LOST VAPE THELEMA SOLO 100W BOX MOD

The Lost Vape Thelema Solo 100W Box Mod is an elegant and sturdy device that features a replaceable battery cover design with genuine leather padding. It is powered by a single 21700/18650 battery and delivers a 100W maximum output. A Type-C fast charging support eliminates your charging woes and gets you back in no time. An icon at the front indicates the battery level while charging.

The mod uses Lost Vape’s proprietary Quest 2.0 chipset, which provides precise control, stable output, and comes with essential safety protections. It comes with five vaping modes and three user records, which allow you to create presets of all the modes and easily switch between them. A 0.96 inches TFT screen is present at the front that displays vape parameters like power, voltage, puffs, etc.

Lost Vape Thelema Solo 100w Box Mod Features

• Elegant box mod with replaceable battery cover design
• Proprietary Quest 2.0 chipset for ultimate performance
• Five vaping modes and three user records for flexibility
• Intense 100W output for a powerful vaping experience
• Uses a single 21700/18650 battery with Type-C charging (Battery Not Included)

Protection

• Overheat
• Short circuit
• Weak battery
• 10 seconds over time
  

Lost Vape Thelema Solo 100w Box Mod Specifications

• Body Material: Zinc Alloy
• Size: 97.5mm*39mm*28.5mm
• Weight: 150gm
• Input Voltage: 5V
• Output Voltage: 0.7V-8V
• Battery Voltage: 3.0V-4.2V

• Power Range: 5W-100W
• Current Range: 1A-35A
• Resistance Range: 0.1Ω-5.0Ω
• Battery: 18650/21700 (Battery Not Included)

Box Contents

• 1 * Thelema Solo 100W Box Mod
• 1 * Type-C Cable
• 1 * 18650 Battery Adapter
• 1 * User Manual
• 1 * Warranty Card

Battery Information

• This mod runs on a single 18650/21700 battery that is not included in the package.
• When using external battery kits or mods, we always recommend charging your batteries via an external battery charger (X Star Battery Charger) which we sell. It will prolong the life of your batteries and safeguard your device’s circuit board from potentially being overloaded.