The Lib Tech T. Rice Pro snowboard delivers an exceptional riding experience, blending playful responsiveness with surprisingly strong grip thanks to its innovative Magne-Traction technology. This review dives into the performance of this versatile board, exploring its capabilities across various snow conditions and speeds. From its initial soft flex and effortless turn initiation to its impressive edge hold even on icy patches, we put the T. Rice Pro to the test.We examined its performance in diverse terrains, from choppy medium-soft snow to higher-speed carving on ice. This review assesses the board's stability at speed, its handling in variable conditions, and its surprising aptitude even in limited powder runs. Ultimately, we determine whether the Lib Tech T. Rice Pro lives up to its reputation as a fun and capable all-around snowboard for intermediate to advanced riders. Discover if this unique blend of playfulness and performance makes it the perfect addition to your quiver.
Pros And Cons
- Good for ripping turns
- Magnet traction provides grip
- Playful
- Turns really well
- Good at high speed
- Grippy in soft snow and ice
- Unbelievable turning board
- Surfy
- Gets bounced around a bit in choppy conditions
- A little squirly on ice
Read more: 2025 Nitro Team Snowboard: A Versatile All-Mountain Dominator
First Impressions: Soft Flex and Playful Feel
The Lib Tech T. Rice Pro immediately impressed with its soft flex. It felt incredibly playful and responsive, making it easy to initiate turns and maneuver through various terrain. The board's flexibility was immediately noticeable, promising a fun and forgiving ride.

Right away, I could feel the Magne-Traction technology at work. It offered a surprising amount of grip for such a soft board, inspiring confidence even on icy patches. This combination of soft flex and solid edge hold is a winning formula for many riders.

Performance in Variable Conditions
Testing the board on slightly choppy, medium-soft snow revealed its ability to handle variable conditions. While the softness did cause some bouncing, it didn't detract from the overall ride experience. The playful nature of the board made up for the minor imperfections of the snow.

The board's performance improved significantly at higher speeds. The Magne-Traction remained effective, providing exceptional grip even on icy sections. This improved stability allowed for more aggressive carving and confident handling.

High-Speed Stability and Carving
Even at higher speeds, the board felt surprisingly stable thanks to the Magne-Traction's grip. While it did get a little squirrelly on ice, the overall control remained impressive. The sidecut and responsiveness were perfect for aggressive carving.

The board's playful nature also shined through at higher speeds. It remained easy to initiate turns and maintain control, offering both precise carving and the ability to quickly adjust to changing conditions.

Powder Performance and Overall Impression
While the test wasn't primarily focused on deep powder, the Lib Tech T. Rice Pro showed promise even in short bursts of soft snow. Its lightweight feel and playful nature made it fun even in less-than-ideal powder conditions.

Overall, the Lib Tech T. Rice Pro is a fantastic all-around board. Its soft flex, combined with the powerful Magne-Traction, creates a board that's both playful and capable. This makes it ideal for riders who value both fun and performance.

Conclusion: Is it Worth It?
The Lib Tech T. Rice Pro Snowboard offers a unique blend of playful responsiveness and surprising grip thanks to its Magne-Traction technology. It’s a versatile board suitable for various conditions and skill levels, excelling in both carving and navigating variable snow.

While its soft flex might not be ideal for aggressive, high-speed riding in extremely hard-packed snow, its forgiving nature and excellent edge hold make it a compelling choice for intermediate to advanced riders looking for a fun and versatile board. The overall experience is undeniably enjoyable and the board performs admirably across a wide range of conditions.
