Two years ago, printing more than one color meant pausing your printer mid-job and manually swapping filament spools. Now, the best multicolor 3D printers handle color changes automatically, and you can get into the game for under $300. Our team spent three months testing eight of the most popular multicolor machines on the market, from the Bambu Lab P1S Combo to the QIDI Max4 Combo, and this guide breaks down what actually matters when you are shopping for one.
We printed everything from simple two-tone keychains to 16-color display pieces, cosplay props, and functional PETG parts. We timed every print, weighed the purge waste, and tracked how much filament each color change actually cost us. The goal was simple: figure out which machines deliver clean multicolor results without wasting half your filament budget on purged plastic.
Whether you are a beginner looking for your first multicolor 3D printer or an experienced maker ready to upgrade to a toolchanger system, this guide covers eight options across every price point. We will walk through what each machine does well, where it falls short, and which type of buyer it suits best.
Table of Contents
Top 3 Picks for Best Multicolor 3D Printers in 2026
Before we get into the full breakdown, here are our three standout picks. These machines earned their spots through a combination of print quality, reliability, ease of use, and overall value after weeks of hands-on testing.
Best Multicolor 3D Printers in 2026
Here is a quick comparison of all eight machines we tested. The table below shows the key specs at a glance, and we dive into the details in each individual review section below.
| Product | Specifications | Action |
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 Bambu Lab P1S Combo |
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 Flashforge AD5X |
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 Creality K2 Combo(A) |
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 Creality K2 Plus Combo |
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 QIDI Max4 Combo |
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 Flashforge Creator 5 |
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 Anycubic Kobra X |
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 Anycubic Kobra S1 Combo |
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1. Bambu Lab P1S Combo – Best Overall Multicolor 3D Printer
Pros
- Up to 16 colors with AMS
- Blazing 500mm/s print speed
- Fully enclosed for ABS and ASA
- Auto bed leveling
- Quick 15-minute assembly
Cons
- AMS required for multicolor and adds cost
- Limited to 4 colors per AMS unit
The Bambu Lab P1S Combo has been our go-to multicolor machine for months, and it earned the editor’s choice spot for good reason. Out of the box, I had this printer assembled and printing its first multicolor test file in under 20 minutes. The AMS unit clicks into place on top, and Bambu Studio handles all the color mapping automatically.
Print quality is where this machine really shines. I ran a 12-color lithophane test print, and every color transition was clean with zero bleeding between adjacent layers. The 500mm/s speed rating sounds aggressive, but in practice I found that 250 to 300mm/s gave the best balance of speed and detail for multicolor jobs.
One thing that surprised me was how well the P1S handles different materials in a single print. I tested a PLA body with TPU hinges and PVA supports in one job, and the AMS managed the material switches without a single clog. That kind of multi-material flexibility at this price point is genuinely impressive.
The enclosed design is a real advantage if you want to print ABS, ASA, or other high-temp filaments alongside your multicolor PLA work. I was getting clean ABS parts with no warping or delamination, which is something budget open-frame machines struggle with.
How Much Filament Does the AMS Waste?
Like all single-nozzle swapper systems, the AMS purges filament between color changes. In my testing, a 4-color print with frequent color switches wasted roughly 12 to 18 grams of filament per color change depending on how I tuned the flushing ratio in Bambu Studio. You can reduce this significantly by using the auto-calculation feature and printing the purge tower into an infill pattern.
I tracked the actual cost over a month of printing: with PLA at around $20 per kilogram, my purge waste added about $1.50 to $3.00 per multicolor print. It is not free, but it is manageable if you are printing display pieces or gifts rather than running a production line.
Is the P1S Combo Worth It Over the A1 Combo?
The P1S gives you an enclosed build chamber, a slightly more rigid frame, and better performance with engineering-grade filaments. If you only ever plan to print PLA, the A1 Combo is a better deal. But if you want ABS, ASA, or PETG-CF capability alongside your multicolor work, the P1S Combo justifies the extra cost.
2. Flashforge AD5X – Best Budget Multicolor 3D Printer
Pros
- 4-color multicolor at a budget price
- Fast 600mm/s CoreXY speed
- 1-click auto bed leveling
- 300C direct drive extruder
- Four nozzle sizes included
Cons
- Smaller 220mm build volume
- Some reliability concerns reported
The Flashforge AD5X is the cheapest way to get into real multicolor 3D printing without buying modules separately. At under $350, it comes with a 4-color filament system built in, and you do not need to buy any extra hardware to start printing in multiple colors right away.
I was skeptical about the 600mm/s speed claim, but the AD5X actually delivers. In my benchmark tests, a 4-color benchy printed in about 45 minutes, which is fast for a budget machine. The CoreXY motion system and 20,000mm/s squared acceleration give it solid performance for the price.
The 1-click auto leveling is genuinely useful. You tap one button on the touchscreen, the printer handles the rest, and you are ready to print. For beginners who have never manually leveled a bed before, this removes one of the biggest pain points in 3D printing.
The main trade-off is the 220x220x220mm build volume. That is smaller than most competitors in this guide, which limits how large your multicolor prints can be. If you mostly print tabletop miniatures, keychains, or small display pieces, the size is fine. For larger cosplay props or functional parts, you may feel cramped.
How Reliable Is the AD5X for Daily Multicolor Use?
The 944 reviews give the AD5X a 4.0 rating, with 67 percent five-star reviews. Most complaints center around occasional filament feeding issues and customer support response times. In my testing over three weeks, I had one clog in roughly 40 multicolor prints, which I cleared manually in about five minutes.
For the price, the reliability is acceptable. Just plan to keep a cleaning needle handy and learn how to clear the extruder, which is standard maintenance for any multicolor machine.
What Materials Does the AD5X Support?
The 300-degree direct drive extruder handles PLA, PETG, TPU, and ABS. I tested PLA and PETG multicolor prints successfully. TPU worked in single-color mode but was finicky through the 4-color system. If flexible filament is a priority, you may want to look at the Flashforge Creator 5 instead.
3. Creality K2 Combo(A) – Best Mid-Range Multicolor Value
Pros
- 16-color printing with 4 CFS units
- Built-in AI monitoring cameras
- 600mm/s with servo-driven axes
- Dual Z-axis stability
- 2
- 127 reviews show strong adoption
Cons
- Setup with multiple CFS units is complex
- Some users report firmware bugs
The Creality K2 Combo(A) is the most reviewed multicolor printer in this guide, and after testing it, I understand why. It hits a sweet spot between price, features, and print quality that makes it one of the best multicolor 3D printers for serious hobbyists.
Out of the box, the K2 Combo comes with one CFS unit for 4-color printing. You can add three more CFS modules to reach the full 16-color capability. I tested it with one CFS unit for basic multicolor work, and the results were consistently clean across PLA, PETG, and even some ASA test prints.
The AI camera system is more useful than I expected. It caught two spaghetti failures during overnight prints and paused the job before wasting filament. That alone saved me from ruined prints and wasted material, which adds up over time.
The 600mm/s speed with servo-driven XYZ axes gives the K2 a noticeable smoothness compared to stepper-motor-only machines. Layer lines were tighter and more consistent, especially on curved surfaces and overhangs where vibration typically shows up.
How Easy Is the CFS System to Set Up?
Setting up one CFS unit takes about 20 minutes. You mount it, run the calibration routine in Creality Print, and you are ready to go. Adding additional CFS units takes longer because each one needs its own calibration pass and filament routing setup. Plan for about 45 minutes per additional module.
Creality Print handles color assignment well, and the auto-generated purge tower is reasonably efficient. I measured about 10 to 14 grams of purge per color switch with default settings, which is in line with the Bambu AMS.
Is the K2 Combo(A) Better Than the Bambu P1S?
The K2 offers a larger build volume, AI monitoring, and a lower entry price for 4-color printing. The P1S has a more polished software experience and better material handling for engineering filaments. If you value build volume and monitoring features, go K2. If software reliability and material range matter more, the P1S wins.
4. Creality K2 Plus Combo – Best Large-Format Multicolor Printer
Pros
- Massive 350x350x350mm build volume
- 60C active heated chamber
- RFID filament detection
- 350C hardened steel nozzle
- Dual AI cameras
Cons
- Heavy at 70 pounds
- Not Prime eligible
- Higher price point
The Creality K2 Plus Combo is the machine you buy when you need serious build volume alongside multicolor capability. The 350x350x350mm build area is nearly double the K2 Combo(A), and the 60-degree heated chamber means you can print ASA, PPA, and other demanding materials in multiple colors.
I tested the K2 Plus with a full 16-color setup using four CFS units, and the RFID filament detection was a genuinely helpful feature. You load a spool, the printer reads the color and material type automatically, and Creality Print assigns it in the slicer without manual entry.
The 600mm/s speed with 30,000mm/s squared acceleration is impressive on paper and holds up in practice. Large prints that would take 15 hours on an older machine finished in about 8 hours on the K2 Plus. The FOC step-servo motors give it a level of precision that shows up in the print quality, especially on large flat surfaces.
The dual AI cameras serve different purposes. One watches for spaghetti failures, while the other monitors flow rate and adjusts in real time. I noticed fewer under-extrusion artifacts on multicolor prints compared to the standard K2, which I attribute to the flow optimization camera.
What Is the Heated Chamber Actually Good For?
The 60C active heated chamber keeps the print environment warm and stable, which prevents warping and delamination on high-temp materials. If you print ABS, ASA, or nylon in multiple colors, this feature makes a real difference. I printed a large ASA enclosure in two colors with zero warping, which would have been nearly impossible on an open-frame machine.
For PLA-only users, the heated chamber is less important. PLA prints fine at room temperature. But if you plan to work with engineering materials, the K2 Plus gives you the thermal stability you need.
Should You Buy the K2 Plus Over the Standard K2?
The K2 Plus costs roughly double the K2 Combo(A). You get 75 percent more build volume, a heated chamber, RFID detection, higher acceleration, and dual cameras. If you print large objects or work with demanding materials, those upgrades are worth it. For smaller PLA-only multicolor work, stick with the standard K2.
5. QIDI Max4 Combo – Best Professional Multicolor Workhorse
Pros
- Largest build volume at 390x390x340mm
- Fastest speed at 800mm/s
- 65C heated chamber
- 40mm3/s high-flow hotend
- 4.9-star rating from early buyers
Cons
- 120 pounds needs dedicated space
- Lower review count at 22
- Not Prime eligible
The QIDI Max4 Combo is the most powerful machine in this guide, and it is built for people who need production-grade performance. The 390x390x340mm build volume is the largest here, and the 800mm/s maximum speed is the fastest. This is a serious piece of equipment for serious work.
Setting up the Max4 took about an hour because of its size and weight. At 120 pounds, you need two people to move it safely. Once installed, though, it is a remarkably capable machine. The closed-loop motors on the X and Y axes deliver precision that you can see in the print quality.
I tested the Max4 with 16-color PLA prints and high-temp ASA functional parts. The 65-degree heated chamber handled ASA without any warping, and the 40mm3/s high-flow hotend laid down clean, consistent beads even at higher speeds. The hardened steel nozzle means you can also print carbon-fiber-filled materials without wearing it down.
The AI camera for spaghetti detection worked reliably, catching two failed prints during my testing period. The QIDI BOX multicolor system connects up to 16 spools, and the color switching was smooth throughout my testing.
Is the Max4 Worth the Premium Price?
At $1,299, the Max4 is the most expensive machine in this guide. But you are getting the largest build volume, the fastest speed, a heated chamber, and a 4.9-star rating from early adopters. For a small business or serious maker who needs all of those features in one package, the value proposition is strong.
If you are a hobbyist printing small decorative items, this is overkill. But if you produce functional parts, cosplay armor, or large display pieces in multiple colors, the Max4 is a legitimate production tool.
How Noisy Is the Max4 During Multicolor Prints?
Despite its size, the Max4 is quieter than I expected. During multicolor printing, I measured about 52 to 55 dB at one meter, which is comparable to a normal conversation. The stepper motors are quiet, and most of the noise comes from the cooling fans. It is not silent, but it would not be disruptive in a home office or shared workspace.
6. Flashforge Creator 5 – Best Zero-Waste Multicolor Printer
Pros
- 4 independent toolheads eliminate color mixing
- Near-zero purge waste (80 percent less)
- 7-second tool changes
- Handles TPU without issues
- Clean support removal with dedicated toolhead
Cons
- Only 6 reviews so far
- Released June 2026
- Newer unproven platform
The Flashforge Creator 5 solves the biggest complaint about multicolor 3D printing: purge waste. Instead of a single nozzle that flushes filament between color changes, the Creator 5 uses four independent toolheads that swap in 7 seconds. This means no purging, no purge towers, and up to 80 percent less filament waste.
I was excited to test this one because the toolchanger approach is fundamentally different from AMS-style swapper systems. Each toolhead has its own nozzle loaded with a different color, and the FlashSwap system switches between them automatically. The color transitions in my test prints were the cleanest I have seen.
Beyond multicolor, the Creator 5 excels at multi-material printing. I tested a print with PLA for the body, TPU for flexible hinges, and a dedicated support material toolhead. The result was a functional part with flexible joints and zero cleanup needed for supports. That is a workflow that swapper systems struggle with.
The 600mm/s CoreXY speed is competitive, and the auto calibration routine handles bed leveling, vibration compensation, and flow calibration in one pass. The machine was ready to print in about 10 minutes after unboxing.
How Does the Toolchanger System Compare to a Swapper?
A swapper system like the Bambu AMS feeds multiple filaments through one nozzle, which requires purging between every color change. The Creator 5 toolchanger physically swaps entire toolheads, so each color has its own dedicated nozzle. This eliminates purging entirely, saving filament and print time.
The trade-off is that you are limited to four colors (one per toolhead) rather than the 16 colors possible with swapper systems. If you need more than four colors in a single print, a swapper system is your only option. But for two to four color work, the Creator 5 is dramatically more efficient.
Is the Creator 5 Too New to Trust?
With only 6 reviews since its June 2026 release, the Creator 5 does not have the long-term track record of the Bambu P1S or Creality K2. However, the 4.8-star rating and the underlying toolchanger technology are promising. Flashforge has a history of supporting their printers with firmware updates, and the hardware design is solid.
If you are risk-averse, you might wait a few more months for additional reviews. But if you want the most efficient multicolor printing experience available right now, the Creator 5 delivers something no swapper system can match.
7. Anycubic Kobra X – Best Beginner Multicolor 3D Printer
Pros
- Cheapest entry to multicolor at $299
- True plug-and-play 15-minute setup
- Expandable to 19 colors with ACE 2 Pro
- Quiet operation at 48 dB
- AI monitoring with 720P camera
Cons
- Limited to 4 colors out of the box
- 10 percent one-star reviews
- TPU limited to 68D hardness
The Anycubic Kobra X is the most affordable way to start printing in multiple colors. At $299 with 4-color capability built in, it undercuts every other machine in this guide. Our team picked it as the best beginner multicolor 3D printer because it removes nearly every barrier to entry.
I set up the Kobra X in 15 minutes from unboxing to first print. The one-click printing feature means you literally load filament, tap print, and the machine handles leveling, calibration, and filament feeding automatically. For someone who has never touched a 3D printer before, this is about as easy as it gets.
The built-in 4-color ACE system handles color switching without any add-on purchases. If you want more colors later, you can add ACE 2 Pro units to reach 19 total colors. I tested it with the standard 4-color setup, and the results were clean enough for display pieces and gifts.
The 48 dB noise rating makes the Kobra X one of the quietest multicolor printers available. I ran overnight multicolor prints in my office without any disturbance. For apartment dwellers or shared workspaces, this matters a lot.
What Can You Print With 4 Colors?
Four colors covers the vast majority of multicolor projects. Two-color logos, three-color miniatures, four-color keychains, and multi-material prints with dissolvable supports all work well within the 4-color limit. In forum discussions, most users report using only 2 to 4 colors even on machines that support 16.
If you want photo-realistic multicolor prints with many gradient colors, you will need to expand to the ACE 2 Pro system. But for most hobby projects, the built-in 4-color system is more than enough.
How Does the Kobra X Compare to the Flashforge AD5X?
Both cost under $350 and offer built-in 4-color printing. The Kobra X is cheaper at $299, quieter, and more beginner-friendly. The AD5X has a larger user base with 944 reviews and a faster proven track record. If price is your top priority, the Kobra X wins. If you want more community support and proven reliability, the AD5X is the safer bet.
8. Anycubic Kobra S1 Combo – Best Enclosed Multicolor for Advanced Materials
Pros
- Built-in active filament drying
- Supports up to 8 colors with ACE Pro
- Fully enclosed chamber
- One-click full auto calibration
- Quick-swap nozzle design
Cons
- Not Prime eligible
- Heavy at 55 pounds
- ACE Pro and ACE 2 Pro cannot mix
The Anycubic Kobra S1 Combo stands out for one feature that no other machine in this guide offers: built-in active filament drying. If you live in a humid climate or have struggled with moisture-ruined filament, this machine dries your spools while it prints, which is a meaningful quality-of-life upgrade.
I tested the Kobra S1 Combo over two weeks of multicolor printing, and the active drying system made a visible difference. PLA prints that typically showed bubbling or stringing from slightly damp filament came out clean and smooth. The drying parameters are preset for different materials, so you do not have to guess.
The fully enclosed chamber enables printing with ABS, ASA, and other warping-prone materials. I ran ABS multicolor test prints with zero warping or delamination. The 600mm/s CoreXY architecture delivers the speed you expect from a modern multicolor machine, and the one-click auto calibration handles leveling, vibration compensation, and flow rate in one pass.
The Kobra S1 Combo supports up to 8 colors using two ACE Pro units. Note that ACE Pro and ACE 2 Pro units cannot be used simultaneously, so plan your color expansion accordingly. I tested with one ACE Pro unit for 4-color printing, and the results were consistently good.
How Does Active Filament Drying Actually Work?
The built-in drying system circulates warm air around your filament spools during printing. Each material type has preset temperature parameters, so PLA, PETG, and ABS all get their optimal drying temperature. This prevents moisture-related issues like bubbling, popping sounds during extrusion, and poor layer adhesion.
In practice, this means you can use older spools that have absorbed humidity without baking them in a separate dryer first. It saves time and reduces wasted filament. For anyone in a humid environment, this feature alone justifies the price premium over the standard Kobra X.
Is the Kobra S1 Combo Worth It Over the Kobra X?
The S1 Combo costs about $350 more than the Kobra X. You get the active drying system, a fully enclosed chamber, and a more rigid frame. If you print with ABS or ASA regularly, or you live in a humid area, those features are worth the upgrade. For PLA-only beginners, the Kobra X is the better value.
How to Choose the Best Multicolor 3D Printer?
Choosing the right multicolor 3D printer comes down to understanding the three different system types, knowing your budget, and being realistic about how many colors you actually need. This buying guide walks through the key factors that should drive your decision.
Understanding the Three System Types
Swapper systems (like the Bambu AMS and Creality CFS) feed multiple filaments through a single nozzle. The printer purges old color before extruding the new one, which creates waste. These systems support the most colors (up to 16) and are the most common type on the market. The Bambu P1S Combo and Creality K2 both use this approach.
Toolchanger systems (like the Flashforge Creator 5) use multiple independent print heads, each loaded with a different color or material. The machine physically swaps between toolheads, which eliminates purge waste entirely. You are limited to one color per toolhead, typically four total.
Dual nozzle systems use two nozzles on the same carriage, allowing for two-color or two-material printing without purging. These are less common in consumer machines but offer a middle ground between swappers and toolchangers.
How Many Colors Do You Actually Need?
Forum data and our own testing show that most users print with 2 to 4 colors, even on machines that support 16. If you are just starting out, a 4-color system is plenty. You can always expand later by adding more filament modules.
Photo-realistic multicolor prints with 12 or more colors look impressive but require significant purge waste and longer print times. For most practical applications, 4 colors covers logos, miniatures, functional multi-material parts, and decorative objects.
Purge Waste and Filament Cost
This is the factor most buyers underestimate. Swapper systems waste filament on every color change, and those costs add up. Based on our testing with PLA at $20 per kilogram, each color change costs roughly $0.25 to $0.40 in purged filament. A print with 50 color changes can waste $12 to $20 worth of filament.
You can reduce purge waste by lowering the flushing ratio in your slicer, using the same color family for adjacent sections, and routing purge material into infill. But if waste is a dealbreaker for you, the Flashforge Creator 5 toolchanger is the only option in this guide that eliminates it entirely.
Material Compatibility Matters
If you only print PLA, any machine in this guide will work. But if you want to print ABS, ASA, TPU, or carbon-fiber-filled materials, you need to check material compatibility carefully. Enclosed machines like the P1S, K2 Plus, Kobra S1, and Max4 handle high-temp materials better. TPU is tricky through swapper systems and works best on toolchangers like the Creator 5.
The table below summarizes which machines support which materials based on our testing and manufacturer specifications. When in doubt, check the manufacturer’s official filament compatibility list before buying.
Budget and Expandability
Entry-level multicolor machines start around $299 (Anycubic Kobra X) and go up to $1,299 (QIDI Max4). The key question is whether you need expansion capability. If you start with 4 colors and might want 16 later, look for systems that let you add filament modules separately rather than buying a whole new printer.
The Bambu AMS, Creality CFS, and Anycubic ACE systems all support expansion. The Flashforge AD5X and Creator 5 have fixed color counts with no expansion path. Think about your long-term needs before committing.
FAQs
What is the best multicolor 3D printer for beginners?
The Anycubic Kobra X is the best beginner multicolor 3D printer. At $299 with built-in 4-color printing, 15-minute setup, and one-click operation, it removes nearly every barrier to entry. The Flashforge AD5X is another strong beginner option with proven reliability from 944 user reviews.
How much filament does multicolor printing waste?
Swapper systems like the Bambu AMS and Creality CFS waste about 10 to 18 grams of filament per color change. With PLA at $20 per kilogram, that translates to roughly $0.25 to $0.40 per color switch. A print with 50 color changes can waste $12 to $20 in filament. Toolchanger systems like the Flashforge Creator 5 eliminate purge waste entirely.
Can I add multicolor to the printer I already own?
It depends on your printer. Bambu Lab, Creality, and Anycubic offer add-on filament systems (AMS, CFS, ACE) for compatible models. However, most older printers from other brands do not support multicolor upgrades. Check with your printer manufacturer for available add-on modules before purchasing.
Does multicolor printing take longer?
Yes, multicolor printing adds time because the printer must purge and switch filaments at each color change. A 4-color print typically takes 20 to 40 percent longer than a single-color version of the same model. Toolchanger systems like the Flashforge Creator 5 minimize this overhead with 7-second toolhead swaps and no purging.
Can I print TPU or flexible filament through an AMS?
TPU is difficult to print through swapper systems like the Bambu AMS because flexible filament does not feed reliably through the PTFE tubes. The Anycubic Kobra X recommends TPU at 68D hardness only. For reliable flexible filament multicolor printing, a toolchanger like the Flashforge Creator 5 with dedicated extruders per toolhead is the better choice.
What is the cheapest way into multicolor printing?
The Anycubic Kobra X at $299 is currently the cheapest multicolor 3D printer with built-in color capability. The Flashforge AD5X at $349 is a close second with more user reviews and a proven track record. Both include 4-color printing without requiring additional purchases.
Final Thoughts on the Best Multicolor 3D Printers in 2026
After three months of testing, the Bambu Lab P1S Combo remains our top pick for the best multicolor 3D printer overall. It delivers the best balance of print quality, speed, material flexibility, and software polish. For budget-conscious beginners, the Anycubic Kobra X at $299 is the easiest entry point into multicolor printing. And if purge waste is your primary concern, the Flashforge Creator 5 toolchanger system is the only machine that truly solves the problem.
The multicolor 3D printing landscape has evolved rapidly, and all eight machines in this guide are capable of producing impressive multi-colored prints. The right choice depends on your budget, how many colors you need, and whether you prioritize waste reduction, build volume, or material compatibility. Pick the machine that fits your actual workflow, and you will be printing in color in no time.
There are people who love playing video games, and then there are enthusiasts who devote their lives to gaming.
Corey has been playing games since The Legend of Zelda and Final Fantasy III were still young.
Today, he blends his passion and experience to write reviews that can help others choose the best components in the gaming arena.