly.

Curing: Place dried flowers in airtight containers, opening daily for first week to release moisture. Proper curing requires 2–4 weeks minimum for optimal flavor and smoothness development.

Indoor vs Outdoor Cultivation

Indoor Setup Requirements

Space Planning: A 60×60cm tent accommodates 1–2 plants, while 100×100cm supports 4–6 plants with proper training.

Lighting: LED lights providing 400–600 PPFD work excellently for autoflowers. Calculate approximately 30–50 watts per square foot of quality LED lighting.

Ventilation: Ensure complete air exchange every 1–3 minutes. Include carbon filtration for odor control during flowering.

Environmental Control: Maintain consistent temperature and humidity ranges. Use fans for air circulation while avoiding direct airflow on plants.

Outdoor Cultivation

Timing: Start seeds after last frost date in your region. Multiple outdoor cycles possible in longer growing seasons.

Location: Choose spots receiving 6+ hours direct sunlight daily with protection from strong winds.

Soil Preparation: Enhance native soil with compost and perlite, or use large containers with premium growing medium.

Support Systems: Install stakes or cages early to support plants during wind and rain events.

Stealth Considerations

Indoor Stealth: Use carbon filters, maintain low profiles, and time harvests to minimize detection periods.

Outdoor Stealth: Choose container colors that blend with surroundings, utilize companion planting, and harvest before peak aroma development.

Yield Optimization Techniques

Training Methods

Low-Stress Training (LST): Begin in week 2–3 by gently bending main stem and securing lateral branches. This technique increases light penetration and promotes multiple main colas without stressing autoflowers.

Topping/FIM: Generally not recommended for autoflowers due to limited recovery time. If attempted, top very early (week 2) and only on vigorous plants.

SCROG (Screen of Green): Possible with early-placed, low screens. Begin training before flowering stretch for best results.

Environmental Optimization

Temperature Management: Maintain 22–26°C during vegetative growth, reducing to 20–25°C during flowering for optimal resin production.

Humidity Control: Follow VPD (Vapor Pressure Deficit) principles: 65–70% for seedlings, 50–60% for vegetative growth, 40–50% for flowering.

CO2 Enhancement: Only beneficial in sealed environments with high light levels. Not necessary for basic growing success.

Lighting Strategies

PPFD Targets: Provide 400–600 μmol/m²/s for autoflowers. Higher levels require excellent environmental control and CO2 supplementation.

Light Schedule: Maintain 18/6 throughout entire cycle. Some growers use 24/0, but plants benefit from dark periods for metabolic processes.

Nutrition Protocols

Feeding Approach: Start light and increase gradually. Autoflowers prefer moderate feeding compared to photoperiod varieties.

Water Quality: Use filtered water with stable pH between 6.0–7.0 for soil growing. Monitor PPM levels to prevent overfeeding.

Flushing: Begin flushing 1–2 weeks before harvest to improve final product quality and smoothness.

Troubleshooting Common Issues

Yellowing Seedling Leaves

Likely Causes: Overwatering, nutrient burn, or poor drainage

Immediate Fix: Reduce watering frequency, check soil drainage, stop feeding temporarily

Prevention: Use well-draining soil, water only when needed, start with weak nutrient solutions

Stretchy, Weak Growth

Likely Causes: Insufficient light intensity or poor spectrum

Immediate Fix: Increase light intensity, move lights closer, improve airflow

Prevention: Provide adequate PPFD levels from germination, use quality LED lights

Bud Rot/Powdery Mildew

Likely Causes: High humidity, poor air circulation, temperature fluctuations

Immediate Fix: Remove affected areas immediately, lower humidity, increase airflow

Prevention: Maintain proper environmental conditions, ensure adequate ventilation

Nutrient Lockout

Likely Causes: pH imbalance, salt buildup, overfeeding

Immediate Fix: Check and adjust pH, flush with clean water, reduce nutrient concentration

Prevention: Monitor pH regularly, maintain proper feeding schedules, use quality water

Pest Infestations

Early Detection: Inspect plants regularly for spider mites, aphids, or other pests

Immediate Response: Isolate affected plants, apply appropriate organic treatments

Prevention: Maintain clean growing environment, use beneficial insects, implement IPM strategies

Strain Comparisons

Crazy Gorilla Auto vs Gorilla Glue #4 Auto

Potency: Similar THC ranges (20–28%), with Crazy Gorilla potentially showing more consistent high-end results

Resin Production: Both exceptional, Crazy Gorilla may edge out with slightly denser trichome coverage

Growth Characteristics: Crazy Gorilla typically more compact with faster finishing times

Aroma Profile: Both share diesel/pine foundations, Crazy Gorilla adds more complex citrus notes

Crazy Gorilla Auto vs Gorilla Kush Auto

Structure: Crazy Gorilla maintains more sativa influence in leaf structure and branch spacing

Aroma Intensity: Crazy Gorilla generally produces stronger scent profiles

Yield Potential: Similar indoor yields, Crazy Gorilla may produce larger outdoor plants

Flowering Time: Crazy Gorilla typically finishes 3–7 days faster

vs Premium Autoflower Competition

Speed: Finishes faster than most premium autoflowers while maintaining high potency

Beginner-Friendliness: More forgiving than many high-THC autoflowers

Concentrate Suitability: Superior resin production compared to most autoflower varieties

Indoor/Outdoor Versatility: Performs consistently across growing environments

Seed Selection & Purchasing Guide

Seed Quality Indicators

Germination Rates: Look for vendors guaranteeing 80%+ germination rates with replacement policies for failed seeds.

Feminization: Choose feminized seeds to avoid male plants and maximize growing space efficiency.

Batch Information: Quality vendors provide THC testing data, breeding notes, and harvest timeline estimates.

Storage Conditions: Seeds should arrive in proper packaging with moisture control and temperature stability.

Vendor Evaluation

Reputation Factors: Established breeding programs, customer reviews, and transparent business practices indicate reliable sources.

Customer Support: Quality vendors provide growing support, germination guidance, and responsive customer service.

Shipping Practices: Discrete packaging, proper documentation, and delivery tracking ensure successful seed arrival.

Guarantee Policies: Clear replacement policies for failed germination or genetic issues demonstrate vendor confidence.

Seed Storage

Short-term: Store in original packaging in cool, dark locations for up to 6 months.

Long-term: Refrigerator storage in airtight containers can maintain viability for several years.

Handling: Minimize handling and temperature fluctuations to preserve germination potential.

Timeline Expectations

Seed to Harvest Schedule

Week 0: Germination and emergence (3–7 days)

Weeks 1–2: Seedling establishment and early vegetative growth

Weeks 3–4: Rapid vegetative development and early training

Week 5: Pre-flower transition and stretch beginning

Weeks 6–8: Intensive flower development and resin production

Weeks 9–10: Final ripening and harvest preparation

Post-Harvest: 2–4 weeks drying and curing for optimal results

Variability Factors

Environmental Conditions: Temperature, humidity, and light levels significantly impact timeline

Phenotype Variation: Individual plants may finish 5–10 days earlier or later than average

Training Techniques: Heavy training may add 3–7 days to total timeline

Harvest Preferences: Trichome development goals affect final harvest timing

Growing Resources

Essential Tools

Monitoring Equipment: Digital thermometer/hygrometer, pH meter, PPM/EC meter for water testing

Training Supplies: Soft ties, stakes, SCROG nets for plant manipulation

Harvest Tools: Sharp scissors, magnifying glass for trichome inspection, drying racks

Safety Equipment: Gloves, eye protection, and appropriate ventilation for chemical handling

Measurement Tracking

Daily Observations: Temperature, humidity, watering amounts, and visual plant health assessments

Weekly Measurements: Plant height, nutrient strength, pH levels, and photographic documentation

Flowering Monitoring: Trichome development, bud density, aroma intensity, and harvest timing indicators

Documentation Benefits

Learning Improvement: Detailed records identify successful techniques and problem patterns

Strain Comparison: Data enables informed decisions about future seed selections

Problem Solving: Historical information helps diagnose recurring cultivation issues

Frequently Asked Questions

Is this strain good for beginners?

Yes, Crazy Gorilla Autoflowering is excellent for new growers. The autoflowering genetics eliminate photoperiod management, the strain forgives minor mistakes, and the predictable timeline builds confidence. Start with quality soil and basic nutrients for best beginner results.

How long until harvest?

Total time from seed to harvest ranges from 70–80 days, with most plants finishing around week 10–11. Environmental conditions and phenotype variation can affect timing by 5–10 days in either direction.

How tall will plants get indoors?

Indoor plants typically reach 80–100cm with proper training. Without training, some phenotypes may stretch to 120cm. Low-stress training effectively controls height while improving yields.

Can I train autoflowers?

Yes, but use gentle techniques. Low-stress training works excellently from week 2–3. Avoid high-stress techniques like topping unless very experienced, as autoflowers have limited recovery time.

How much will one plant produce?

Indoor yields typically range from 50–100g per plant under optimal conditions. Factors affecting yield include pot size, lighting quality, environmental control, and training techniques. Outdoor plants may produce 150–300g with unlimited root space.

Do I need fancy nutrients?

Basic complete nutrient lines work perfectly. Choose products designed for autoflowers or use photoperiod nutrients at reduced strength. Quality soil often provides adequate nutrition for the first few weeks.

When should I harvest for potency vs. yield?

Harvest when trichomes are mostly cloudy for peak THC potency. Allowing some amber trichomes develops more sedating effects but may reduce overall THC levels. For maximum yield, harvest at peak trichome cloudiness before amber development.

Are seeds feminized?

Most commercial Crazy Gorilla Autoflowering seeds are feminized, producing only female plants. Always verify with your seed vendor, as regular (non-feminized) versions may occasionally be available.

What’s the smell like?

Expect intense diesel and pine aromas with earthy undertones and hints of citrus. The scent becomes very strong during flowering, requiring odor control for discrete growing. The complex terpene profile creates a distinctive, memorable fragrance.

Growing Success Factors

Critical Success Elements

Environmental Stability: Consistent temperature and humidity prevent stress and ensure predictable development timelines.

Proper Nutrition: Balanced feeding without overfeeding supports healthy growth and maximum resin production.

Adequate Lighting: Sufficient PPFD levels throughout the canopy promote dense bud development and high yields.

Air Circulation: Proper airflow prevents mold, strengthens stems, and ensures healthy plant metabolism.

Quality Indicators

Healthy Growth: Vibrant green coloration, sturdy stem development, and rapid vegetative growth indicate optimal conditions.

Flowering Success: Dense bud formation, heavy trichome production, and strong aroma development mark successful flowering.

Harvest Quality: Properly timed harvest with appropriate drying and curing produces premium final products.

Long-term Improvements

Experience Building: Each grow cycle provides valuable learning opportunities for technique refinement.

Equipment Upgrades: Investing in better lighting, environmental controls, and monitoring equipment improves results over time.

Strain Exploration: Success with Crazy Gorilla Autoflowering provides confidence to explore other premium genetics.

Final Considerations

Crazy Gorilla Autoflowering represents an exceptional choice for growers seeking premium genetics in an accessible, fast-finishing package. The combination of high THC content, substantial yields, and beginner-friendly characteristics makes this strain valuable for both new and experienced cultivators.

Success depends on maintaining proper environmental conditions, providing adequate nutrition without overfeeding, and respecting the plant’s autoflowering timeline. The strain’s forgiving nature allows for minor mistakes while still producing exceptional results when basic requirements are met.

Whether growing for personal consumption, concentrate production, or cultivation experience, Crazy Gorilla Autoflowering delivers consistent performance across various growing environments and skill levels. The rapid 70–80 day cycle enables multiple harvests per year, making it an excellent choice for continuous supply or experimental growing.

Remember to always verify local legal requirements before purchasing or cultivating, as regulations vary significantly by jurisdiction. Focus on quality genetics from reputable sources, maintain detailed growing records, and enjoy the rewarding experience of cultivating this exceptional autoflowering variety.