MOULINET OKUMA SPIN TESORO 10000PA 13BB

Alumilite Frame Construction – Aluminum Body, Sideplate And Cyclonic Flow Rotor

AlumiLite construction incorporates Okuma’s rigid aluminum body technology on spinning, trolling and fly reel designs. Aluminum frames are stronger and more rigid and can withstand more pressure and torque than traditional graphite frames. These lightweight, diecast aluminum frames provide more precise tolerances for precision gear alignment, maximum castability and ultimate durability.

Heavy Duty, One Piece Solid Aluminum Bail Wire

The one-piece bail is a seamless design that reduces friction on the bail, allowing unobstructed line entry into the roller.

Diamond-Like Carbon (DLC): Even Flow Roller System With DLC Coating

The EFR II with DLC coating greatly reduces line friction allowing the fishing line to run more smoothly over this smooth surface, prolonging the life of the fishing line and the prevention of line twist.

Oversized Titanium Spool Shaft Reduces Flex

Oversized Precision Machine Cut Alloy Main Gear

Under the traditional high-strength HDGII, Okuma enlarged the main gear to provide better strength and higher gear ratio. Taking the 10000-size as an example, the Tesoro spinning main gear is larger than conventional by 12%.

Full Waterproof Body: 1 Meter Submersion For Up To 30 Mins, IPX7 Rating

In order to deal with the harsh saltwater environment, Okuma engineers developed a full waterproof body, reaching an IPX7 rating (1 meter submersion for up to 30 minutes). Giving anglers peace of mind when in saltwater environments.

Flite Drive™

In standard reels, when the main shaft is moved up and down, a large area of friction is generated with the inner hole of the pinion gear, which causes you to feel resistance when turning. To reduce drag and achieve the lightness of rotation, we hollowed out the center of the pinion gear to reduce friction with the shaft. This change helps create a zero inertia start up and an incredibly light feel when turning the handle.

Gearing Stabilization Design

This design provides excellent support on the top, middle and bottom of the pinion gear, making the gears extremely stable and durable.

High Performance Ball Bearings

The balls used on the HPB’s are constructed from the same high-grade stainless-steel material as the bearing housing. These bearings were designed to be 10 times more resistant to saltwater than standard stainless-steel bearings.

Carbonite High Output Dual Force Drag (DFD) System

DFD incorporates both surfaces of the spool to maximize high-end drag pressure, efficiency and overall smoothness. Mounted in the top of the spool and protected by the Hydro Block system is a multi-disc carbon drag system that works in conjunction with a secondary drag system that is mounted under the spool. Even pressure is applied to both surfaces of the spool for maximum stability and significantly Increased drag output compared to traditional single drag systems.