Black Delrin Mellody Squonk #183 by Loud Cloud Mods

The Mellody Squonk is a semi-mechanical mod design utilizing a MOSFET as the trigger mechanism, fit for an 18650 battery, and housed in a compact design that is classic to the Mellody Box name.

This particular unit has serial number 183.

Made of media blasted Delrin, with a media blasted stainless steel mid plate that is a classic design language of Mellody Box.

Note: Due to the characteristics of media blasted black Delrin, the body may appear chalky when dry (as in these photos). With use, your hand oils as well as condensation from vapour will keep the Delrin moisturized and with a rich black appearance. Alternatively, you may condition the Delrin with some e-liquid or 100% VG to keep it fully moisturized.

Features:

• Delrin body construction
• Mechanical MOSFET trigger design eliminates carbonization and arcing. The MOSFET is an OMEGA Vaper Bomber Pro. Three fast clicks to lock/unlock the fire button.
• Accepts High Discharge 18650 Battery
• Gold plated contacts
• Manually adjustable 510 center pin (reverse threaded). Do NOT overtighten atomizer down on to this screw!
• Uses ModMaker DinkyPlus10 Silicone Bottles in 7.2mL liquid capacity. One is included.

Dimensions:

• Height: 85mm
• Width: 44mm
• Depth: 25mm (will fit up to 25mm diameter atomizers)
• Weight: 144 grams (dry weight, with no bottle, no battery, no liquid, no atomizer)

DISCLAIMER: Unregulated mods are for experienced vapers with access to meters and a working knowledge of Ohms Law, Watts Law, battery safety, and how general electricity works. Please ensure care is taken as to not cause damage nor harm to the atomizer, your battery, the vaping device, yourself, others, or personal property.

Vapes by Enushi is not responsible for misuse of product, nor dangerously low coil builds. Vapes by Enushi is not liable for the use of improper batteries for your builds. If you need advice to avoid problems, do not hesitate to reach out.

While this device features a MOSFET transistor as the switching mechanism along with some additional safety features such as reverse-polarity protection, short circuit cutoff, and slow voltage cutoff, users must still take care to know how their coil resistance affects the power output, how much power gets drawn from their load, and how that will affect your battery used.