
Auto Lilac Diesel RBX2 6 seeds
Auto Lilac Diesel RBX2 by Ethos Genetics combines the legendary Lilac Diesel genetics with modern autoflowering performance. The cross between Lilac Diesel #22 × Pluto Auto produces extremely robust plants with high yields, intense Haze terpenes and a balanced effect combining mental energy and physical relaxation.
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Manufacturer Information
Genetics & Characteristics
- Type: Autoflowering, feminised
- Genetics: Lilac Diesel #22 × Pluto Auto
- Genotype: Hybrid
- Life cycle: approx. 70–80 days
- THC: 20–25%
- Growth: Tall, vigorous and robust
- Structure: Large buds with heavy resin production
- Resin production: High
Effect
Clear, motivating and pleasantly relaxing:
- Mentally uplifting
- Creativity-boosting
- Physically calming
- Balanced and long-lasting
Ideal for daytime use or relaxed creative sessions.
Aroma & Taste
Complex Diesel-Haze profile:
- Sweet Haze notes
- Dry floral nuances
- Lemon
- Pine
- Light diesel undertones
A classic ‘Lemon Haze Diesel’ profile with modern intensity.
Terpene profile
Dominant aromas:
- Sweet Haze
- Dry Floral
- Lemon & Pine
Fresh, spicy and pleasantly sweet at the same time.
Special features
- Extremely high yields for an autoflower
- Very vigorous and fast growth
- Beginner-friendly
- Performs strongly indoors & outdoors
- Large, resinous buds
Indoor cultivation
- Life cycle: approx. 70–80 days
- Yield: Extremely high
- Structure: Large plants with massive buds
Ideal for growers seeking maximum auto yields.
Outdoor cultivation
- Harvest: Automatic after approx. 70–80 days
- Yield: Very high
- Climate: Adaptable and robust
Very good outdoor performance even in changeable conditions.
Growth & structure
- Very vigorous hybrid growth
- Large, stacked flowers
- High vitality
- Strong lateral branching
Perfect for beginners and growers focused on yield.
Conclusion
Lilac Diesel Auto RBX2 is a high-performing autoflower with intense Haze, lemon and diesel terpenes, tremendous growth and a balanced effect. An excellent choice for anyone seeking strong autoflower genetics with high productivity.