Lib Tech Women's Glider BTX Snowboard 2025

Original Banana Rocker Profile - Blending rocker between your feet for edge hold and float, with mild camber toward the tip and tail for pop, stability, and control. Mervin's revolutionary all-terrain Original Banana blend is built for all conditions and terrain.

Easy / Jibby / Floaty

Original Power Construction (OP) - 75% Aspen, 25% Paulownia - ultra light, strong, and lively.

Bi-axial Fiberglass - This 2-way fiber orientation is engineered to provide maximum snap while decreasing chatter.

Tri-axial Fiberglass - This 3-way fiber orientation is engineered to increase snap and decrease vibrations for a smoother, more stable ride.

Eco-Sub Poly Top Sheet - Sounds technical right? It just means the top sheet is made from sublimated polyester material that's great for vibrant yet durable graphics, which means a long lasting image.

Eco Sublimated TNT Base - Perfect for beginners and park riders, this base keeps you moving fast and is easy to repair.

Mervin Made: EnvironMENTAL Construction - Core materials are sources from fast-growing, renewable forest products. Water-based solvents used for cleansing instead of petrochemical-based solvents. All wood sawdust is recycled as a soil additive, plus scrap wood is donated to a local Mood Wood company that packages it as kindling and resells it.

Handbuilt in the USA - Every Lib Tech board is handmade by snowboarders with jobs in the USA.

1 Year Warranty - Covered under manufacturer warranty for 1 year from the time of purchase. Warranty includes structural defects only and DOES NOT cover impact damage, abuse, misuse or normal wear and tear.

Magne-Traction Serrated Edges - Strategically placed bumps that create added contact points along each edge for increased grip and control in all conditions. Turn ice into powder.

Birch Internal Sidewalls - Rugged, lightweight, vertical end grain Birch internal sidewalls add pop and durability.

UHMW Sintered Sidewalls - A Lib Tech innovation that is twice as sintered as most industry sidewalls. This ultra high molecular weight (UHMW) material increases durability, response and control for easier riding.