TRABUCCO

Rod from Fishing Atomic XR T-Match

There Rod from Fishing Atomic XR T-Match Several situations are suitable, from fresh water to the sea.

For resist tractions, at the TRABUCCO ATOMIC XR T-Match rod The XCW technology, which provides that the carbon stem of the rod are applied carbon filaments To create a protective winding.

Also, a further Tuition protection comes from HTR technology: in the Atomic XR T-Match Carbon fibers are oriented according to an innovative procedure that allows you to also have anExcellent precision and launch distance.

For protect the joints from the Atomic XR T-Match rod, carbon fibers are arranged at 45 ° to ensure a greater structural resistance And less residual oscillations at the end of the launch.

There Rod from Fishing Atomic XR T-Match Several situations are suitable, from fresh water to the sea.

For resist tractions, at the TRABUCCO ATOMIC XR T-Match rod The XCW technology, which provides that the carbon stem of the rod are applied carbon filaments To create a protective winding.

Also, a further Tuition protection comes from HTR technology: in the Atomic XR T-Match Carbon fibers are oriented according to an innovative procedure that allows you to also have anExcellent precision and launch distance.

For protect the joints from the Atomic XR T-Match rod, carbon fibers are arranged at 45 ° to ensure a greater structural resistance And less residual oscillations at the end of the launch.

Weight Sections Bulk Length Power
150-37-110
€97,90
238g 4 125cm 4.20m 100g
150-37-120
€104,90
273g 5 130cm 4.50m 120g

Technical specifications

Rod from Fishing Atomic XR T-Match

150-37-110
Length: 4.20 m
Mildness: 125 cm
Weight: 238 g
Sections: 4
Minimum power: 20 g
Maximum power: 100 g

150-37-120
Length: 4.50 m
Mildness: 130 cm
Weight: 273 g
Sections: 5
Minimum power: 30 g
Maximum power: 120 g

Characteristics:

- Cane with a proud action of top, ideal for fresh water and sea.
- Extremely rapid and sensitive tubular peak, capable of launching high weights.
- Medium stem S-SIC rings with carbon sliding at the service of all sections.
- Linding door plate plate, with rubber shock absorber.
- Senso touch rubber coating on the area of ​​the handle for high comfort and control. It is also easy to clean.
- Internal thread aluminum screw cap, with EVA removable hood.
- XCW Cross Wrap: When the barrel has to be able to face great tractions and resist the accidents of the hard life at sea, a special armor for carbon stem is needed. Here, filaments or carbon bands enter the game, to form a protective winding.
- Carbon CX 2 Nano-Tek: high module carbon fabric, which in the Olympus of the most qualified materials occupies a place very close to that of the stratospheric LRC. With a less exasperated distribution of the resins, it allows the coupling with carbon tissues with a differentiated module, intended for the creation of light and resistant rods, by the planned action to deal with the most disparate conditions of Fishing.
- HTR (High Torque Resistance): the carbon fibers oriented according to an innovative concept oppose to the torsional stresses, the first enemy for the rough of any barrel. In fact, in addition to putting integrity at risk, they negatively influence precision and launch distance.
- NRT (Nano Resin Treatment): carbon fibers are the soul of any rod, but nothing would be possible without the contribution of the resins that cemeate the layers. The fine the resins, the better they go to fill the spaces. In the case of nanometric resins, the level is maximum.
- X-Joint: the joints that connect the sections of any rod from Fishing These are weak points, both from the point of view of the resistance, and from that of the action, because they cause the so -called "dead points", which are areas at risk of breakage, beyond the assortment. The solution lies in X-Joint technology, which provides for the arrangement of carbon fibers at 45 ° instead of 90 ° in correspondence with the joints. Thus a perfect curve is obtained, a singular coexistence of flexibility and speed, less residual oscillations at the end of the launch and greater structural resistance, because the efforts are distributed along the stem, rather than concentrated at the level of the joints. In X-Join by Trabucco grafts, carbon fabrics are wrapped in a bi-directional way, and this is visible on the top of each section.