Vapor Storm Puma 200W TC Box Mod VS iJoy CAPO Squonk 100W Box Mod

Vapor Storm Puma 200W TC Box Mod VS iJoy CAPO Squonk 100W Box Mod

Vapor Storm Puma 200W TC Box Mod

Summary

The Vapor Storm Puma 200W TC Box Mod delivers a series of creatively designed outer shell made from lightweight ABS material, integrated with a powerful 200W chipset and full temperature comprehension.

Product detail

The Vapor Storm Puma 200W TC Box Mod delivers a series of creatively designed outer shell made from lightweight ABS material, integrated with a powerful 200W chipset and full temperature comprehension. Powered by dual 18650 (sold separately), the Puma 200W Box Mod features an intelligent chipset with rapid firing speed along with temperature control settings ranging from TCR adjustments and Bypass Mode. Built for ergonomic handling, the Vapor Storm Puma has a soft curvature shell made with durable ABS lightweight material, highly capable of handling a range of Sub-Ohm Tanks and RDA for a perfect all-day powerhorse vape box mod.
Vapor Storm Puma 200W TC Box Mod

iJoy CAPO Squonk 100W Box Mod

Summary

The iJoy CAPO Squonk 100W Box Mod is the builder's edition of the original CAPO 100W, integrating a bottom-feeding functionality with a refillable squonk bottle section powered by a 21700/20700 battery platform.

Product detail

The iJoy CAPO Squonk 100W TC Box Mod is the builder's edition of the original CAPO 100W, integrating a bottom-feeding functionality with a refillable squonk bottle section powered by a 21700/20700 battery platform. The CAPO Squonk Box Mod is constructed to fully accommodate the new iJoy 21700 3750 40A Battery (not included), with the option of using 20700 battery (not included) to provide a versatile, long-lasting device with phenomenal performance capability. The battery is top-loaded through a threaded battery cap, with the squonk-ready section located adjacent for ergonomic control while simultaneously catering to building enthusiast. The internal chipset features a maximum output rating of 100W with effective fine-tuning adjustments.