Wheat Spike Double Layer Beanie – Versatile Warmth, Unique Style

Season-spanning style meets clever construction in the Wheat Spike Double Layer Beanie. Crafted from soft cotton with a unique wheat spike pattern and double-layer construction, this versatile skullies beanie transitions effortlessly from spring through autumn into early winter. Available in 6 solid colourways in one size fits all, it’s the go-to all-season essential for men and women who want a hat that works as hard as they do.

Why You'll Love It

🌾 Unique Wheat Spike Pattern – Distinctive textured design that adds visual interest and sets this beanie apart from the crowd
💪 Double Layer Construction – Adjustable warmth that works across seasons — cool enough for spring, warm enough for early winter
🧶 Soft Cotton Fabric – Comfortable, breathable, and gentle against the skin for all-day wear
🎨 6 Solid Colour Options – Black, Gray, Coffee, Orange, Off-White & Dark Blue — versatile tones for any wardrobe
📏 One Size Fits All – Snug skullies construction suits most adult head sizes
👫 Unisex Design – Flattering for men and women alike
🎁 Great Gift – A practical, stylish gift for anyone who loves versatile, all-season accessories

Product Specifications

Material: Cotton
Pattern: Wheat Spike
Construction: Double Layer Knit
Style: Skullies / Casual / All-Season
Feature: Double Layer Warmth, Unique Pattern, Breathable
Season: Spring, Autumn & Early Winter
Gender: Unisex (Adult)
Size: One Size
Colours: Black, Gray, Coffee, Orange, Off-White, Dark Blue

One Beanie, Every Season

The Wheat Spike Double Layer Beanie is the rare hat that earns its place in your wardrobe year-round. The double-layer construction lets you adjust warmth as temperatures change, while the wheat spike pattern means you’ll always look intentional, never thrown-together. From a crisp spring morning to a biting autumn evening, this is the beanie that’s always ready. A brilliant, versatile gift for anyone who loves accessories that work across every season.

Note: Colours may vary slightly from images due to lighting and screen differences.