Discover Precision Carbon Arrows for Professional Archery Use

Carbon arrows have become the preferred choice for modern archery due to their superior consistency, lightweight structure, and dimensional stability.
Compared to traditional aluminum arrows, carbon fiber arrows maintain straightness over long-term use and enable tighter manufacturing tolerances, resulting in improved accuracy and repeatability.

We manufacture carbon arrows for brands, distributors, and OEM customers who require dependable quality, batch-to-batch consistency, and flexible customization options.

  • Bulk supply available
  • OEM logo & packaging support
  • Custom spine & straightness tolerance
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Carbon Arrow Product Types

These carbon arrow product types are defined by bow compatibility and structural performance requirements.

carbon arrows for compound bow

Carbon Arrows for Compound Bow

Engineered to match the higher draw weight and cam-driven release of compound bows.
These carbon arrows feature controlled spine behavior and consistent straightness to support stable arrow flight under higher energy output.

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carbon arrows for recurve bow

Carbon Arrows for Recurve Bow

Designed for recurve bow systems that require balanced flex and predictable spine response.
This product type is suitable for archers seeking consistency across training and competition setups.

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carbon crossbow arrows

Carbon Crossbow Arrows

Built specifically for crossbow applications, where launch energy and impact forces are significantly higher.
Reinforced carbon structures help maintain durability and dimensional stability during repeated use.

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carbon arrow inserts

Carbon Arrow Inserts

Carbon arrow inserts are supplied as compatible components to support proper weight distribution and secure tip installation.
Insert specifications can be matched to arrow spine, inner diameter, and application requirements.

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Carbon Arrow Applications

These applications focus on how carbon arrows perform in different archery use scenarios.

carbon hunting arrows

Carbon Hunting Arrows

Hunting archery places high demands on arrow strength, impact resistance, and penetration efficiency.
Carbon hunting arrows are commonly selected due to their high stiffness-to-weight ratio and resistance to permanent deformation during field use.

Carbon Arrows For Target Shooting

Target shooting emphasizes repeatable arrow flight and consistent grouping performance.
Carbon arrows for target shooting are favored for their stable spine response and straightness retention over repeated shots.

carbon arrows for target shooting

Key Carbon Arrow Specifications & Selection Guide

Selecting the right carbon arrow depends on several core specifications that influence stiffness, consistency, and flight stability.

arrow spine (stiffness)

Arrow Spine (Stiffness)

Arrow spine refers to the stiffness of a carbon arrow shaft and determines how the arrow flexes during release.
Proper spine selection helps maintain stable flight behavior and efficient energy transfer.
Spine requirements vary depending on bow setup and arrow length.

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arrow straightness

Arrow Straightness

Straightness describes how straight a carbon arrow shaft is along its full length.
Tighter straightness tolerance contributes to improved grouping consistency, especially in matched arrow sets.

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gpi & weight consistency

GPI & Weight Consistency

GPI (grains per inch) indicates the weight of a carbon arrow shaft per unit length.
Consistent GPI across arrows helps maintain uniform flight characteristics and predictable tuning behavior.

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arrow length & dimensional consistency

Arrow Length & Dimensional Consistency

Carbon arrow length and dimensional consistency affect overall balance and compatibility with different setups.
Maintaining tight length tolerance is important for repeatable performance across arrow sets.

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Carbon Arrow Specifications (Standard Range)

The specifications below represent our standard carbon arrow range.
Spine rating, straightness tolerance, arrow length, and weight can be customized for OEM and bulk orders.

Inner Diameter (ID) Spine Range Arrow Length Straightness
4.2 mm 250–1200 30–32 in ±0.001 / ±0.003 / ±0.006
5.2 mm 300–1200 30–32 in ±0.001 / ±0.003 / ±0.006
5.8 mm 300–1200 30–32 in ±0.001 / ±0.003 / ±0.006
6.2 mm 300–1200 30–32 in ±0.001 / ±0.003 / ±0.006
8.0 mm 300–1200 30–32 in ±0.001 / ±0.003 / ±0.006
9.8 mm 300–1200 30–32 in ±0.001 / ±0.003
7.62 mm (0.300″) 300-1200 20–22 in ±0.001 / ±0.003

Why Choose Our Carbon Arrows

We focus on manufacturing consistency and reliable supply for carbon arrow OEM and bulk orders.

Consistency Over Claims

Carbon arrows are easy to describe on paper.
Keeping spine, straightness, and weight stable across batches is where most suppliers fail—and where we focus.

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Built for Repeat Orders

Many suppliers deliver acceptable samples.
We design our process for repeatability, so reorders match the original performance, not just the specification sheet.

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Variation Is the Real Enemy

Small changes in straightness, wall thickness, or weight affect grouping.
Our inspection targets variation control, not minimum tolerance pass rates.

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Manufacturing with Export Reality in Mind

From packaging consistency to lead-time stability, our carbon arrows are produced for long-term OEM supply—not one-off shipments.

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Aluminum Arrows vs Carbon Arrows

Aluminum and carbon arrows differ fundamentally in material structure and mechanical behavior.
These differences directly affect straightness retention, consistency, durability, and long-term performance.

Material & Mechanical Properties (Typical Industry Ranges)

Property Aluminum Arrows Carbon Arrows
Density ~2.70 g/cm³ ~1.55–1.80 g/cm³
Tensile Modulus ~69 GPa ~150–300 GPa (fiber direction)
Strength-to-Weight Ratio Moderate High
Permanent Deformation Prone to bending Resistant to permanent bending
Fatigue Resistance Limited High

Why this matters:
Carbon fiber offers a significantly higher stiffness-to-weight ratio, allowing carbon arrows to achieve required spine stiffness at lower mass.

Straightness Retention Over Time

Aluminum arrows are plastically deformable.
Once bent, they rarely return to their original straightness without mechanical correction.

Carbon arrows, by contrast, rely on elastic composite behavior.
Under normal archery loads, they are far less likely to suffer permanent deformation, helping maintain straightness over repeated use.

Result:
Carbon arrows typically retain usable straightness longer than aluminum arrows in repeated shooting cycles.

Weight Consistency & Grouping Behavior

Aluminum arrow weight consistency is affected by extrusion tolerances and wall thickness variation.
Carbon arrows are manufactured through controlled layup and curing processes, enabling tighter weight distribution across matched sets.

This improved consistency contributes to:

  • More repeatable arrow flight

  • Reduced grouping variation

  • Easier tuning across arrow sets

Durability & Service Life

Aluminum arrows often fail through gradual bending or localized damage.
Carbon arrows typically fail only after exceeding structural limits, rather than accumulating permanent deformation.

In practice, this means:

  • Aluminum arrows may require frequent straightening or replacement

  • Carbon arrows maintain performance until structural failure occurs

Application Suitability

Use Case Aluminum Arrows Carbon Arrows
Entry-level / Training ✔ ✔
Repeated high-use cycles △ ✔
Consistency-critical applications △ ✔
Long-term OEM programs △ ✔

Summary

Aluminum arrows remain suitable for basic use and cost-sensitive scenarios.
Carbon arrows are preferred where consistency, straightness retention, and long-term repeatability are critical.

For applications involving repeat orders, matched arrow sets, or performance stability over time, carbon arrows provide measurable advantages based on material properties rather than marketing claims.

Questions fréquemment posées

A carbon arrow is an arrow shaft made from carbon fiber composite materials.
It is designed to provide high stiffness at low weight, resulting in consistent spine behavior and stable arrow flight.

Carbon arrows generally offer better consistency and straightness retention than aluminum arrows.
Aluminum arrows are more prone to permanent bending, while carbon arrows better maintain performance over repeated use.

Carbon arrows are worth it when consistency, durability, and repeatable performance are important.
For users who shoot frequently or require stable grouping over time, carbon arrows typically provide better long-term value than aluminum.

The choice between 340 and 400 spine arrows depends on draw weight, arrow length, and bow setup.
Lower spine numbers indicate stiffer arrows, which are generally used with higher draw weights.

Yes. A 400 spine arrow is stiffer than a 500 spine arrow.
As spine numbers increase, arrow stiffness decreases.

Carbon arrows do not bend permanently like aluminum arrows, but they can fail if structural limits are exceeded.
Under normal use, they typically maintain performance until damage occurs rather than gradually deforming.