Big Devil XL Auto Cannabis Seeds

Breeder: Sweet Seeds

The thickness and density of the buds is also increased and they turn up to be spectacularly loaded with aromatic resin.

$10.30

$12.87

You Save: 20.00%

Big Devil XL Auto Cannabis Seeds from Sweet Seeds

3rd generation Autoflowering. This hybrid is the result of crossing our Big Devil #2 with a Jack Herer auto from the Sweet Seeds R & D department. The height of her previous version is increased and plants height between 110 and 160cm, with numerous large side branches. The thickness and density of the buds is also increased and they turn up to be spectacularly loaded with aromatic resin. Incense aroma with a citric hint of lemon.

Autoflowering 100%
Indoor Yield: 425-650 g / m2
Outdoor Yield: 50-350 g / plant
Indoor / Outdoor Harvest: 9 weeks from germination.
Height: 110 - 160cm

Strain FAQ

How do European culture and law effect cannabis strain development?

European culture and law have shaped strain cultivation and preservation. Swiss strict cannabis laws have influenced the development of low THC strains, while ruderalis' adaptability to thrive in harsh climates may have favoured it in Russia.

Why do some cannabis strains smell like incense?

Incense-scented strains frequently come from landrace strains from India and the Middle East. Cannabis' various terpenes give it its fragrance.

What makes legal outdoor growing more sustainable than indoor?

Legally growing cannabis outdoors uses the most renewable energy, eliminating the need for artificial lights and climate control. This focus on natural resources reduces environmental impact and appeals to consumers who value sustainable and eco-friendly farming.

Do you offer cheap, high quality seeds?

Absolutely! Here in Seed City we offer a clearance section with discounted stock. We have a huge range of the best seeds around, but you have to act fast because these bargains are hot and stock is limited!

Why are average-yielding cannabis strains said to be more sustainable for legal growers?

Water, nutrients, and light intensity are all reportedly less needed by these kinds of strains. Their sustainability and cost-effectiveness therefore often makes them more attractive than their high-yielding cousins.