Savage Gear SGS10 Jigging Reel

Manufacturers: Savagear , Savage Gear
Durable CNC-machined jigging reel for tropical and cold-water fishing.
Manufacturer part number: SGP015
GTIN: 5706301759702
Vendor: Cabesto
Availability: In stock
€199.00
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The Savage Gear SGS10 Jigging Reel is a fully CNC-machined reel designed for both tropical and cold-water fishing environments. Manufactured to precise standards using high-quality materials, it offers exceptional durability and performance.

  • Bearings: 8+1 stainless steel ball bearings
  • Handle Knob: Aluminium
  • Spool: Knurled design to prevent line slipping
  • Frame and Side Plates: Machined aluminium for enhanced strength
  • Drag System: LD System with a 15 kg drag power
  • Gears and Shaft: Machined stainless steel for smooth operation

Technical Specifications:

  • Gear Ratio: 6.0:1
  • Line Capacity: 400 meters of 0.30 mm line
  • Retrieve Rate: 91 cm per turn
  • Weight: 395 grams

Materials:

  • Body: K-Alloy aluminium for lightweight yet robust construction
  • Gears and Shaft: Precision-cut stainless steel for durability

Dimensions:

  • Reel Size: 10
  • Handedness: Left-handed model

Compatibility Information:

The SGS10 Jigging Reel is suitable for both tropical and cold-water fishing, making it versatile for various fishing conditions.

Additional Details:

  • Dura Grease: A proprietary grease developed by Savage Gear, offering protection against corrosion and wear, operating between -30˚C to 160˚C, and is biodegradable.
  • Friction Control System 3: Features three-layer drag washers made of fiberglass and carbon fiber for ultra-smooth and powerful drag performance.
  • K-Alloy Rotors: Made from strong and rigid aluminium, preventing deformation under stress and ensuring internal parts remain undamaged.
  • Precision Cut Gearing: Gears produced from a single piece of metal for enhanced strength and precision.
  • Aluminium Machine-Cut Handle: Provides extreme cranking power and stability.
  • Stainless Steel Gear and Shaft: Ensures smoothness and efficiency in power transfer.
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