Malawi Regular Seeds (Ace Seeds)

After years of hard work and intense selections with sativas from all around the world, we can confirm that Malawi is the most powerful and psychedelic landrace sativa we know.

Its dense flowers of enormous trichomes compete with the most powerful sativa/indica and indica hybrids on the market in reference to their size and cannabinoids concentration.

The potency of its flowers is simply devastating, and it is especially recommended for experienced users that seek extreme sativa effects without renounce to an abundant harvest.

DO NOT mix it with alcohol and DO NOT use any dangerous machinery under its effect.

P4 LANDRACE STRAIN
100 % SATIVA
FLOWERING INDOORS: 10-13 WEEKS.
FLOWERING OUTDOORS: END OF OCTOBER / EARLY NOVEMBER
RESISTANCE AGAINST SPIDER MITES: AVERAGE
RESISTANCE AGAINST MILDEW: AVERAGE-LOW
RESISTANCE AGAINST BOTRYTIS: VERY HIGH
RESISTANCE AGAINST COLD: AVERAGE-HIGH
LATITUDE: 0-43º

GENETICS: 100 % sativa. P4 landrace from Malawi, Central Africa. Old killer Malawi x 3rd generation Malawis.
STRUCTURE: Sativa of medium node lenght and strong branching.
YIELD/M2: High
BOUQUET: Strong, concentrated aroma of oil, wood and lemon. Some plants stand out for having more refined sweet carrot and ripe mandarine aromas.
HIGH: Extraordinarily powerful, intense and psychedelic, with more than 4 hours of duration. Only recommended for hard and experienced users.

GROWING TIPS

Although this sativa shows all its potential in tropical/subtropical climates, it has been grown with very good results in latitudes up to 43º.

Indoors for growing small columnar plants or SOG, you should start from the clone or seed at 12/12 just a few days after the rooting. This sativa is highly recommended for SCROG, horizontal or network growing due to its excellent production of lateral branches and its vigorous reaction to pruning.

One of the best pure and stable sativas available to develop extremely powerful, resinous and high yielding hybrids.

We recommend average PK levels for the whole cycle, and slightly lower of Nitrogen.