Conventional
IMX-PRO
The G. Loomis IMX Pro rods extend the lightweight, performance-driven IMX lineup with a series of lure-specific models. Unlike other rods that utilise the same mandrel for multiple lengths and tapers, each rod in the G. Loomis IMX Pro lineup has been custom-built using G. Loomis’ multi-taper technology to provide the ideal strength-to-weight ratio. Fitted with series of premium Fuji K-Frame guides, the rods are up to 15% lighter and are complete with premium cork grips.
Key Features
- High-modulus graphite construction
- Balanced swing weight + incredible durability
- Multi-Taper Design reinforces potential stress points within the blank while reducing unnecessary graphite material
- Full-grip cork handles
- Handcrafted in Woodland, Washington
- Tangle-free Fuji K-frame guides
Featured Technologies
Product Image Gallery
Models Available
| Sku | Model | Length | Power | Action | Pieces | Line (lb) | Lure (oz) | Handle | Price | |
|---|---|---|---|---|---|---|---|---|---|---|
| 12610-01 | IMX-PRO 783C CBR | 6'6" | Medium | Moderate Fast | 1 | 8-14 | 1/4-5/8 | IMX-PRO | $509.00 | |
| 12613-01 | IMX-PRO 845C CBR | 7'0" | Medium Heavy | Moderate Fast | 1 | 10-20 | 3/8-1 | IMX-PRO | $539.00 |
Technology
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MULTI-TAPER DESIGN
Since 1982, we’ve pushed the boundaries of manufacturing technology, materials innovation, and product design. That’s why G. Loomis rods deliver superior performance, heightening angler experience and effectiveness on the water. While there are countless examples of this philosophy in action, one technology in particular encapsulates our drive to build the most advanced rods in the world: Multi-Taper Design.
Multi-Taper Design is best described as a series of “micro-tapers” within the overall taper of the rod. This unique, proprietary process allows us to use more material on potential break points and less material everywhere else. To accomplish this, we manufactured a custom rolling table...and it’s the only one in existence today. The result is a catalog of precisely defined actions that strike a perfect balance between durability and performance.
