What is Easton Outfitters 6.5mm Acu-Carbon Arrow?
Easton Outfitters is a well-known brand for producing high-quality archery equipment, and their 6.5mm Acu-Carbon Arrow is a cut above the rest. These arrows are made from a premium, high-strength carbon fiber material, which makes them extremely durable and long-lasting.
The 6.5mm Acu-Carbon Arrow features a spine that is specially engineered to provide maximum energy transfer, resulting in higher speed and greater accuracy. The improved spine consistency ensures that each arrow flies true to its intended target.
One of the standout features of these arrows is the Acu-Carbon Uniform Spine Technology. It ensures that each arrow has a uniform spine, which is essential for consistency and accuracy. This technology eliminates any variation in the spine, making every arrow nearly identical to the others in terms of performance.
These arrows also have small diameter shafts, which helps to reduce wind drift and increase penetration, making them perfect for hunting or target practice. Additionally, they come with nocks and inserts already installed, allowing for easy customization and quick and simple setup.
Overall, the Easton Outfitters 6.5mm Acu-Carbon Arrow is a reliable, high-performance arrow that archers of any level will appreciate. Its consistent spine, high strength carbon fiber material, and precision engineering make it an excellent choice for anyone looking to up their archery game.
Frequently Asked Questions about easton outfitters 6.5mm acu-carbon arrow
Carbon Arrows
Carbon shafts, as well as carbon/aluminum composite shafts, are the final arrow type. These are mainly used for long-distance shooting or for 3D archery.
Carbon arrow shafts come in two distinct flavours – 'all-carbon', made up of carbon and resin tubes, and shafts with carbon wrapped around the outside of a thin aluminium tube, usually called A/C shafts.
Easton 6.5mm – Junior (Ready To Shoot)
| Arrow Size | Shaft Weight (GPI) | Field Point (inches) |
|---|
| 250 | 10.0 | 5/16 |
| 300 | 9.5 | 5/16 |
| 340 | 9.3 | 5/16 |
| 400 | 8.4 | 19/64 |
Carbon fiber from California, pre-preg high-modulus carbon from Washington state, and aluminum from Iowa are the fundamental building blocks of Easton's products.
Weight is the primary reason hunters switch to carbon arrows, but improved penetration thanks to a smaller diameter shaft and durability also helps the decision. Carbon doesn't bend like aluminum, so straightness issues are not a problem. The higher velocity of carbon arrows helps overcome errors in range estimation.
The bow and arrow is a ranged weapon system consisting of an elastic launching device (bow) and long-shafted projectiles (arrows). Humans used bows and arrows for hunting and aggression long before recorded history, and the practice was common to many prehistoric cultures.
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Carbon doesn't bend like aluminum, so straightness issues are not a problem. The higher velocity of carbon arrows helps overcome errors in range estimation.
Those two things combined on aluminum shaft give it its spine since aluminum is such a easily manipulated metal. And you can really get it down to some very tight tolerances.
The Easton 6.5MM arrows are USA-made shafts that offer the highest level of accuracy available to bowhunters today all at price points to fit virtually any budget. Hunting accuracy for shooter confidence is the cornerstone of Easton 6.5 arrows. The 6.5 uses proprietary Acu-Carbon Uniform Spine process.
The four-digit number refers to the outside diameter and wall thickness of the shaft. The first two numbers are the APPROXIMATE outside diameter to the nearest 64ths of an inch. The second two numbers are the wall thickness in thousands of an inch.
Since 1922, Easton Archery has been designing, testing, building, selling and shipping arrows. All from within the United States of America.
Modern arrows are hollow and made of aluminum, fiberglass, graphite, or carbon fiber. Arrowheads were made of flint, bone, horn, bronze, or hardwood while today we use steel. Fletchings (feathers at the end of the arrow) were historically made from turkey feathers. Today, they are plastic.
Carbon shafts are stiffer than comparable aluminum arrows, meaning they recover quicker from flexing that occurs once the shaft is released. This in turn makes bow tuning simpler because a single-size carbon shaft will tune perfectly for a wider range of draw weight/arrow length combinations than aluminum arrows will.
