Helly Hansen Loke Terra Rain Jacket - Black, Size L

The Helly Hansen Loke Terra Rain Jacket in black is a high-performance shell jacket designed for men who demand reliable weather protection during outdoor activities. Engineered with HELLY TECH® Performance 2.5-layer technology, this jacket delivers exceptional waterproofing and breathability, making it ideal for hiking, commuting, or everyday wear in wet conditions.

Advantages

With a waterproof rating of 10,000 mm H2O and breathability of 10,000 g/m²/24h, the Loke Terra keeps you dry from rain while allowing moisture vapor to escape, preventing clamminess. The fully seam-sealed construction and PFC-free DWR treatment ensure long-lasting protection without harmful chemicals. Mechanical pit zips provide additional ventilation when needed, and the adjustable fixed hood, cuffs, and drawcord hem allow for a customized fit. The jacket is also packable into its own hand pocket for easy storage.

Suitable for

• Hiking and trekking in rainy conditions
• Urban commuting and daily wear
• Outdoor sports and activities requiring lightweight waterproof protection

Key specifications

• Product Type: Rain Jacket / Shell Jacket
• Gender: Men's
• Size: L (Large)
• Color: Black
• Main Material: 100% Polyester
• Membrane Technology: HELLY TECH® Performance 2.5-layer
• Waterproof Rating: 10,000 mm H2O
• Breathability Rating: 10,000 g/m²/24h
• Seam Construction: Fully Seam-Sealed
• DWR Treatment: PFC-Free Durable Water Repellency
• Ventilation: Mechanical Pit Zips
• Hood Features: Adjustable Fixed Hood
• Cuff & Hem: Adjustable Cuffs and Drawcord Hem
• Pockets: 2 Zippered Hand Pockets
• Zipper Type: YKK® Zippers
• Fit: Regular Fit
• Packability: Packable into Hand Pocket
• Sustainability: Bluesign® Approved Fabric

Recommendations

For optimal performance, layer the Loke Terra over a mid-layer fleece or insulated jacket in colder conditions. Pair with waterproof pants for complete protection. The jacket is easy to care for—machine wash cold and tumble dry low. Avoid fabric softeners to maintain DWR effectiveness.