New in the Amsterdam Genetics product range:
Amazing Haze. Crossbreeding Amsterdams most popular strain with the avalanche of flavour contained in Caramella genetics has given rise to an elite sativa hybrid able to measure up to any rival.
The aroma and flavour contained in this Amazing strain are overwhelming: an effervescent and rich sweetness marked by instantly recognisable touches of caramel. With every heavy cloud of fumes you exhale, your palate will relish the touch of a deliciously sweet hallmark bouquet.
This sativa-dominant hybrid will yield huge and loaded buds in a 10- to 12-week timeframe, each crammed with unbelievable loads of THC crystals. This strain will most certainly reward your patience, as few other strains can deliver a flavour explosion that compares to this Amazing haze. This makes for a final product that will put all of your senses to the test!
This elite cannabis strain has more to offer than a dazzling explosion of taste alone; it also produces a high that average smokers will easily find stupefying in its richness. Put simply, Amazing Haze is a true queen among Amsterdams hybrid nobility.
- Parents: Caramella x Amnesia Haze
- Type: 70% Sativa - 30% Indica
- Flavour: Sweet / Caramel / Fruity
- Effect: Energetic Headbuzz
- Flowering time: 9-10 Weeks
Genetics | Caramella x Amnesia Haze |
Variety | Mostly Sativa |
Flowering Type | Photoperiod |
Due to UK laws we are not able to provide any information on the germination or growing of any of the seeds we sell. All of our seeds are sold for novelty or souvenir purposes only. We advise you to refer to the seedbank or breeders websites if you require more details.
The descriptions shown are usually taken from the breeders themselves and were written in regions where activities such as germination, propagation and consumption are permitted. Descriptions are for informational purposes only, their inclusion here must not be construed as advice or encouragement regarding germination, consumption, expected benefits, effects or any other claims or statements.