Commercial Firearms

Speer Handgun Ammo

SPEER • Ammo • Live store inventory

CCI/Speer, Speer Gold Dot, Personal Protection, 9MM, 124 Grain, Hollow Point, +P

Ammo

CCI/Speer, Speer Gold Dot, Personal Protection, 9MM, 124 Grain, Hollow Point, +P

SpeerHandgunUPC 604544647204

Speer Gold Dot 9mm +P Personal Protection ammunition is loaded with 124-grain bonded hollow point bullets, designed for reliable expansion and consistent performance. The bonded core construction helps retain weight and penetrate effectively, while the +P pressure delivers increased velocity. Engineered for dependable feeding and accuracy, it is a trusted choice for personal defense. This premium ammunition provides proven performance when it matters most.

ManufacturerSpeer
TypeHandgun
UPC604544647204
Item #23611GD

Technical Overview

CategoryAmmo
ManufacturerSpeer
ModelHandgun
InventoryIn Stock
Item Number23611GD
UPC604544647204

Specifications

  • Manufacturer: Speer
  • Product Line: Gold Dot Personal Protection
  • Caliber: 9mm
  • Bullet Weight: 124 Grain
  • Bullet Type: Hollow Point
  • Pressure Rating: +P (Overpressure ammunition)
  • Intended Use: Personal Protection
  • Bullet Design: Jacketed Hollow Point
  • Packaging: Typically sold in boxes of 20 rounds
  • Muzzle Velocity: Approximately 1,180 fps (varies by load and barrel length)
  • Muzzle Energy: Approximately 383 ft-lbs

FAQs

Is this ammo compatible with all 9mm pistols?

It is generally compatible with most 9mm handguns rated for +P ammunition, but users should verify their firearm's specifications to ensure safe use.

What does the +P rating mean?

+P indicates a higher pressure load than standard 9mm rounds, resulting in increased velocity and stopping power.

Can this ammo be used for practice?

While it can be used for training, it's recommended to also have standard pressure rounds for regular practice due to increased wear from +P loads.

Does the hollow point design ensure reliable expansion?

Yes, the Speer Gold Dot hollow point is engineered to expand consistently upon impact to maximize stopping power while minimizing over-penetration.