Cheese is a classic Skunk-derived cannabis strain family known for its powerful cheese-and-skunk aroma, relatively short flowering period and strong production potential. The current feminized photoperiod Cheese seed lines are not genetically identical, so specifications such as THC, Indica/Sativa ratio, height and indoor yield depend on the version being grown.
Current Cheese lines flower in approximately 56–63 days, or around 8–9 weeks. Published THC levels range from 23% to 24.58%, indoor yields range from approximately 500–800 g/m², and current outdoor specifications reach around 800 g per plant under favorable conditions.
Recommended Strains
Cheese Seeds
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THC | 22% - 23% (Medium) |
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Lineage | Skunk |
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Type | Feminized |
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Height | 5.74 ft | 1.75 m |
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Yield Outdoor | 28.22 oz/plant | 800 g/plant |
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Flowering Time | 8 - 9 weeks |
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Phenotype | 50% Indica / 50% Sativa |
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Effects | Happy, Relaxed, Euphoric, Hungry |
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Flavors | Nutty, Cheese, Fruity |
Cheese Auto
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THC | 21% - 22% (Medium) |
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Lineage | Cheese x Ruderalis |
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Type | Autoflowering |
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Height | 3.28 ft | 1 m |
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Yield | High |
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Yield Indoor | 1.47 - 1.8 oz/ft² | 450 - 550 g/m² |
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Life Cycle | 9 weeks |
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Phenotype | 70% Indica / 30% Sativa |
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Effects | Relaxed, Happy, Hungry |
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Flavors | Sour, Earthy, Fruity |
| Cheese Strain Grow Info | Current seed-line range |
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| Genetics | Skunk-derived Cheese phenotypes |
| Seed type | Feminized photoperiod |
| Indica / Sativa | 50/50 to 60% Indica / 40% Sativa |
| THC | 23–24.58%, depending on seed line |
| Flowering time | 56–63 days / around 8–9 weeks |
| Indoor height | 100–120 cm in the line with an exact current specification |
| Outdoor height | 150–200 cm in the line with an exact current specification |
| Indoor yield | 500–800 g/m² |
| Outdoor yield | Up to 800 g/plant |
| Outdoor harvest | Late September to the 1st–2nd week of October |
| Common flavors | Cheese, skunk, nutty, fruity, earthy, sweet |
| Common reported effects | Happy, relaxed, euphoric, uplifting |
Growers comparing Cheese with related genetics can also browse the wider selection of Cheese seed varieties, but the figures in this guide apply specifically to the current photoperiod Cheese lines rather than every strain containing Cheese in its name.
Cheese Strain Genetics
Modern Cheese seed lines trace their identity to selected Skunk-derived genetics associated with the classic UK Cheese family. However, the commercial seed versions available today are not one genetically identical cultivar.
One current line is described as a Skunk #1 phenotype, while another uses a selected Skunk phenotype. Both preserve the strong pungent character associated with Cheese, but their cannabinoid levels, genetic ratios, height and production specifications differ.
This distinction matters because Cheese should not automatically be treated as identical to Exodus Cheese, Blue Cheese, Triple Cheese or any other cultivar containing Cheese genetics. Those are separate commercial strains with their own specifications.
All Cheese plants covered in this guide are feminized photoperiod varieties, so indoor flowering is controlled by changing the light schedule rather than beginning automatically at a fixed plant age.
Which Cheese Seed Line Are You Growing?
Identifying the exact seed line is important before applying one THC percentage, height or yield figure.
The current 50/50 Cheese seed line publishes 23% THC, a 56–63 day flowering period and separate indoor and outdoor height specifications.
The current 60/40 Cheese strain is moderately indica dominant, publishes 24.58% THC and has a higher listed indoor yield potential, but its current breeder page does not provide a separate exact height specification.
They belong to the same wider Cheese family, but their technical data should not be mixed into one supposedly universal phenotype.
Is Cheese Indica or Sativa?
Current Cheese seed lines range from balanced to moderately indica dominant.
One version is classified as 50% Indica and 50% Sativa, while another is 60% Indica and 40% Sativa. That difference explains why descriptions of Cheese sometimes conflict between sources.
The safest general description is therefore a balanced-to-indica-leaning hybrid rather than stating that every Cheese strain is strongly indica dominant.
Plant morphology can also vary between versions. Genetic percentages should be treated as breeder classifications rather than a guarantee that every phenotype will develop the same structure or effects.
How Much THC Does Cheese Have?
Current photoperiod Cheese seed lines publish THC specifications from approximately 23% to 24.58%, depending on the version.
This makes one universal Cheese THC figure inaccurate. Older listings or other Cheese-derived strains may publish different percentages, but those should not be transferred into this guide.
Published THC levels are genetic specifications rather than guaranteed laboratory results from every harvested plant. Phenotype, cultivation conditions, harvest maturity and post-harvest handling can all influence the cannabinoid concentration measured in an individual crop.
Cheese Flavor and Aroma
The defining characteristic of Cheese is its unusually pungent savory aroma. Current seed lines share strong skunk and cheese characteristics, although their secondary notes vary.
Depending on the version, documented flavors and aromas include nutty cheddar, pungent fruit, earth, sweet or sugary notes, pine and herbal characteristics.
The exact aromatic balance can vary by phenotype and seed line. For that reason, Cheese is better described through its shared pungent cheese-and-skunk character than by combining every secondary aroma into one fixed flavor profile.
Does Cheese Have One Terpene Profile?
There is no single verified terpene breakdown that should be applied universally to every current Cheese seed line.
Different commercial descriptions may list myrcene, caryophyllene, limonene or other compounds, but the current breeder specifications for the exact lines covered here do not provide one common quantitative terpene analysis.
The more reliable general description is therefore based on the documented sensory profile: pungent cheese, old-school skunk, earthy, nutty, fruity, sweet and pine-like notes depending on the genetics.
Cheese Flowering Time
Current Cheese photoperiod seed lines flower in approximately 56–63 days, or around 8–9 weeks.
This figure refers specifically to flowering. It is not the complete seed-to-harvest cycle because the grower controls the duration of vegetative growth indoors.
Once the plant has developed an appropriate root system, branch structure and canopy size, the light schedule can be changed to approximately 12 hours of light and 12 hours of uninterrupted darkness to initiate flowering.
From that point, the 56–63 day line-specific range becomes the main timing reference. Avoid extending the general specification to ten weeks unless the individual plant actually requires additional time to mature.
Cheese Height and Plant Structure
Height varies by seed line and cultivation environment.
One current Cheese line publishes 100–120 cm indoors and 150–200 cm outdoors. The other current line does not provide an exact environment-specific height figure on its breeder page, so a generic 1.75 m measurement should not be treated as universal.
Cheese plants can develop substantial lateral branching, and some current genetics have a pine-tree-like or bushy structure with medium internodal spacing.
Indoor growers can further influence final size by controlling vegetative duration and using training before flowering. A plant moved into flowering early can remain considerably smaller than one allowed to develop for an extended vegetative period.
Growing Cheese Indoors
Current Cheese seed lines publish indoor yields of approximately 500–800 g/m², making production potential one of the areas where versions differ noticeably.
Indoor growers should therefore check the exact line rather than expecting every Cheese plant to reach 800 g/m². Light coverage, productive canopy area, root volume, vegetative duration and plant health all influence final production.
The strong lateral branching seen in Cheese genetics makes canopy management useful. Spreading branches can improve light distribution and reduce congested internal growth as flowering progresses.
Odor is another practical consideration. Cheese is specifically known for its pungent aroma, which becomes considerably stronger once flowers begin developing. Indoor growers who need odor control should plan ventilation and filtration before flowering rather than reacting after the smell becomes intense.
Growing Cheese Outdoors
Outdoor Cheese cultivation can produce approximately 800 g per plant according to the current seed-line specifications.
The harvest window varies slightly. One line is listed for the end of September, while another finishes around the first or second week of October in the Northern Hemisphere.
This difference is important when planning for autumn weather. Local latitude, temperature and seasonal rainfall can shift the finishing point, so breeder dates should be treated as planning windows rather than automatic harvest days.
Where an exact current outdoor height is published, plants reach approximately 150–200 cm. Give larger plants enough spacing for lateral branches to develop without creating an excessively congested canopy.
Cheese Yield
Current Cheese lines publish approximately 500–800 g/m² indoors and up to 800 g per plant outdoors.
The relatively wide indoor range reflects genuine differences between the current seed lines rather than uncertainty that should be hidden behind one average number.
Outdoor production is more consistent in the current breeder specifications, with both versions reaching approximately 800 g per plant under favorable conditions.
These figures describe genetic production potential rather than guaranteed harvest weight. Light, climate, root space, vegetative duration, plant health and canopy management can all cause actual results to differ substantially.
How to Germinate Cheese Seeds
Cheese does not require an unusual strain-specific germination technique. Seeds need suitable warmth, consistent moisture and access to oxygen without remaining waterlogged.
A damp paper-towel method can be used to monitor taproot emergence before transplanting. Once the root appears, handle it carefully and place the seed into an appropriate starting medium without damaging the new root.
Early watering should reflect the small size of the developing root system rather than the needs of an established plant.
For more detailed environmental guidance during this stage, see the cannabis seed germination temperature and humidity guide.
Vegetative Growth
Because Cheese is photoperiodic, the vegetative stage does not have a fixed duration.
Indoor growers determine when flowering begins according to available height, root development, canopy coverage and the amount of plant material the grow space can support.
Use vegetation to build a healthy branch structure rather than trying to reach an arbitrary week number. Strong lateral development is useful because those branches can become productive flowering sites later.
Where space is restricted, initiating flowering earlier can help control final height. Larger environments can accommodate a longer vegetative period and a broader canopy.
Training Cheese Plants
Current Cheese genetics can respond well to training because of their lateral branching and productive side structure.
Low-stress branch positioning can spread growth across a wider area and improve light access before flowering. Topping during healthy vegetative growth is another reasonable option when the plant has sufficient recovery time.
ScrOG is particularly relevant to the more branchy Cheese structures and is specifically recommended for one current seed line. A screen can organize lateral branches while maintaining a flatter productive canopy.
As flowers become heavier, physical support may also become useful. Stakes, ties or the screen itself can prevent heavily loaded branches from bending late in flowering.
Flowering Development
After the indoor photoperiod changes, Cheese begins a flowering phase lasting roughly 56–63 days.
Early flowering may include additional structural growth while flower sites form along the branches. The characteristic pungent aroma also becomes increasingly noticeable during this period.
As flowers gain density, canopy spacing becomes more important. Avoid allowing large branches and foliage to create completely stagnant internal zones where moisture remains trapped.
Late in flowering, use the expected 8–9 week window as a guide while inspecting the actual plant for maturity. A seed line finishing in approximately 56 days should not automatically be kept for 70 days simply because an older general guide used a broader range.
Feeding Cheese
Cheese does not require one universal strain-specific NPK ratio.
Nutrition should be adjusted according to the growing medium, fertilizer system, water quality, root volume, plant size and visible response. The strain name alone does not justify fixed formulas such as 3-1-2 during vegetation or 1-3-2 during flowering.
A healthy plant that is developing normally does not need increasingly aggressive feeding simply because flowering has begun. Follow the nutrient system being used and adjust gradually when actual plant symptoms justify a change.
Burned leaf tips, unusually dark foliage, stalled growth or progressive discoloration provide more useful feedback than a generic Cheese feeding calendar.
Watering Cheese
Water Cheese according to the condition of the root zone rather than a rigid calendar.
Young plants with small root systems use considerably less water than mature flowering plants. In containers, substrate moisture and pot weight can provide better information than watering automatically every few days.
Ensure excess water can drain and avoid keeping the root zone permanently saturated. Outdoor demand can rise considerably during hot weather, particularly on larger plants, but irrigation should still respond to soil conditions, recent rainfall and plant size.
There is no need to deliberately stress the plant with reduced watering near harvest in an attempt to force stronger flavor or resin production.
Airflow, Mold and Dense Flowers
Mold and pest resistance should not be generalized across every Cheese seed line.
One current line is specifically described as resistant to mold, mildew and pests, while the other does not publish the same resistance classification. That means Cheese should not be labeled universally resistant or universally susceptible.
Regardless of genetics, dense flowers and overlapping branches can trap moisture. Good airflow through the canopy remains valuable as flowering progresses.
Common Cheese Growing Problems
One of the most obvious practical challenges is odor. Cheese can become extremely pungent in flowering, so indoor growers who require odor control should prepare ventilation and filtration before the aroma intensifies.
Canopy congestion can also become a problem where productive lateral branches overlap heavily. Training during vegetative growth and sensible branch spacing can improve both light penetration and air movement.
Overwatering and overfeeding are broader cultivation problems rather than Cheese-specific weaknesses. Diagnose them according to root-zone conditions and visible plant symptoms rather than assuming Cheese is universally a heavy feeder.
Finally, use resistance claims only for the exact seed line that publishes them. Different commercial Cheese genetics can behave differently under the same environment.
Cheese vs Exodus Cheese
Cheese and Exodus Cheese are closely related names within the wider Cheese genetic family, but they should not be treated as identical commercial seed lines.
The current Cheese products covered in this guide have their own cannabinoid, flowering, height and yield specifications. Exodus Cheese products sold separately may use different breeding lines and therefore require their own technical data.
This distinction is particularly important when researching flowering time or yield. A number published for Exodus Cheese should not automatically replace the current specification for a Cheese seed line simply because both trace their identity to classic UK Cheese genetics.
Cheese vs Cheese Auto
The Cheese covered in this guide is feminized photoperiod cannabis. Indoor growers initiate flowering by changing the light schedule.
Cheese Auto is a separate autoflowering cultivar. Its current product specification lists a complete lifecycle around nine weeks, whereas 8–9 weeks for the photoperiod Cheese lines refers only to the flowering phase.
Height, yield, genetic ratio and cannabinoid data also differ, so autoflower specifications should never be transferred into this guide.
When to Harvest Cheese
Indoor Cheese generally reaches its expected harvest window after approximately 56–63 days of flowering.
Outdoors, current breeder references extend from late September to the first or second week of October, depending on the seed line.
Use those dates as planning references while assessing the actual maturity of the individual plant. Trichome development can provide useful information, but there is no need to prescribe one exact amber percentage as a requirement for every Cheese phenotype.
After harvest, drying and curing should be treated as separate stages. Avoid sealing flowers for curing while they still contain excessive moisture.
Cheese Effects
Reported effects vary somewhat between current Cheese lines, but recurring descriptions include happiness, relaxation, euphoria and an uplifting component.
Those descriptions fit the strain family’s balanced-to-moderately-indica-dominant classification, but they remain subjective rather than guaranteed outcomes.
The current lines also differ in THC and genetic ratio, so some variation between products is expected. Individual response can further change with dose, tolerance and the chemical composition of a particular harvest.
Cheese Strain FAQs
How long does Cheese take to flower?
Current Cheese photoperiod seed lines generally flower in about 8–9 weeks, or roughly 56–63 days, depending on the version. This refers only to the flowering stage. Total seed-to-harvest time is longer because the grower controls how long the plant remains in vegetative growth before switching to a flowering light schedule.
Is Cheese Indica or Sativa?
Cheese is not identical across every current seed line. One version is listed as a balanced 50% Indica / 50% Sativa hybrid, while another is 60% Indica / 40% Sativa. The safest general description is therefore a balanced to moderately indica-dominant photoperiod hybrid, depending on the exact genetics.
How much THC does Cheese have?
Current Cheese seed lines publish THC specifications from about 23% to 24.58%, depending on the version. A single figure should not be presented as universal. Published percentages are breeder specifications rather than guaranteed laboratory results for every harvest, because phenotype, cultivation conditions, maturity and post-harvest handling can affect measured potency.
How much does Cheese yield?
Current Cheese lines publish approximately 500–800 g/m² indoors, while both current versions list outdoor production around 800 g per plant under favorable conditions. These figures describe genetic production potential rather than guaranteed harvests. Light, canopy size, root volume, climate, vegetative duration and plant health can all change final yield.
How tall does Cheese grow?
Height depends on the Cheese seed line. One current version publishes 100–120 cm indoors and 150–200 cm outdoors, while the other does not currently provide a separate official height specification. Indoor size can also change substantially with vegetative duration, training, container volume and the point at which flowering is initiated.
Is Cheese the same as Exodus Cheese?
No. Cheese and Exodus Cheese are related names within the wider Cheese genetic family, but they should not be treated as the same commercial seed line. Growlantis sells separate Exodus Cheese products with their own genetics and specifications, so flowering time, THC, height and yield data should not be transferred automatically between the two.
