Boxer Classic BF Squonk Mod // 20700 or 21700
Hurry! Only 1 left at this price!
This variant is currently sold out.
Powered by a single 20700 or 21700 (not included), the Boxer has an ingenious battery locking system to insure a secure fit with no rattle enabling you to use either battery size.
Our squonk bottle will hold a generous 7ml of liquid despite the ultra compact size that you've become accustomed to with our Boxer Mods.
If you want a hard hitting squonker for sub ohm builds then the Boxer Mod Classic BF Squonk Mechanical Mod won't disappoint, with minimal voltage drop ensuring you get maximum power delivery.
- Bottom Feed
- Fully Mech Squonk Mod with virtually zero voltage drop
- Lockable Fire Switch (to prevent accidental auto-fire)
- Rhodium Plated Beryllium Copper Contacts
- 7ml Capacity Boxer SuperSoft Silicone Food Grade Squonk Bottle
- Boxer Black BF 510 with Super Large Contact Area.
- Plastic Nylon Body
- Ergonomic design
- Approx. 79mm x 26mm x 46mm
What's in the box: Just the mod and its bottle.
Serious injury and bodily harm can be caused by incorrect use of this device, and Vapoureyes will not be held liable for any issues that arise from improper handling or lack of proper knowledge. It is entirely incumbent on you to research and understand the safe operation of this mechanical mod.
Unlike regulated devices, mechanical mods do not have any internal circuitry to detect improperly oriented batteries, nor do they limit battery discharge or incorporate any safety cutoffs. For that reason, it is vitally important that you take note of and follow the battery orientation marks on the device to avoid shorts, and to only ever use high-drain batteries that are in excellent condition with no bumps or dents, and which are properly wrapped.
This is not a toy, do not be cavalier with your safety. If you have any doubt whatsoever about the level of knowledge required to safely use this device, buy something else. There are plenty of regulated devices capable of producing just as much vapour without any of the risks associated with mechanical devices.