Omen Retro Surf 41" Drop Through Longboard


Product Description
Glide into a world of retro-inspired adventure with the Omen Retro Surf 41" Drop Through Longboard. Designed for those who crave freedom on the open pavement, this longboard merges nostalgic aesthetics with modern performance to deliver an unrivaled skating experience. Whether you're carving along beachside boulevards or cruising your favorite city streets, the Retro Surf embodies a sense of effortless exploration and connection to the ride. Its cambered flex design elevates your flow, giving you the perfect blend of responsiveness and smoothness. Let the artistry of Rachel DeJohn’s design transport you to a timeless surf culture, where every ride feels like a sun-drenched escape.
The Omen Retro Surf longboard is engineered for performance and durability. Featuring an 8-ply bamboo hybrid construction, this board offers a lightweight yet robust build, ideal for riders of all skill levels. The drop-through truck mount enhances stability and lowers your center of gravity for greater control, making it perfect for both casual cruising and tackling downhill runs. Its bi-directional design ensures versatility, whether you're riding regular or switch, while the cambered flex provides a lively and responsive ride that absorbs road vibrations. This board is not just a tool—it's an extension of your journey, crafted to handle the demands of everyday skating with ease.
Specifications
- Length: 41.5"
- Width: 9.125"
- Wheelbase: 30.5"
- Construction: 8-ply maple and bamboo hybrid
- Design: Cambered flex
- Line: Surfcraft, bi-directional
- Artwork: By Rachel DeJohn
Usually ships in 1-2 Business days. Add 2-7 days for US delivery. We ship to all lower 48 USA states.
*) Shipping: Some products, particularly those that are custom-made to order, are not eligible for free shipping. Additionally, orders that require shipping from multiple locations or specific warehouses may incur a fee. Free shipping does not apply to zip codes that UPS/FedEx classify as Delivery Surcharge Areas.