Guide wire through difficult concealed spaces with this 32.2 ft fiberglass electrical fish rod kit for controlled routing. The 23 individual 1.4 ft rods connect to create the reach needed for walls, attics, crawl spaces, subfloors, and suspended ceilings. Low-friction fiberglass construction helps the connected rods glide through conduit and reduce binding at turns, joints, and couplings. The included attachment set features threaded brass connectors, a magnetic connector, an acrylic connection, a brass push, a brass hook, a rope chain, and an eyelet ring for different wire-pulling tasks. Bright yellow rods are easier to locate among surrounding wires, and the plastic case stores all 23 rods and the attachments between jobs.
Connect the 23 fiberglass rods to create up to 32.2 ft or 9.8 m of reach for routing wire through walls, attics, crawl spaces, subfloors, and suspended ceilings, giving the kit configurable length for difficult concealed pathways
The set includes 23 individual 1.4 ft fiberglass rods, each with a 3/16 in diameter, and the rods connect together to build a configurable routing length for different wire-pulling paths through walls, conduit, and other concealed spaces
Low-friction fiberglass construction helps the rods glide through conduit with less binding at turns, joints, and couplings, supporting controlled wire routing through enclosed pathways and making the connected rod length easier to guide
The included attachment set contains threaded brass connectors, a magnetic connector, an acrylic connection, a brass push, a brass hook, a rope chain, and an eyelet ring to support different wire-pulling and routing tasks through concealed spaces
Bright yellow rods are easier to locate and distinguish from surrounding wires in walls and other concealed spaces, helping you identify the fish rods during routing work and keep them visually separate from the wire being pulled through the pathway
An included plastic case organizes and stores all 23 rods and the attachment set between jobs, keeping the components together during storage and making it easier to locate the pieces for the next wire-routing task through concealed spaces