Orange Ooze | Feminised, Indoor & Outdoor
Reference:
Manufacturer: Original Sensible Seeds
Citrus power with 32% THC
Orange Ooze from Original Sensible Seeds is a 60% sativa / 40% indica hybrid, bred from Orange Cookies × (Original Z × Sherbanger).
3 Items
Data sheet
| Sex | 01 Feminised |
| Variety | 02 Indica / Sativa |
| Flowering Type | 01 Photoperiod |
| THC Content | 05 Very High (over 19%) |
| Growing Location | 03 Indoor & Outdoor |
| Yield Indoor (g/m²) | 04 Very High (over 500g/m²) |
| Yield Outdoor (g/plant) | 04 Very High (over 500g) |
| Plant Height Indoor (cm) | 03 High (over 110cm) |
| Plant Height Outdoor (cm) | 03 High (161 - 220cm) |
| Flowering Time Indoor | 09 weeks |
| Harvest Month Outdoor | 10 October |
More info
This strain combines the sweet, fruity freshness of citrus with a creamy cookie finish, delivering up to 32% THC. A high that unleashes both creativity and focus, rounded off by mild physical relaxation.
Genetics & Origin
- Genetics: Orange Cookies × (Original Z × Sherbanger)
- Type: feminised photoperiod seeds
- Sativa/Indica: 60% Sativa / 40% Indica
- THC: up to 32%
Effect & High
- Strong, uplifting sativa high
- Creativity boost with clear focus
- Mildly relaxing body effect, without couch lock
- Ideal for daytime, work, art & social moments
Terpenes, aroma & flavour
- Aromas: Orange, grapefruit, sweet citrus
- Flavour: Fruity-creamy with cookie-gas notes
- Dominant terpenes: limonene, caryophyllene, terpinolene
Indoor cultivation
- Height: 90–140 cm
- Flowering time: 55–65 days
- Yield: up to 850 g/m²
- Special feature: Resin-rich flowers with an intense citrus cookie aroma
Outdoor cultivation
- Height: up to 180 cm
- Yield: up to 1,500 g per plant
- Harvest time: early October
- Special feature: high productivity, resistant & intense aroma.
Conclusion
Orange Ooze is the perfect choice for anyone who loves citrus terpenes and sativa power. With its blend of Orange Cookies sweetness, Sherbanger gas and Original Z influences, it delivers not only in terms of taste but also in terms of yield at the highest level.