Description
Step into the future of pod vaping with the Uwell Caliburn G4 PRO KOKO Pod System, an advanced device that combines power, precision, and personalization. Delivering up to 35W of output from its integrated 2000mAh battery, the G4 PRO KOKO is engineered for both performance and convenience.
At the heart of this device lies a 2-inch smart touchscreen, the first-ever in the KOKO lineup, allowing you to easily navigate between output modes, adjust wattage, and monitor device stats—all with a single tap. Choose between Storm Mode for intense throat hits, Waves Mode for smooth and flavorful draws, or dive into Customize Mode to fine-tune your vape exactly the way you like it.
Designed to impress both visually and functionally, the Caliburn G4 PRO KOKO features five Blind Draw UI themes to collect, making every session a personalized experience. With compatibility across Caliburn GPP and G3 pods, you’ll enjoy a wide range of coil and flavor options. The 3mL pod capacity, side-fill system, and adjustable airflow make refilling and customization effortless, while the USB Type-C charging ensures quick power-ups on the go.
Sleek, smart, and endlessly capable, the Uwell Caliburn G4 PRO KOKO brings a new level of sophistication to the beloved KOKO series.
Uwell Caliburn G4 PRO KOKO 35W Pod System Features:
Dimensions: 85.8mm x 50mm x 23mm
Battery Capacity: 2000mAh (Rechargeable)
Wattage Range: Up to 35W
Display: 2″ Smart Touchscreen
Operation: Draw-Activated
Charging: USB Type-C
Pod Capacity: 3mL
Pod Compatibility: Caliburn GPP / G3 Pods
Fill System: Side-Fill
Coil Installation: Pre-Installed
Airflow: Adjustable
Modes: Storm Mode | Waves Mode | Customize Mode
Includes:
1 × Uwell Caliburn G4 PRO KOKO Device
1 × 0.4ohm Caliburn GPP Pod (3mL)
1 × 0.6ohm Caliburn GPP Pod (3mL)
1 × User Manual
Why Vapers Love It:
First-ever KOKO touchscreen for full control
Three power modes to match your vaping style
Strong 2000mAh battery with quick Type-C charging
Compatible with both GPP and G3 pod platforms
Compact, stylish, and performance-driven design
