Scott Wave 7WT 9'
- Fast-action
- Enhanced feel, incredible stability and unequalled performance.
- Fine-tuned flex and recovery.
- Advanced Reinforced Carbon reduces torque and increases strength.
- Natural, durable finish
Description
Scott Wave 907-4
A feeling of near weightlessness in hand. Authoritatively powerful. Undoubtedly in control. Plain fun to fish.
Wave rods bring together high line speed, exceptional loop control, and point-it-and-it goes-there accuracy. They feel light and lively in hand and respond intuitively to input from the angler.
Wave rods easily handle a wide range of line densities and fly sizes, making them ideal tools for pursuing powerful fish in all fresh and saltwater environments. And when that pursuit turns into a hook up, Wave rods have lifting power to spare, helping keep fish out of structure or the depths.
Equally at home slam fishing the flats, casting fast sinking lines for stripers, or chasing carp and bass at the local park, Wave rods deliver high performance across a wide variety of fishing situations.
Technology
React
ReAct technology combines our X-Core design with a new complex materials and taper system to create a break-through in fast action rod design. Distance, control and accuracy are compromised by waves that vibrate in the rod, even after the cast has been made. Simply making the rod stiffer to stop these vibrations kills feel. ReAct counteracts energy sapping vibrations by speeding the recovery of the blank without the need to stiffen the rod with more material. This puts the feel in fast. And that’s a really good thing.
X-Core
Enhanced feel, incredible stability and unequalled performance. X-Core combines the industry’s leading composite technologies with cutting edge design.
Diameter is proportional to stiffness and strength, and X-Core, or Expanded Core, technology delivers blanks that transmit feel and maintain stability better than any other design approach.
We use fast taper mandrels with low-mass, thin-walled blanks and proprietary ARC reinforcement to create rods that have stiffness with feel, and stability with sensitivity.
This design helps the rod come alive in your hands. It’s a superior approach to the slow taper, thick walled designs that deliver stiffness at the expense of feel.
Multi-Modulus
Fine-tuned flex and recovery.
Scott pioneered the use of multi modulus fiber lay ups in blank design.
By varying the fiber tensile modulus along the length of the rod, we’re able to precisely control the stiffness and recovery speed of our blanks.
The result is a rod that loads and unloads more smoothly.
ARC
Advanced Reinforced Carbon reduces torque and increases strength.
Scott is the leader in carbon blank reinforcements. Our latest ARC technology adds hoop strength to our blanks without adding weight, and counteracts torque that can reduce casting accuracy and line control.
Fiberfuse Resin
Our all new FiberFuse enhanced resin system uses new chemistry to create bonds between each graphite fiber that are over 20% stronger than conventional epoxy resins.
Warranty
Scott Warranty Information
We design rods for high performance and build them to last a lifetime. Sometimes things don't go as planned and you break a rod (sometimes even we mess up). It's for these occasions that we warranty our fly rods and have a dedicated repair department of rod craftsmen.
The Scott Lifetime Warranty applies only to the original owner of new graphite and fiberglass rods, purchased from an authorized Scott dealer, that are registered within 30 days of purchase.
Unregistered or resold rods are not covered by this warranty. Rods purchased from third party sites such as Ebay or Amazon are not covered by the warranty.
The warranty does not cover loss or theft, loss or damage caused by transportation such as airlines, UPS, FedEx, US Mail, intentional damage, or damage from neglect. Scott guarantees every registered fly rod and blank we craft with a serial number greater than 35,000 (made after ~ 1994). Thread colors may vary from those on the original rod. Discontinued cosmetic options and components may be replaced with their most comparable equivalent.