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WHAT'S INSIDE GEL BLASTER SURGE Gen2 (V2.0)? I Take Apart This Splat Ball Toy To See How It Works
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I take apart the GEL BLASTER SURGE Gen2 (aka 1.6 or V2) and show what's inside and show what makes it different from the previous versions.
▼ WHERE TO BUY:
In this video, I take apart the Gel Blaster SURGE to see how it is made inside. The SURGE uses a gearbox-driven piston that is a typical design of gel blasters and airsoft. All the gears, piston, piston housing, and inner barrel are plastic. The motor is not a standard size that I could find. The circuit board charges the Li-ion battery through a USB C connector. Power to the motor is controlled by a MOSFET on the PCB and doesn't pass through the microswitch. This makes the microswitch last longer.
▼ VISIT OUR WEBSITE
▼ FOLLOW US ON:
#gelblaster #airsoft #paintball #gel #gellets
The products shown here were purchased by me with the intent to use them. I did not receive any free items, and I am not being paid or compensated for this review. The video, description, and comments may contain affiliate links. If you click on a link, I may receive a commission. Money earned helps to support my channel and bring you more informative videos about engineering, crafting, and DIY
▼ WHERE TO BUY:
In this video, I take apart the Gel Blaster SURGE to see how it is made inside. The SURGE uses a gearbox-driven piston that is a typical design of gel blasters and airsoft. All the gears, piston, piston housing, and inner barrel are plastic. The motor is not a standard size that I could find. The circuit board charges the Li-ion battery through a USB C connector. Power to the motor is controlled by a MOSFET on the PCB and doesn't pass through the microswitch. This makes the microswitch last longer.
▼ VISIT OUR WEBSITE
▼ FOLLOW US ON:
#gelblaster #airsoft #paintball #gel #gellets
The products shown here were purchased by me with the intent to use them. I did not receive any free items, and I am not being paid or compensated for this review. The video, description, and comments may contain affiliate links. If you click on a link, I may receive a commission. Money earned helps to support my channel and bring you more informative videos about engineering, crafting, and DIY
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