Okuma Ceymar CHD Spin Reel
- Available in several models
- Rotor brake
- Ultimate smoothness
- Frictionless main shaft design
- Gear stabilization design
- Quickly adjustable anti-return roller bearing
- Heavy, solid aluminum bracket
- Precision machine-cut brass pinion
- EFR-II: Even Flow Roller system with DLC coating
- Lightweight and machined aluminum spool
- Multi-disc drag system with Japanese oiled felt
- HDG-II: Extra-large high-density gearing
- Lightweight and machined aluminum screw design
The Okuma Ceymar CHD Spin Reel is a powerful and smooth-running reel designed for demanding predatory anglers. Thanks to the HDG-II high-density gearing system and precision-machined brass pinion, this reel offers excellent durability and power. The reel features a quick-adjust anti-return roller bearing, rotor brake and a frictionless main shaft design for maximum control and smooth operation. The lightweight, machined aluminum spool and screw construction provide optimum balance, while the DLC-coated EFR-II line reel system improves line routing. The multi-disc slip mechanism with Japanese oiled felt ensures reliable and precise adjustment during the drill. A robust and versatile reel for any waterfront situation.
Available in several variants:
Okuma Ceymar CHD-1000A
- Gear ratio: 5.2:1
- Bearings: 7BB + 1BB
- Weight: 196g
- Line retrieve: 68cm
- Break strength: 5kg
- Line capacity: 0.15mm/255m, 0.20mm/140m, 0.25mm/90m
Okuma Ceymar CHD-2500A
- Gear ratio: 5.3:1
- Bearings: 7BB + 1BB
- Weight: 235g
- Line retrieve: 78cm
- Break strength: 6kg
- Line capacity: 0.20mm/250m, 0.25mm/165m, 0.30mm/110m
Okuma Ceymar CHD-3000A
- Gear ratio: 5.3:1
- Bearings: 7BB + 1BB
- Weight: 235g
- Line retrieve: 78cm
- Break strength: 6kg
- Line capacity: 0.20mm/310m, 0.25mm/200m, 0.30mm/130m
Okuma Ceymar CHD-4000A
- Gear ratio: 5.2:1
- Bearings: 7BB + 1BB
- Weight: 273g
- Line retrieve: 83cm
- Break strength: 9kg
- Line capacity: 0.25mm/280m, 0.30mm/185m, 0.35mm/130m
Fishdeal uses cookies on the website. We do this to help you better and more personally. Want to know more? Read our privacy policy.
Accept cookies