Okuma Ceymar A Series Flite Drive 8BB Spinning Reel – C-8000A Gun Metal | Smooth Cast, Precision Gearing

Meet the Okuma Ceymar A Series Flite Drive Lightweight 8BB Spinning Reel, C-8000A in gun metal — a reel designed for smoothness, durability, and control. Built with a multi-disc, oiled felt drag and precision gear work, it aims to deliver confident retrieves in varied conditions.

Engineered for smooth casting and consistent retrieves

Key features include the Flite shaft system, which reduces friction and enhances cast smoothness, and a 7BB+1RB bearing array that supports a silky feel during line retrieval.

• Flite shaft system for increased smoothness
• Multi-disc, oiled felt drag for dependable stopping power
• 7BB+1RB bearings for refined rotation and long-lasting performance
• Quick-Set anti-reverse roller bearing for reliable hooksets

The reel is built with a corrosion-resistant frame, sideplate, and rotor to handle exposure to elements, while I-shaped and T-shaped TPE handle knobs offer a comfortable, secure grip during long sessions.

Durable construction that holds up to the rigors of fishing

• Corrosion-resistant frame, sideplate and rotor
• Ergo grip handle knobs designed for comfort
• Precision Elliptical Gearing for efficient meshing

Precision Elliptical Gearing delivers consistent gear meshing for smooth power transfer. The combination of machine-cut brass pinion gear and refined tolerances helps maintain efficiency across retrieves.

Size range and versatility

The Ceymar A Series covers a wide spectrum of reels: sizes 500, 2000, 2500, 3000, 4000 share a 5.0:1 ratio; 6000 runs at 4.5:1; and 8000 at 4.8:1. This lineup lets you pair the reel with different lines and applications, from light rigs to bigger setups.

With a lightweight profile, the Ceymar A Series aims to balance strength with maneuverability, making it a versatile choice for anglers who value smoothness and control in varied conditions, whether casting from a jetty or wading a shoreline.

Note: Benefits described are possibilities based on features; actual performance depends on conditions and setup.