- Type
- Indica dominant
- Heritage
- mostly indica
- Flowering
- 60 days
- Seeds
- feminized
- Feminized
- yes
- Autoflowering
- no
Genetics
About this release
Key Lime Pie Bx2, a Key Lime Pie Bx x Key Lime Pie hybrid, delivers key lime pie, berry, kush, and cream flavors. With 55-65 days flowering and 40% Sativa/60% Indica, it offers calming effects and solid yields.
Discover Sin City Seeds Key Lime Pie Bx2, the highly anticipated backcross from the Key Lime Pie 2.0 Drop. For example, this strain responds to demand by making the BX2 available as a single pack, unlike the exclusive original BX. Consequently, growers can now access this sought-after hybrid easily. Moreover, its key lime pie, berry, kush, and cream flavors create a dessert-like experience.
In addition, Key Lime Pie Bx2 provides calming and relaxing effects with a touch of euphoria, ideal for unwinding after a long day. As a result, it’s perfect for both novice and experienced cultivators seeking consistent results.
Key Lime Pie Bx2 Genetics and Yield
This backcross of Key Lime Pie Bx x Key Lime Pie ensures stabilized genetics with solid yields. Furthermore, its 55-65 day flowering time and 40% Sativa/60% Indica ratio promote robust growth. Therefore, expect medium-sized plants with resinous buds suitable for hash and flower.
Why Grow Key Lime Pie Bx2?
Delicious Flavor: Key lime pie, berry, kush, and cream blend for a sweet, creamy taste.
Balanced Effects: Calming yet uplifting, great for relaxation and mood enhancement.
Reliable Yields: Produces consistent, high-quality buds.
Premium Genetics: A fan-favorite from the Key Lime Pie 2.0 Drop.
Growing Tips for Key Lime Pie Bx2
Key Lime Pie Bx2 thrives indoors or outdoors in 55-65 days. Because of its 60% Indica dominance, it forms sturdy, manageable plants. Additionally, its tart, creamy aroma makes it a joy to cultivate for quality-focused growers. Ideal Uses for Key Lime Pie Bx2
Hash makers seeking resinous, flavorful extracts
Flower enthusiasts craving dessert-like profiles
Growers wanting stable, high-yielding genetics