Citrus Slurp Seedless

Citrus Slurp Seedless – Triploid Feminized THCa Seeds

Lineage: Cali Orange S1 4× × AVL

Cali Orange S1 4× × AVL is a triploid cannabis hybrid that delivers massive resin production and dense, crystal-covered flowers. Gobs of gooey citrus resin ooze from its prolific buds, making it one of our in-house favorites for both aroma and yield. Shorter in stature than many other varieties, it is perfect for indoor cultivation or growers with limited space.

As a triploid, this variety produces significantly more trichomes and is far less likely to produce seeds than its diploid counterpart. Easy to trim and full of frost-covered leaves, it’s ideal for both smokeable flower and extraction purposes.

Variety Highlights:

• Genetics: Cali Orange S1 4× × AVL

• Type: Triploid F1 Hybrid, Early-Finishing Photoperiod

• Seed Type: Feminized Cannabis Seeds

• Flowering Time: 8–9 weeks

• Outdoor Harvest: Late September – Early October

• Cannabinoid Content: Moderate (predominantly THCa)

• Vigorous, high-yielding plants with dense, resinous buds

• Excellent citrus aroma and trichome production

• Compact and manageable for indoor or small-space growing

Note: While triploids are highly resistant to seed formation, some seeds may appear under heavy pollination.

Why Triploid Cannabis Seeds?

• Triploids vs. Diploids: Triploids have three sets of chromosomes (4N + 2N = 3N) versus two in diploids, resulting in more vigorous growth, denser flowers, and superior aroma.

• Seed Resistance: Triploids are largely sterile and rarely produce seeds, making them ideal for growers seeking high-quality, seedless buds.

• Not GMO: These seeds are naturally bred and certified organic, with THC varieties meeting industry compliance standards.

Triploids are widely used in agriculture (bananas, seedless grapes, watermelons, citrus) for their sterility, higher yields, and better quality, and this Cali Orange S1 4× × AVL triploid brings the same advantages to cannabis cultivation.

Visit our [Buyer’s Guide] for more information.
Curious about AVL? [Learn more here].