B&B .375 Cheytac® – 350 Grain Precision Round for Long-Range Shooting (Pre-Order)

Overview: The B&B .375 Cheytac® Bullet is a premium solid copper round meticulously crafted for long-range precision shooting. Weighing in at 350 grains, this bullet is designed to provide outstanding accuracy and exceptional ballistic performance, making it the perfect choice for both competitive shooters and dedicated hunters. With a trajectory that is 30-50% flatter than popular calibers like .338 Lapua Magnum, .50 caliber, and .408 caliber, the B&B bullet caters to those who demand peak performance in real-world conditions.

Now available for pre-order, the B&B .375 Cheytac® bullet features advanced engineering and a solid copper construction, ensuring reliable flight and consistent energy retention even at extreme distances.

Specifications:

• Caliber: .375 Cheytac®
• Bullet Type: Solid Copper
• Weight: 350 Grain
• Material: Copper Nickel Alloy
• Ballistic Coefficient: .807 G1
• Length: 4.485 in
• Velocity: 3,050 FPS
• Muzzle Energy: 7,231 ft.lbs
  

Key Features:

• Flat Trajectory: The B&B bullet delivers a 30-50% flatter trajectory compared to leading rounds like the .338 Lapua Magnum, ensuring enhanced accuracy over extended distances.
• Solid Copper Design: Constructed from solid copper, the B&B bullet offers high durability and consistent performance, making it ideal for both competitive shooting and hunting.
• Long-Range Precision: Specifically engineered for .375 Cheytac®, this bullet provides optimal performance for long-range engagements, offering superior ballistic efficiency and energy retention.
• Pre-Order Now: The B&B .375 Cheytac® Bullet is currently in the pre-order phase, allowing shooters to be among the first to experience its innovative design.

Performance: With its advanced solid copper construction, the B&B .375 Cheytac® is designed to deliver superior accuracy, consistency, and trajectory for long-range shooting. Whether used for precision hunting or competitive shooting, the B&B bullet ensures a flat trajectory and dependable performance, making it the ideal choice for extreme distance engagements.