Coilart MAGE MECH V2.0 stacked mechanical mod review
Coilart MAGE MECH V2.0 stacked mechanical mod review. As one type of vaping device, a mechanical mod is a purely mechanical product with physical power output. From affordable precision-made tubes costing just tens of yuan to premium branded models priced
Coilart MAGE MECH V2.0 Stacked Mechanical Mod Review
Coilart's MAGE MECH V2.0 stacked mechanical mod is a purely mechanical output product among electronic cigarette devices. From ancient times to the present, mechanical mods have been a favorite among hardcore players, ranging from inexpensive models to high-end brands costing tens of thousands. This trend is evident both domestically and internationally. When playing with such devices, it is not uncommon to find that many domestic players enjoy discussing the output of their mods, leading to various theories about materials, internal resistance, and explosive power. Some enthusiasts even claim that a single-battery mechanical mod can outperform a series circuit box mod worth over 200 yuan, which is not uncommon.
In reality, if one truly wants a mechanical mod to outperform a dual-battery box mod, it must be compared under equal conditions, specifically a stacked mechanical mod. Today, I want to share with you the MAGE MECH V2.0 stacked mechanical mod from Coilart.
Coilart is a well-known brand in China, primarily focusing on DIY devices for players. Despite the current trend of small vaping devices, they have launched this mechanical device, and I must commend their persistence.
It comes with a mod body, a series sleeve, two 18650 battery sleeves, two springs, a button with a gold-plated electrode, and two series connection gaskets. However, the manual does not include a Chinese version, which is a downside.
Currently, the mod is only available in black, made of brass, and has a military-style appearance with excellent craftsmanship, leaving no room for criticism. In terms of dimensions, the bottom is 26mm, the top is 25mm, and it features a chamfer, making it compatible with mainstream 24mm atomizers without any issues.
This mod can accommodate 18650, 20700, and 21700 battery sizes, and the top cap can be easily removed for battery length adjustments.
However, it is important to note that the factory mod body (left in the image) is compatible with 20700 and 21700 batteries, while the empty sleeve from the series kit (right in the image) is for 18650 batteries. If players use a single 18650 battery, they must remember to replace it; otherwise, the length difference may prevent the battery from reaching the atomizer for power connection. (PS: The mod body has an insulating sleeve inside, which is not shown in the image.)
The button is made of stainless steel, providing a great tactile feel with its slightly recessed design.
The disassembly steps are shown in the image, divided into upper and lower parts.
Its basic structure is similar to many mods on the market. This design is not innovative but is a reliable and practical choice, providing excellent tactile feedback. Upon disassembly, it can be seen that it still uses two sets of springs, so the two springs in the accessory pack can be replaced accordingly. As for the electrodes, the factory-installed ones are silver-plated (the material is unclear as I did not scrape it), and players can replace them with the transparent and gold-plated electrodes from the accessory pack.
In terms of battery usage, all performance indicators are satisfactory, but the actual performance depends more on the battery's specifications and core data, which I won't elaborate on here.
Next, I will explain how to use the series kit and the data selection for atomizers. It is important to note that while different sizes or brands of batteries can be mixed in a series mod, for stability, it is recommended to use batteries of the same brand and output specifications.
Taking the commonly used 18650 battery as an example, when using it, place the battery in the 18650 sleeve, ensuring that the positive terminal aligns with the sleeve's electrode. Although it can be reversed, for safety reasons, this arrangement is more appropriate. #p#分页标题#e#
When placing the battery into the mod body, whether it is the manufacturer's instructions or expert reviews, it is said that the battery must be placed with the negative terminal facing up (toward the atomizer) and the positive terminal facing down (toward the button electrode). However, players familiar with series mechanical mods know that it does not matter whether the positive terminal is up or down; both installation methods are equally safe and provide the same output. The reason for this explanation is unclear.
PS: I would also like to address a previous claim by some reviews and vendors that reversing the battery will increase output power, which is quite laughable.
After placing the single sleeve battery, we first need to place the connecting gasket inside, then lower the second sleeve and install the second battery (the electrode installation direction of both batteries must be the same).
Once the series kit is assembled, its length is essentially the same as two regular mods, making it bulky and inconvenient to carry. However, most players enjoy using mods for the experience and style; if you don't mind its bulkiness, it can certainly make you the center of attention when taken out.
The installation method and precautions for the battery have been explained, and now let's discuss the data usage for atomizers. As a single battery mod, you can use resistances as high as 2.0Ω or as low as 0.05Ω, whether single or dual coil, without any issues. But how should it be used in series?
In this case, high-power dual-battery box mods typically have an output of around 200W. We often see many reviewers or so-called experienced reviewers conducting tests with 0.0X resistance to showcase how fast the firing speed is and how massive the vapor is. However, they never consider that at full power, it is essentially the maximum output of such series circuit box mods. But how many people can withstand the rapid heating and high temperatures? Who has the lung capacity to inhale for several seconds? This absurd and misleading usage method is simply ridiculous.
When using this series mod, as well as dual-battery box mods at full power output, it is best to keep the resistance between 0.3-0.5Ω for optimal performance. For wire selection, players can use higher resistance and more complex wire or 0.6-0.8mm A1 wire to wrap coils (using NI80 wire is not recommended due to its rapid heating, which most people cannot tolerate). As shown in the image, using 0.7mm A1 wire, with a 3.5mm coil diameter and 10 wraps, results in a resistance of 0.38Ω, providing ample vapor with an explosive flavor experience, and prolonged use won't cause discomfort due to excessive heat, making this data my standard for high-power output.
The reason for choosing 0.7mm A1 wire is to control the resistance without it being too high, while 10 wraps are to prevent the resistance from being too low, which would cause rapid heating that is unbearable. The 3.5mm coil diameter is to ensure the longevity and oil absorption speed after adding e-liquid. I have matched various data and wire types while using series devices, and I believe this combination is the most perfect, so I recommend it to everyone. Additionally, if you use A1 wire, it will yield excellent results!
Now, why not choose fine wire and dual wire wrapping methods? Because the low resistance data produced by such methods is far inferior to the experience of using thicker wire. Why do so many reviews still advocate for players to use them? When they write about large airflow atomizers like the 528, they still use 0.32/0.4mm fine wire for 2.5 wraps and 6 wraps, claiming the flavor is rich and the vapor is abundant, which shows that such reviews are often more about the quantity of words than quality.
In conclusion, I understand that most domestic players have not used series mechanical mods, so this article focuses on the usage methods of series mods and atomizer matching, while also pointing out some misconceptions propagated by various "experts".
Returning to the product itself, I must express my appreciation for the MAGE MECH V2.0 stacked mechanical mod, which I purchased out of my own pocket. In my previous review of the DPRO MINI atomizer from Coilart, I pointed out flaws that other world-class experts dared not mention, and I was criticized by the manufacturer for being unprofessional, viewed as an obstacle to industry development. Nevertheless, I still want to commend the MAGE MECH V2.0 stacked mechanical mod! It has not abandoned the player-oriented approach of the Coilart brand in pursuit of pure profit amidst the small vaping device craze. With its flawless craftsmanship, excellent usability, and fun performance, the MAGE MECH V2.0 stacked mechanical mod is definitely worth purchasing. Priced at 398 yuan, it is already quite affordable and offers great value, especially when combined with e-commerce "discount prices".
Coilart's MAGE MECH V2.0 stacked mechanical mod is a purely mechanical output product among electronic cigarette devices. From ancient times to the present, mechanical mods have been a favorite among hardcore players, ranging from inexpensive models to high-end brands costing tens of thousands. This trend is evident both domestically and internationally. When playing with such devices, it is not uncommon to find that many domestic players enjoy discussing the output of their mods, leading to various theories about materials, internal resistance, and explosive power. Some enthusiasts even claim that a single-battery mechanical mod can outperform a series circuit box mod worth over 200 yuan, which is not uncommon.
In reality, if one truly wants a mechanical mod to outperform a dual-battery box mod, it must be compared under equal conditions, specifically a stacked mechanical mod. Today, I want to share with you the MAGE MECH V2.0 stacked mechanical mod from Coilart.
Coilart is a well-known brand in China, primarily focusing on DIY devices for players. Despite the current trend of small vaping devices, they have launched this mechanical device, and I must commend their persistence.
It comes with a mod body, a series sleeve, two 18650 battery sleeves, two springs, a button with a gold-plated electrode, and two series connection gaskets. However, the manual does not include a Chinese version, which is a downside.
Currently, the mod is only available in black, made of brass, and has a military-style appearance with excellent craftsmanship, leaving no room for criticism. In terms of dimensions, the bottom is 26mm, the top is 25mm, and it features a chamfer, making it compatible with mainstream 24mm atomizers without any issues.
This mod can accommodate 18650, 20700, and 21700 battery sizes, and the top cap can be easily removed for battery length adjustments.
However, it is important to note that the factory mod body (left in the image) is compatible with 20700 and 21700 batteries, while the empty sleeve from the series kit (right in the image) is for 18650 batteries. If players use a single 18650 battery, they must remember to replace it; otherwise, the length difference may prevent the battery from reaching the atomizer for power connection. (PS: The mod body has an insulating sleeve inside, which is not shown in the image.)
The button is made of stainless steel, providing a great tactile feel with its slightly recessed design.
The disassembly steps are shown in the image, divided into upper and lower parts.
Its basic structure is similar to many mods on the market. This design is not innovative but is a reliable and practical choice, providing excellent tactile feedback. Upon disassembly, it can be seen that it still uses two sets of springs, so the two springs in the accessory pack can be replaced accordingly. As for the electrodes, the factory-installed ones are silver-plated (the material is unclear as I did not scrape it), and players can replace them with the transparent and gold-plated electrodes from the accessory pack.
In terms of battery usage, all performance indicators are satisfactory, but the actual performance depends more on the battery's specifications and core data, which I won't elaborate on here.
Next, I will explain how to use the series kit and the data selection for atomizers. It is important to note that while different sizes or brands of batteries can be mixed in a series mod, for stability, it is recommended to use batteries of the same brand and output specifications.
Taking the commonly used 18650 battery as an example, when using it, place the battery in the 18650 sleeve, ensuring that the positive terminal aligns with the sleeve's electrode. Although it can be reversed, for safety reasons, this arrangement is more appropriate. #p#分页标题#e#
When placing the battery into the mod body, whether it is the manufacturer's instructions or expert reviews, it is said that the battery must be placed with the negative terminal facing up (toward the atomizer) and the positive terminal facing down (toward the button electrode). However, players familiar with series mechanical mods know that it does not matter whether the positive terminal is up or down; both installation methods are equally safe and provide the same output. The reason for this explanation is unclear.
PS: I would also like to address a previous claim by some reviews and vendors that reversing the battery will increase output power, which is quite laughable.
After placing the single sleeve battery, we first need to place the connecting gasket inside, then lower the second sleeve and install the second battery (the electrode installation direction of both batteries must be the same).
Once the series kit is assembled, its length is essentially the same as two regular mods, making it bulky and inconvenient to carry. However, most players enjoy using mods for the experience and style; if you don't mind its bulkiness, it can certainly make you the center of attention when taken out.
The installation method and precautions for the battery have been explained, and now let's discuss the data usage for atomizers. As a single battery mod, you can use resistances as high as 2.0Ω or as low as 0.05Ω, whether single or dual coil, without any issues. But how should it be used in series?
In this case, high-power dual-battery box mods typically have an output of around 200W. We often see many reviewers or so-called experienced reviewers conducting tests with 0.0X resistance to showcase how fast the firing speed is and how massive the vapor is. However, they never consider that at full power, it is essentially the maximum output of such series circuit box mods. But how many people can withstand the rapid heating and high temperatures? Who has the lung capacity to inhale for several seconds? This absurd and misleading usage method is simply ridiculous.
When using this series mod, as well as dual-battery box mods at full power output, it is best to keep the resistance between 0.3-0.5Ω for optimal performance. For wire selection, players can use higher resistance and more complex wire or 0.6-0.8mm A1 wire to wrap coils (using NI80 wire is not recommended due to its rapid heating, which most people cannot tolerate). As shown in the image, using 0.7mm A1 wire, with a 3.5mm coil diameter and 10 wraps, results in a resistance of 0.38Ω, providing ample vapor with an explosive flavor experience, and prolonged use won't cause discomfort due to excessive heat, making this data my standard for high-power output.
The reason for choosing 0.7mm A1 wire is to control the resistance without it being too high, while 10 wraps are to prevent the resistance from being too low, which would cause rapid heating that is unbearable. The 3.5mm coil diameter is to ensure the longevity and oil absorption speed after adding e-liquid. I have matched various data and wire types while using series devices, and I believe this combination is the most perfect, so I recommend it to everyone. Additionally, if you use A1 wire, it will yield excellent results!
Now, why not choose fine wire and dual wire wrapping methods? Because the low resistance data produced by such methods is far inferior to the experience of using thicker wire. Why do so many reviews still advocate for players to use them? When they write about large airflow atomizers like the 528, they still use 0.32/0.4mm fine wire for 2.5 wraps and 6 wraps, claiming the flavor is rich and the vapor is abundant, which shows that such reviews are often more about the quantity of words than quality.
In conclusion, I understand that most domestic players have not used series mechanical mods, so this article focuses on the usage methods of series mods and atomizer matching, while also pointing out some misconceptions propagated by various "experts".
Returning to the product itself, I must express my appreciation for the MAGE MECH V2.0 stacked mechanical mod, which I purchased out of my own pocket. In my previous review of the DPRO MINI atomizer from Coilart, I pointed out flaws that other world-class experts dared not mention, and I was criticized by the manufacturer for being unprofessional, viewed as an obstacle to industry development. Nevertheless, I still want to commend the MAGE MECH V2.0 stacked mechanical mod! It has not abandoned the player-oriented approach of the Coilart brand in pursuit of pure profit amidst the small vaping device craze. With its flawless craftsmanship, excellent usability, and fun performance, the MAGE MECH V2.0 stacked mechanical mod is definitely worth purchasing. Priced at 398 yuan, it is already quite affordable and offers great value, especially when combined with e-commerce "discount prices".
