Skunk Worx Extracts cannabis product packaging.

Pepe Le skunk 1g live resin vape

STRAIN INFORMATION

EXTRACTION & PROFILE
Pepe Le Skunk Live Resin is crafted by Noble Labs using premium Plantwerks flower to preserve the strain's naturally occurring cannabinoid and terpene profile. By extracting from freshly harvested material, this live resin captures the strain's exceptionally diverse chemistry, resin-rich character, and highly expressive aromatic profile for a true full-spectrum concentrate experience.

Testing at 72.99% Total Cannabinoids, 59.27% Total THC, 7.98% Total CBD, and 8.1878% Total Terpenes, Pepe Le Skunk showcases one of the most terpene-rich profiles in the Plantwerks live resin collection. Elevated levels of Terpinolene and β-Myrcene, balanced by bright Limonene, woody Bisabolene, and warm β-Caryophyllene, create a concentrate with remarkable aromatic depth and an unusually broad cannabinoid profile.

AROMA & FLAVOR | HERBS • CITRUS • PINE
Fresh herbal character immediately defines the profile before bright citrus zest, crisp pine, warm spice, and subtle floral sweetness emerge. Woody undertones, soft earth, and layered botanical notes create a complex, highly aromatic concentrate that reflects the unusually diverse terpene chemistry preserved from the original Plantwerks flower.

EXPERIENCE
Pepe Le Skunk Live Resin combines an exceptional 8.1878% Total Terpenes with a broad cannabinoid profile featuring substantial THC alongside an unusually pronounced CBD presence. The preserved cannabinoid and terpene composition delivers a true full-spectrum concentrate designed to showcase the complete aromatic and chemical expression of the original fresh-frozen flower.

Total THC: 59.27%

Total Cannabinoids: 72.99%

Total Terpenes: 8.1878%

Terpinolene 1.71666%

beta-Myrcene 1.1915%

(±)-Limonene 0.9686%

Total Bisabolene 0.5944%

beta-Caryophyllene 0.5172%

(Z)-beta-Ocimene 0.3934%

(-)-Linalool 0.2802%

Total Farnesene 0.2501%

pepe le skunk 1G live resin VAPE COA

Terpene profile

Primary Terpenes

Terpinolene — 1.7166%
Fresh Herbs • Citrus • Pine

β-Myrcene — 1.1915%
Earthy • Herbal • Musky

Limonene — 0.9686%
Bright Citrus • Lemon Zest • Sweet Orange

Total Bisabolene — 0.5944%
Woody • Herbal • Warm Spice

β-Caryophyllene — 0.5172%
Pepper • Warm Spice • Woody

Supporting Terpenes

Supporting terpenes including (Z)-β-Ocimene, Linalool, Farnesene, β-Pinene, α-Pinene, Guaiol, (E)-β-Ocimene, α-Bisabolol, α-Humulene, Terpineol, Fenchyl Alcohol, trans-Nerolidol, Geraniol, and α-Phellandrene contribute floral, pine, woody, sweet, herbal, and citrus complexity while enhancing the concentrate's exceptionally layered aroma and flavor.

cannabinoid profile

Primary Cannabinoids

Δ9-THC — 47.695%

The primary active cannabinoid present in West Coast Sour Diesel, delivering the majority of the vape's cannabinoid profile.

THCA — 13.2023%

The naturally occurring acidic precursor to THC that contributes to the full-spectrum composition of the live resin.

Supporting Cannabinoids

CBD — 7.8493%
A naturally occurring cannabinoid present at a substantial concentration, creating an unusually prominent CBD component within the overall cannabinoid profile.

CBGA — 2.7184%
The acidic precursor from which many cannabinoids develop during plant growth.

CBG — 2.0678%
A naturally occurring cannabinoid often referred to as the "parent cannabinoid" because many cannabinoids originate from CBGA during plant development.

Minor cannabinoids including CBN (0.5048%), CBC (0.4361%), THCV (0.2306%), CBDA (0.152%), and CBDV (0.1069%) further contribute to the concentrate's preserved full-spectrum cannabinoid profile.

Why it matters

Every Plantwerks live resin is produced from carefully cultivated flower and extracted from fresh-frozen material to preserve the complete cannabinoid and terpene profile of the original harvest. With 72.99% Total Cannabinoids, 59.27% Total THC, 7.98% Total CBD, and 8.1878% Total Terpenes, Pepe Le Skunk demonstrates how thoughtful cultivation and precision extraction work together to retain the strain's natural complexity.