Quick Answer
The .470 NE is effective for dangerous game in the forest due to its high kinetic energy and large bullet diameter, making it suitable for taking down larger animals quickly and humanely.
Ballistic Properties and Kinetic Energy
The .470 Nitro Express (NE) is a double rifle cartridge designed for hunting large and dangerous game in dense forest environments. It has a muzzle velocity of approximately 2,000 feet per second (ft/s) and a kinetic energy of 4,500 foot-pounds (ft-lb) at the muzzle. This high kinetic energy allows the .470 NE to deliver a significant amount of power to the target, making it effective for taking down animals like elephants and Cape buffalo. The large .475-inch diameter bullet also provides a large wound channel, increasing the chances of a quick and humane kill.
Hunting Techniques and Considerations
When hunting with a .470 NE in the forest, it’s essential to consider the terrain and the animal’s behavior. Look for areas where the animal is likely to be vulnerable, such as in a narrow defile or near a water source. Use cover and concealment to get as close as possible without spooking the animal. When taking the shot, aim for the animal’s largest and most vital organs, such as the heart-lung area or the brain. The .470 NE’s large diameter bullet and high kinetic energy make it suitable for hunting large animals at close range, but it’s still essential to practice good shot placement and follow-through.
Rifle and Ammunition Selection
To get the most out of the .470 NE, it’s essential to choose a rifle that is specifically designed for the cartridge. Look for a rifle with a strong action and a comfortable stock that can withstand the recoil of the cartridge. The rifle should also be fitted with a high-quality scope that can handle the cartridge’s recoil and provide a clear sight picture. When selecting ammunition, choose a high-quality bullet with a large diameter and a high ballistic coefficient. This will help to ensure that the bullet expands properly on impact and delivers maximum kinetic energy to the target.
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