Eemann Tech Magazine Spring for Beretta 90TWO/92FS – 17 Rounds
Eemann Tech Magazine Spring for Beretta 90TWO/92FS – 17 Rounds
Eemann Tech Magazine Spring for Beretta 90TWO/92FS – 17 Rounds
Eemann Tech Magazine Spring for Beretta 90TWO/92FS – 17 Rounds
Eemann Tech Magazine Spring for Beretta 90TWO/92FS – 17 Rounds

Direct-replacement magazine spring for Beretta 90two / 92FS 17-round magazines. Made from heat-treated music wire for reliable feeding and long service life.

Brand: Eemann Tech

Reference: ET-241050

RRP: 8.62 €

Eemann Tech Magazine Spring for Beretta 90two / 92FS – 17 Rounds

Upgrade your Beretta 90two or 92FS 17-round magazine with the Eemann Tech magazine spring—engineered to restore proper follower tension and ensure consistent feeding. This spring is manufactured from high-quality music wire, heat treated for optimal durability, and precision-formed for repeatable fit and function. Compatible with OEM part number C83746, it’s the ideal choice for shooters seeking reliability and longevity in their standard-capacity Beretta magazines.

Specification:

  • Product: Magazine spring for Beretta 90two / 92FS 17-round magazine
  • OEM reference: Compatible with C83746
  • Material: High-quality music wire
  • Treatment: Heat treated for consistent performance and durability
  • Finish: Natural steel (uncoated)
  • Force: Calibrated to match OEM tension for reliable cartridge feed
  • Tolerance: Precision-formed for repeatable fit and function

Function:

  • Restores correct follower tension in 17-round Beretta magazines
  • Ensures consistent and reliable feeding
  • Reduces risk of misfeeds caused by weakened or fatigued springs
  • Maintains proper stack pressure during extended storage and use

Installation and Safety:

  • Work only on an unloaded firearm
  • Verify the chamber and magazine are empty before installation
  • Follow Beretta’s magazine service procedure or consult a qualified gunsmith
  • After installation, perform dry-function checks and verify feeding under safe, controlled conditions before live fire