Matrix XTR Grey Short Power Kit - 2.0m - Grey

Currently unavailable

Currently unavailable
The Matrix XTR Grey Short Power Kit is a high-performance 2.0m accessory designed for anglers who target large carp in shallow or margin environments. Its standout feature is the unique grey carbon finish, which minimizes light reflection to avoid spooking fish while maintaining a remarkably lightweight construction. While it is an excellent specialized tool for heavy-duty fishing, users should note that its specific length and rigidity are optimized for margins and may not be the ideal choice for long-distance open water tactics.
| Colour | Grey |
|---|---|
| Model Part Number | GPO320 |
| Brand | Matrix |
The kit is rated for up to size 18 elastic.
It is specifically designed for the XTR range. Please check your specific pole model compatibility before purchase.
The total weight is 34.5g.
The grey carbon finish is designed to be anti-spook, reducing visibility to fish in shallow water.
The kit is designed for a specific length and finish; trimming is not recommended as it will void the structural integrity and fit.
Yes, it comes with a 4.6mm internal PTFE bush pre-installed.
Clean the internal bore with a specialist elastic lubricant and ensure the side puller mechanism is free of debris.
Wipe the joint areas with a dry, clean cloth to remove dust. If they remain stuck, ensure you are pulling sections straight apart without twisting.
To set up your kit, ensure your elastic is passed through the pre-installed 4.6mm PTFE bush and connected to the internal Revolve side puller. The kit is designed to fit seamlessly into the XTR pole range.
For maintenance, wipe the Glide anti-friction taped sections with a clean, damp cloth after each session to remove grit, which can damage the carbon finish over time. Avoid using abrasive cleaning agents. Store the sections in a protective case to prevent crushing or scratching the grey finish, and ensure the kit is completely dry before long-term storage to maintain the structural integrity of the carbon fiber.