Nytro Steady Sliding Front Rest

Description

The Nytro Steady Adjustable Sliding Front Rest is a front rod rest built around an internal sliding mechanism that lets you shift and lock the support left or right. That sideways adjustment means you can fine-tune line alignment without repositioning your whole bankstick or feeder arm setup, and it lets you release or increase tension on the rod tip — useful when you are fishing for wary fish or dealing with changing flow conditions. Aimed at feeder and match anglers, the rest suits both commercial and natural venues. The contact surface is covered in soft-touch rubber, which protects rod blanks from scratches while giving the rod a non-slip grip. - Steady Rod Sliding System: an internal track allows the rest to be moved and locked in multiple positions, helping you achieve the perfect angle for your feeder arm or seatbox accessory. - Enhanced Security: fitted with two upright sickle-style ends that prevent the rod from being pulled off the support during violent takes or vicious bites. - Dual-Edge Stability: two low raised edges provide secondary positioning points to keep the rod steady in high winds or fast-flowing river currents. - Soft Rubber Grip: the protective rubber surface keeps the rod seated without slipping while safeguarding the blank from damage. - Double-Thread Screw: a universal double-thread design compatible with a wide range of standard banksticks, tripod heads, and feeder arms. - Adjustment Type: Internal Sliding System (Left/Right) - Material: High-grade Nylon/Aluminium with Rubber Overmold - Width: 31 cm (Approx. 12 inches) - Weight: 225 g - Thread Type: Universal Double Thread - Rod Positions: Multi-position adjustable - Colour: Black with Nytro Red accents Primary uses: - Feeder Fishing: suited to commercial match fishing where adjusting tip tension is vital for bite registration. - Windy Conditions: the raised edges and rubber grip keep the rod pinned down when gusts would otherwise shift it. - River and Flowing Water: lets you angle the rod precisely against the current to prevent the lead from being pulled out of position.