
Unleash Devastating Force with Remington HTP 45 ACP
The Remington High Terminal Performance (HTP) 45 ACP 230gr JHP ammunition, marked by UPC 047700427409 and SKU RPLREM21468, is a powerhouse designed for those who demand nothing less than maximum stopping power. Each round is meticulously crafted with a 230-grain jacketed hollow point bullet that delivers unparalleled terminal performance. Upon impact, the bullet expands reliably, transferring massive energy to the target and ensuring devastating results. Remington's commitment to precision engineering and stringent quality control guarantees consistent velocity and pinpoint accuracy, making the HTP 45 ACP the ultimate choice for critical situations.
Ideal for self-defense and hunting, the Remington HTP 45 ACP excels in scenarios where every shot counts. The jacketed hollow point design not only penetrates barriers with ease but also expands to create a larger wound channel, significantly increasing the likelihood of stopping a threat quickly and effectively. Whether you're protecting your home or pursuing game in the field, this ammunition offers the deep penetration and controlled expansion needed to get the job done. Compatible with a wide range of 45 ACP firearms, the HTP line provides shooters with the confidence and reliability they need to perform at their best.
Remington's legacy of excellence is evident in every aspect of the HTP 45 ACP 230gr JHP. Each 50-round box is carefully packed to ensure easy storage and transport, reflecting the brand's attention to detail and commitment to customer satisfaction. As a leader in the firearms industry, Remington continues to set the benchmark for performance and dependability with the HTP line. Whether you're a seasoned professional or a newcomer to firearms, the Remington HTP 45 ACP offers the power, precision, and reliability you need
- Caliber:
- 45 ACP
- Box Quantity:
- 50
- Bullet Weight:
- 230 gr
- Bullet Type:
- JHP
- Case Quantity:
- 500
- Purpose:
- Self Defense
- Type:
- Pistol Ammunition
- Lead Free:
- No