OBELISK 200 KIT

The Geekvape Obelisk 200 Kit is a sturdy, lightweight, and durable kit that delivers a remarkable 200W output. Its body is made from high-quality CNC aluminium, and it features the Obelisk 200 mod, which is a beast in itself. A robust structure made of four layers makes it the toughest kit in testing conditions.

The kit is powered by two external 18650 batteries, which is the secret behind its superb performance. The battery cap comes with a magnetic design for easy replacement. It is powered by Geekvape’s AF chipset for improved performance and has a 0.96” TFT screen to display the essential parameters.

The kit is coupled with the Obelisk Tank, which improves safety and enhances the flavour. It has a child proof lock design and convenient top-fill mechanism for e-juice refilling. In addition, the tank’s bottom airflow system alongside the Geekvape Z series coils boosts the liquid’s flavour and create big clouds.

Obelisk 200 Kit Features

• CNC machined aluminium body
• Remarkable 5-200W power range
• AF chipset with a 0.96” TFT screen
• Childproof Obelisk Tank with top-fill
• Bottom airflow design for big clouds
• Powered by two external 18650 batteries (batteries not included)

Protection

• Low Battery
• Short Circuit
• No Atomiser
• 10 Second Timeout

Specifications

• Size: 125mm*42mm*20mm
• Display Screen:0.96” TFT Colour Screen
• Output Power: 5W-200W
• Resistance Range: 0.05Ω-3.0Ω
• Temperature Range: 100°C-315°C
• Battery: Dual External 18650 Batteries (batteries not included)
• Charging Port: Type-C Port

Box Contents

• 1 * Obelisk 200 Mod
• 1 * Obelisk Tank
• 1 * Z1 Mesh Coil (0.4Ω)
• 1 * Z2 Mesh Coil (0.2Ω)
• 1 * Type-C USB Cable
• 1 * User Manual

Battery Information

• This kit runs on two 18650 batteries that are 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). We also sell it. It will prolong the life of your batteries and safeguard your device’s circuit board from potentially being overloaded.