G-Force

G-Force from Paradise Seeds pairs Gary Payton with Animal Mints, giving a sativa-dominant plant with plenty of resin, strong flavour and a balanced effect that doesn’t sit at just one end of the scale. It is available as feminised seeds and is aimed at growers who want a productive photoperiod strain with modern US-style genetics.

The parentage is a big part of why G-Force stands out. Gary Payton brings cerebral stimulation, focus and that sweet citrus-diesel edge, while Animal Mints adds heavier body relaxation, dense frosted buds and a softer dessert-like side. THC is listed at 22–26%, so this is firmly in potent territory without being described as a one-note knockout.

The aroma starts spicy and earthy, then opens into sweet citrus and diesel. Animal Mints adds creamy vanilla and nutty hints, which rounds the sharper gassy side into something smoother. Caryophyllene, limonene and myrcene are named as the dominant terpenes, tying in with the spicy, citrus and earthy parts of the profile.

The effect is described as long-lasting and well balanced. It begins with a cerebral rush, bringing focus and euphoria, then settles into a relaxed body melt. Paradise Seeds presents it as suitable for both day and evening use: energising without feeling racy, and relaxing without full couch-lock.

Indoors, G-Force produces dense, trichome-coated buds with a heavy resin finish, and some phenotypes can show purple colouring. It has vigorous vertical growth, with an expected stretch factor of x 2.5, so planning height early makes sense. The breeder notes that it suits SOG or SCROG setups, with lollipopping recommended in early flowering. Flowering takes 8–10 weeks, with indoor yields listed at 500–600 g/m².

Outdoors, G-Force is best matched to warm climates with plenty of sunlight. Plants develop a strong medium-to-tall frame with firm lateral branches to hold the dense, aromatic flowers. Despite the bulbous bud structure, it is reported to have a good level of humidity resistance. Outdoor yields are listed at 700–900 g per plant.