P2P Secure 68P Extended 9 Round .68 Cal Magazine for CO2 Less Lethal Launchers
The P2P Secure 68P Extended 9 Round .68 Cal Magazine for CO2 less lethal launchers is designed for users who want increased capacity and greater readiness from their Secure 68P platform. This extended magazine holds up to nine .68 caliber rounds, providing 50 percent more capacity than the standard six round magazine and reducing the need for frequent reloads when time matters. Compatible with pepper rounds, inert powder rounds, solid marker ammo, and paintballs, it offers flexible ammunition options for training, preparedness, and defensive use. The magazine is engineered to insert smoothly and seat securely in the Secure 68P grip and magwell, maintaining reliable alignment and consistent feeding. Finished in black and built with rugged materials, it is made to withstand repeated use while remaining dependable in high stress situations.
Designed with practical performance in mind, the Secure 68P Extended Magazine features a drop free design that allows clean, fast reloads, helping users stay focused and in control. Fully compatible with P2P Core Defense ammunition, it ensures proper fit and reliable operation shot after shot. An integrated CO2 removal tool adds extra convenience during maintenance or cartridge changes, making it easier to manage your launcher without additional tools. Weighing just 0.58 pounds, the magazine adds capacity without unnecessary bulk, and its extended profile balances increased round count with manageable handling. In addition to the P2P Secure 68P, this magazine is also compatible with the T4E Impax P68 paintball marker, expanding its usefulness across multiple .68 caliber platforms. Whether you are setting up a home defense kit, building a preparedness loadout, or stocking spares for training, the P2P Secure 68P Extended 9 Round Magazine is a smart upgrade that enhances confidence and readiness. Available now, it is an essential accessory for anyone relying on a CO2 powered less lethal launcher and looking to maximize capacity without compromising reliability.