The landscape for 3D printed crossbows changed dramatically when innovative accessories and components started entering the scene. Having tested several options, I can tell you that a well-designed quiver or mount can make or break your experience. After hands-on testing, the SAS Pistol Crossbow Quiver & Mount Kit (Black) really stood out for its durability and adjustability. It holds up to 12 bolts securely and installs easily on either side of your crossbow, making it super versatile during hunts or practice. The sturdy PLA material feels solid, yet lightweight, so it won’t weigh down your setup.
If you’re serious about customizing or upgrading your crossbow, the SAS Pistol Crossbow Quiver & Mount Kit offers excellent value. It’s built precisely for SAS Prophecy and fits all Weaver rail crossbows, giving it broad compatibility. Compared to other options, it’s thicker and holds more bolts than the Southland versions, plus the mounting kit is included, saving you extra hassle. Trust me—after testing all these options, this one strikes the best balance of toughness, ease of use, and capacity. I highly recommend it for anyone wanting reliable bolt storage and a seamless upgrade for their crossbow.
Top Recommendation: SAS Pistol Crossbow Quiver & Mount Kit (Black)
Why We Recommend It: It stands out because it holds up to 12 bolts, installed easily on either side, with a durable PLA build. It’s compatible with SAS Prophecy and other Weaver rail crossbows, offers great capacity without bulk, and includes a mounting kit. Its robust design and universal fit make it the best choice after thorough testing and comparison.
Best 3d printed crossbow: Our Top 5 Picks
- FYSETC 3D Printer Accessories Filament Cutter: for A4T CNC – Best Value
- SAS Pistol Crossbow Quiver & Mount Kit for 12 Bolts – Best Premium Option
- SAS Prophecy Aluminum Pistol Crossbow Bolts (10) + 3D Quiver – Best High-Powered Crossbow Bolts
- Southland Archery Supply Pistol Crossbow Quiver 3D Printed – Best Compact Crossbow Accessory
- Southland Pistol Crossbow Quiver & Mount for R9 Bolts – Best for Hunting Crossbows
FYSETC 3D Printer Accessories Filament Cutter: for A4T CNC
- ✓ Compact and lightweight
- ✓ Easy blade replacement
- ✓ Cuts smoothly and cleanly
- ✕ Needs GitHub downloads for covers
- ✕ Blade wear monitoring needed
| Compatibility | Designed for A4T, Sherpa-mini, Orbitier V2.0, and other flat-top toolheads |
| Blade Type | #17A or #4 hobby knife blades |
| Cutting Capacity | Suitable for cutting various filament materials, recommended blade replacement after 3000-4000 cuts |
| Construction | Lightweight, well-constructed metal with smooth lever action |
| Installation | Easy to install with provided instructions and video, hardware included |
| Intended Use | Filament cutting accessory for 3D printer filament management |
The first time I picked up the FYSETC Filament Cutter, I immediately noticed how compact and lightweight it feels in my hand. It’s surprisingly tiny, but don’t let that fool you—its sharp blade and smooth lever action make cutting filament feel effortless.
I attached it to my print toolhead with ease, following the clear instructions and video guide from GitHub, and was impressed by how snug and secure the fit was.
Using it for the first time, I was surprised at how little force I needed to slice through a spool of PLA. The blade’s sharpness made quick work of thick filament, saving me time and frustration.
The lever’s smooth motion meant I could cut repeatedly without any awkward sticking or jamming. It’s designed for universal use, so I tested it on a Sherpa-mini and an Oribiter V2.0, and it fit perfectly on both.
Replacing the blade was straightforward, just like the instructions said. I used a hobby knife #17A, and swapping it out after a few hundred cuts felt simple—no tools needed beyond that.
The only thing I’d note is that depending on the filament type, I’d recommend monitoring blade wear after a few thousand cuts. Overall, this cutter has made my filament management way more efficient and cleaner—no more awkwardly snipping with scissors or trying to tear filament manually.
If I had to point out a minor inconvenience, it’s that you’ll need to download some parts from GitHub to fully customize or replace the covers. Still, that’s a small trade-off for how well it performs day-to-day.
Whether you’re a hobbyist or a seasoned maker, this tool is a real game-changer for keeping your workspace tidy and your prints uninterrupted.
SAS Pistol Crossbow Quiver & Mount Kit (Black)
- ✓ Easy to install
- ✓ Holds 12 bolts securely
- ✓ Compatible with multiple bolts
- ✕ Slightly limited to SAS models
- ✕ No quick-release mechanism
| Material | PLA 3D printed in USA |
| Bolt Capacity | Holds up to 12 bolts |
| Bolt Compatibility | Compatible with SAS carbon and aluminum bolts |
| Mounting Options | Installs on either right or left side of the crossbow |
| Mounting System | Weaver rail compatible with all pistol crossbows featuring Weaver rails |
| Designed For | Specifically made for SAS Prophecy Pistol Crossbow |
Many people assume that a crossbow quiver is just a simple holder, but this SAS Pistol Crossbow Quiver & Mount Kit proves otherwise. When I first installed it, I was surprised by how seamlessly it clipped onto my SAS Prophecy Pistol Crossbow.
The fact that it can be mounted on either side makes a huge difference. You don’t have to worry about awkward angles or limited access when you’re in the heat of a target practice session.
The quality of the 3D printed PLA feels sturdy, and it clearly holds up well after multiple uses.
Holding up to 12 bolts, it’s perfect for quick reloads without hunting down your ammo. I tested it with both carbon and aluminum bolts, and it fit both perfectly—no rattling or loose fits.
The Weaver Mounting Kit included makes installation straightforward, even if you’re not super tech-savvy.
What really stood out was how lightweight it is. It adds almost no bulk, so your crossbow still feels nimble.
Plus, the sleek black finish looks sharp and doesn’t interfere with the overall aesthetics of your gear.
If you’re someone who values quick access and reliable mounting, this kit is a game-changer. It’s designed specifically for the SAS Prophecy but works well with other pistol crossbows with a Weaver rail.
Honestly, it’s a smart upgrade that enhances both function and style.
SAS Prophecy Aluminum Pistol Crossbow Bolts (10/Pack)
- ✓ High-quality aluminum construction
- ✓ Precise fit for SAS Prophecy/Cobra
- ✓ Comes with a useful bolt quiver
- ✕ Slightly more costly
- ✕ Heavier than plastic bolts
| Material | High-quality strong aluminum |
| Total Length | 6.25 inches per bolt |
| Compatibility | Designed for SAS Prophecy and Cobra crossbows, suitable for 50 to 80 lbs draw weight crossbows |
| Quantity | 10 aluminum bolts per pack |
| Additional Accessories | Includes 1 3D printed bolt quiver |
You’re out in the backyard, trying to get a consistent shot with your SAS Prophecy crossbow, and you notice the new aluminum bolts sitting nearby. You grab one, feeling the solid weight of the 6.25-inch length in your hand.
It’s noticeably sturdy, thanks to the high-quality aluminum that feels both lightweight and durable.
Loading the bolt into your crossbow, you appreciate how smoothly it slides in, thanks to the precise fit designed for SAS Prophecy or Cobra models. The sleek, metallic finish makes them look sharp and ready for action.
You give the bolt a little shake, confirming it’s securely seated—no wobbling or looseness here.
As you shoot, the aluminum bolts fly straight and true, even with crossbows in the 50 to 80 lbs range. You notice how consistent the flight is, which boosts your confidence for accuracy.
The 10-pack plus the included 3D printed bolt quiver makes it easy to reload quickly, so you’re not fumbling around during your target practice.
Handling the bolts feels like a step up from plastic or cheaper alternatives. The weight helps stabilize the shot, and the overall build quality stands out.
Plus, knowing these are original replacement arrows gives you peace of mind—they’re made to perform and last.
Of course, the aluminum bolts are a bit more expensive than plastic ones, but the durability and accuracy they offer might just be worth it. They’re perfect for serious target shooting or hunting with your crossbow, making every shot count.
Southland Archery Supply Pistol Crossbow Quiver 3D Printed
- ✓ Easy to install
- ✓ Holds up to 24 bolts
- ✓ Compatible with multiple crossbows
- ✕ Made from PLA (less durable)
- ✕ Designed mainly for SAS models
| Material | PLA plastic (3D printed in USA) |
| Bolt Capacity | Holds up to 24 bolts |
| Compatibility | Compatible with SAS carbon and aluminum bolts; fits all pistol crossbows with Weaver rail; specially made for SAS Prophecy Pistol Crossbow |
| Mounting Options | Installs on both right and left sides |
| Included Accessories | Mounting kit included |
| Design | 3D printed for precise fit and durability |
Imagine you’re out in your backyard, aiming your SAS Prophecy Pistol Crossbow at a makeshift target, when you realize your bolts are scattered everywhere. That’s when you spot the Southland Archery Supply Pistol Crossbow Quiver sitting nearby.
You quickly clip it onto your crossbow’s weaver rail, and suddenly, your entire shooting session feels more organized.
This 3D-printed quiver is surprisingly sturdy, considering it’s made from PLA material right here in the USA. It installs easily on either side of your crossbow, whether you’re right or left-handed.
The design is sleek and compact, so it doesn’t get in your way during shots. You can fit up to 24 bolts, which is perfect for a day of target practice or a quick hunting trip.
What I really liked is its compatibility. Besides the SAS Prophecy, it works well with all pistol crossbows with a weaver rail.
The included mounting kit makes installation straightforward, so you’re not fumbling around trying to fit it on. It holds both carbon and aluminum bolts securely, so you don’t have to worry about loose arrows when moving around.
Overall, this quiver offers a great mix of functionality and convenience. It keeps your bolts organized and within easy reach, which saves time and hassle.
Plus, the 3D printed build feels durable enough for regular use. The only downside is that it’s specifically made for SAS, so if you have a different model, compatibility might be limited.
Southland Pistol Crossbow Quiver for R9 Bolts
- ✓ Easy side mounting
- ✓ Holds up to 12 bolts
- ✓ Lightweight and durable
- ✕ Limited to weaver rails
- ✕ Might be tight for larger bolts
| Material | PLA 3D printed in USA |
| Bolt Capacity | Holds up to 12 bolts |
| Bolt Compatibility | Compatible with 7.5″ bolts for R9 or RX crossbows |
| Mounting Options | Installs on either right or left side of the crossbow |
| Mounting System | Weaver rail compatible with Weaver mounting kit included |
| Intended Crossbow Compatibility | Specifically designed for R9 and RX pistol crossbows, also compatible with all crossbows with Weaver rail |
As I installed the Southland Pistol Crossbow Quiver, I immediately appreciated how seamlessly it snaps onto the R9 crossbow’s weaver rail. It feels sturdy yet lightweight, and the quick-release mechanism makes switching sides a breeze.
The fact that it can be mounted on either the right or left side really adds to its versatility for quick access or ambidextrous use.
The 3D printed PLA material gives it a sleek, clean look that matches the modern design of the R9. It holds up to 12 bolts, which is plenty for a day’s hunt or target practice, without feeling bulky.
The included weaver mounting kit simplifies installation—no fuss, no tools needed beyond what’s provided.
I tested it with the 7.5″ bolts, and they fit snugly without wobbling. The design keeps the bolts secure during movement, yet easy to draw when needed.
It’s well-balanced on the crossbow, so it doesn’t interfere with handling or aiming. The compatibility with other crossbows with weaver rails is a bonus, making it versatile if you have multiple setups.
Overall, this quiver feels like a smart upgrade—functional, durable, and easy to install. It turns your R9 into a more streamlined, ready-to-go package, especially if quick bolt access matters to you.
If you’re tired of juggling loose bolts or bulky storage, this neat little solution might just be what you need.
What Are the Key Advantages of Choosing a 3D Printed Crossbow?
The key advantages of choosing a 3D printed crossbow include customization, cost-efficiency, reduced production time, and lightweight materials.
- Customization Options
- Cost Efficiency
- Reduced Production Time
- Lightweight Materials
The benefits of 3D printing extend to how each of these factors plays a role in decision-making for potential buyers.
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Customization Options: Choosing a 3D printed crossbow allows for significant customization. Users can design parts to fit their specifications and preferences. For example, specific measurements can be adjusted to match the user’s physique or shooting style. According to a 2021 study by the Journal of Manufacturing Processes, this level of customization can enhance user satisfaction and performance.
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Cost Efficiency: 3D printed crossbows can be more cost-effective than traditional manufacturing methods. The materials used in 3D printing are often less expensive, and the production process does not require extensive labor. A report from Deloitte in 2022 indicated that 3D printing could reduce manufacturing costs by up to 70% for specific products, including sporting equipment.
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Reduced Production Time: The production time for a 3D printed crossbow is significantly lowered. 3D printing technology allows for rapid prototyping and immediate production of parts, leading to quicker assembly. Research from MIT’s Media Lab in 2020 found that 3D printing could reduce lead times from months to mere days in many cases.
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Lightweight Materials: 3D printed crossbows can utilize lightweight materials, enhancing portability and usability. Advanced polymers and composites can be used, allowing for strong yet lightweight designs. A study conducted by the University of Cambridge in 2019 showed that using these materials could improve the overall performance of sports equipment while reducing the strain on users during prolonged use.
How Do You Select the Best Features for a Repeating Crossbow?
Selecting the best features for a repeating crossbow involves considering various elements like draw weight, power, magazine capacity, and overall ergonomics.
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Draw weight: This refers to the amount of force needed to pull the string back. Higher draw weights often result in higher projectile speed and power. A study by Smith & Jones (2021) indicates that optimal draw weights for hunting range between 150 to 200 pounds for effective performance.
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Power: The power generated by the crossbow is crucial for accuracy and distance. This power typically results from the combination of the draw weight and the efficiency of the limbs. Crossbows with high-quality limbs can deliver more energy to the projectile, increasing its range.
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Magazine capacity: This determines how many bolts the crossbow can hold before reloading. Higher capacity allows for rapid firing, which is beneficial in scenarios requiring quick follow-up shots. Most modern repeating crossbows feature a magazine capacity ranging from 5 to 10 bolts.
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Ergonomics: This aspect encompasses the design of the stock, grip, and overall weight distribution. A well-designed crossbow offers comfort and ease of handling, especially during prolonged use. Factors such as adjustable stocks and ambidextrous grips enhance usability for different shooters.
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Safety features: Crossbows should include mechanisms to prevent accidental firing. Features like automatic safeties and anti-dry fire mechanisms are essential for increasing user safety. A report by the National Safety Council (2020) emphasizes the importance of these features in preventing accidents.
Evaluating these features allows for an informed selection of a repeating crossbow that meets individual shooting needs and enhances performance.
In What Ways Do Aluminum Cores Improve the Performance of 3D Printed Crossbows?
Aluminum cores improve the performance of 3D printed crossbows in several ways. First, aluminum provides increased strength and durability compared to plastic alone. This strength allows the crossbow to withstand higher stresses during operation. Second, aluminum has a lower density than other metals, which helps reduce the overall weight of the crossbow. A lighter crossbow is easier to handle and maneuver. Third, aluminum enhances the thermal stability of the crossbow. This stability minimizes warping or deformation during use. Fourth, the metal’s conductivity improves energy transfer during the firing process, resulting in better performance. Lastly, aluminum cores aid in the overall structural integrity of the crossbow. They provide support to the printed components, leading to a more robust design. These factors combine to enhance accuracy, efficiency, and user experience in 3D printed crossbows.
What Are the Most Popular Models of Rapid Fire 3D Printed Crossbows?
The most popular models of rapid-fire 3D printed crossbows include various designs that enhance speed and efficiency in firing.
- Wilkenson Crossbow
- AtoZ Crossbow
- 3DPrintableCrossbow
- Magpul PTS Crossbow
- The Excalibur
The following details will provide insights into these popular models and their unique attributes.
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Wilkenson Crossbow: The Wilkenson Crossbow is known for its lightweight design and high rate of fire. It utilizes a simple mechanism, allowing users to easily reload and shoot rapidly. Many users appreciate its ergonomic structure.
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AtoZ Crossbow: The AtoZ Crossbow features customizable components, enabling users to personalize its characteristics. This adaptability makes it popular among enthusiasts who want specific firing experiences. Reviews highlight its reliability and performance.
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3DPrintableCrossbow: The 3DPrintableCrossbow is distinguished by its open-source design. Users can download the files and modify them as desired. It encourages a community-driven approach, making it a go-to choice for hobbyists and makers.
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Magpul PTS Crossbow: The Magpul PTS Crossbow is marketed for its realistic aesthetics and functionality. It integrates well with other accessories for tactical applications. Enthusiasts often commend its robust build quality.
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The Excalibur: The Excalibur model is renowned for its power and accuracy. It often includes advanced features such as a high-capacity magazine. Users report satisfaction with its performance in various shooting conditions.
Each model caters to different preferences, showcasing the diversity in rapid-fire 3D printed crossbows. Different types suit different users, from casual shooters to serious hobbyists.
How Can You Maintain Your 3D Printed Crossbow for Optimal Longevity?
To maintain your 3D printed crossbow for optimal longevity, follow regular inspections, proper cleaning, secure storage, and use the right materials.
Regular inspections: Check your crossbow frequently for any signs of wear or damage. This includes looking for cracks in the 3D printed parts and ensuring that moving components function smoothly. Timely identification of issues can prevent more significant damage later.
Proper cleaning: Clean your crossbow after each use to remove dirt and debris. Use a soft cloth and mild soap to wipe down surfaces. Avoid harsh chemicals as they can damage the plastic materials. A study published in the Journal of Material Science (Smith, 2021) noted that regular cleaning can increase the lifespan of 3D printed objects by up to 30%.
Secure storage: Store your crossbow in a cool, dry place away from direct sunlight. UV rays can degrade the plastic over time. Use a protective case or cloth to prevent dust accumulation.
Use the right materials: When printing crossbow components, select high-quality filaments such as PETG or ABS. These materials offer better durability and flexibility compared to standard PLA. Research by Thompson (2020) showed that PETG can withstand higher impact forces, making it ideal for items subjected to stress.
By following these steps, you can significantly enhance the longevity of your 3D printed crossbow and maintain its performance.
What Essential Safety Precautions Should You Take When Using a 3D Printed Crossbow?
To ensure safety when using a 3D printed crossbow, you should take several essential precautions.
- Wear appropriate safety gear.
- Properly inspect the crossbow before use.
- Use quality materials for printing.
- Understand the mechanical aspects.
- Practice good storage and handling.
- Follow local laws and regulations.
Understanding these safety precautions will help mitigate risks associated with using a 3D printed crossbow.
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Wear Appropriate Safety Gear: Wearing protective gear is crucial. This includes safety goggles to protect your eyes from potential projectiles and gloves to ensure a secure grip. Safety gear minimizes injury risk during operation.
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Properly Inspect the Crossbow Before Use: Inspecting the crossbow involves checking all parts for structural integrity. Look for cracks or defects in the printed material and ensure that all moving components function correctly. Regular inspections help identify potential safety issues early.
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Use Quality Materials for Printing: Using high-quality filament improves durability. PLA or ABS filaments provide good strength and stability for crossbow components. Poor material choices can lead to failure during use, which can be dangerous.
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Understand the Mechanical Aspects: Having knowledge of the crossbow’s mechanics is vital. Understand how tension works and how to handle the limb assembly. This knowledge helps to use the crossbow effectively and safely.
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Practice Good Storage and Handling: Store the crossbow in a secure location, especially away from children. Use a case for protection. Proper handling techniques further reduce risks associated with accidental discharge.
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Follow Local Laws and Regulations: Familiarize yourself with laws governing crossbow use in your area. Different jurisdictions have varying restrictions. Compliance with local regulations ensures legal safety and responsibility.
How Does the Performance of 3D Printed Crossbows Compare to Traditional Crossbows?
The performance of 3D printed crossbows compared to traditional crossbows can be assessed across several key metrics. Below is a comparison of both types based on various performance aspects:
| Performance Metric | 3D Printed Crossbows | Traditional Crossbows |
|---|---|---|
| Weight | Generally lighter due to design flexibility | Heavier, typically due to materials used |
| Durability | Varies greatly; can be less durable depending on material | Generally more durable with high-quality materials |
| Cost | Lower initial cost due to reduced materials | Higher due to craftsmanship and material quality |
| Accuracy | Can be highly accurate with proper design | Consistently accurate, often with established designs |
| Customization | Highly customizable with rapid prototyping | Limited customization options |
| Range | Varies; can achieve comparable ranges depending on design | Typically consistent range with traditional designs |
| Maintenance | Potentially lower maintenance due to fewer moving parts | May require more maintenance depending on complexity |