JavaScript is required to view this page.
Skip to content
Availability:
1 Low on stock
Availability:
2 Low on stock
Availability:
2 Low on stock
Availability:
3 Low on stock
Availability:
2 Low on stock
Availability:
1 Low on stock
Availability:
5 Low on stock
Availability:
4 Low on stock
Availability:
2 Low on stock
Availability:
1 Low on stock
Availability:
1 Low on stock
Availability:
1 Low on stock

Echo River Glass Fly Rod

$249.99
Original price
Original price $249.99 - Original price $249.99
Original price
$249.99 - $249.99
Current price $249.99
Rod Color: Gorgeous Glacier
Size: 2wt 6'9" 3pc
When ordering models ending in SC are for the Secutive Caramel (Amber) color, models ending in GG are for Glacial Green.
Anglers fish glass for a long list of reasons. At the top of the list are more easily feeling the rod load and the superior shock absorption of glass fibers. For 2019, Echo compiled there years of fiberglass experience in to the new River Glass series, offered in lengths to cover the widest variety of freshwater fisheries. The rods are available in either Glacial Green (GG) or Seductive Caramel (SC) color to help add a bit more smile that wasn't there when you fished your stiffer graphite rods.
  • Three & four piece travel designs
  • Fiberglass: S-glass
  • Action: Glass Med-Fast
  • Tube: Fabric-covered square rod case & sock
  • Guides: Chrome snake guides
  • Reel Seat: Cork reel seat
Please note: All River Glass rods are hand-built, including the paint color. Due to the nature of painted translucent finishes, there may be color variances throughout the rod. Each rod is its own unique piece of art!\
MODEL LENGTH LINE PCS WEIGHT ACTION
RG-269 6'9" 2 3 2.4oz Glass Med
RG-369 6'9" 3 3 2.6oz Glass Med
RG-476 7'6" 4 4 2.8oz Glass Med
RG-480 8'0" 4 4 3.0oz Glass Med
RG-580 8'0" 5 4 3.2oz Glass Med
RG-586 8'6" 5 4 3.4oz Glass Med

100% Refund

Just return it within 30 days

Fast Shipping

Same or next business day delivery

Always open

We are always open 7 days a week

Quality Flies

We strive to be a model of efficiency