444 Series
Clear Intermediate
Virtually Invisible Below the Surface.
An ultra clear intermediate line with a controlled 1.5 to 2 IPS sink rate for pressured fresh and saltwater.
Water
Freshwater,
Saltwater,
Lakes,
Rivers,
Stillwater
Species
Trout,
Salmon,
Steelhead,
Carp,
Bass,
Panfish,
Striped Bass,
Bluefish,
False Albacore,
Pike,
Musky
Technique
Streamer,
Nymphing
Color
Clear
Taper
Weight Forward
Casting Profile
Quick Shooting Distance
Presentation
Ultra Clear Stealth
Cortland’s Clear Intermediate is a full intermediate fly line designed for fishing clear, pressured water in freshwater and saltwater. Its transparent profile remains virtually invisible beneath the surface, while the 1.5 to 2 inches per second sink rate keeps streamers, nymphs, and baitfish patterns moving steadily through the water column. A short front taper and body load quickly, while the extended back taper supports line carry and shooting distance. The supple monofilament core provides smooth handling across a range of water temperatures.
United States deliveries usually take 3-8 business days.
International deliveries can take up to 7 - 18 days.
If you have any question about shipping Contact Us our customer service department is here to help.
⚠ P65 - WARNING: Cancer and Reproductive Harm -www.P65Warnings.ca.gov
Design Features
Ultra clear profile
Full intermediate density
1.5 to 2 IPS sink rate
Supple finish
Memory free performance
Extended back taper
Front welded loop
Best For
Clear water
Pressured fish
Lakes and ponds
Rivers
Inshore saltwater
Streamers
Nymphs
Baitfish patterns
Subsurface retrieves
Long casts
Specs
- Grain weights
- WF4: 120 • WF5: 140 • WF6: 160 • WF7: 185 • WF8: 210 • WF9: 240 • WF10: 280
- Head length
- 41 ft
- Sink rate
- 1.5 to 2 IPS
- Density
- Intermediate
- Core
- Monofilament
- Running line
- 49 ft
- Line length
- 90 ft
Technologies
Single Welded Loop
A welded loop makes rigging fast, easy and reliable with a clean, durable connection.
Cold Temperature
Ideal use in 30–50°F temperatures.
Warm Temperature
Ideal use in 50–70°F temperatures.
