STLTH x Geek Bar 80K Disposable Vape: Rocket Ice (30mL)

STLTH x Geek Bar 80K Disposable Vape | 30mL | 80, 000 Puffs

The STLTH x Geek Bar 80K is a high-capacity rechargeable disposable, crafted through a collaboration of two prominent Canadian vape brands. This product is ideal for users who prefer fewer device replacements while maintaining consistent performance throughout its lifecycle.

Key Specs

• Puff count: Up to 80, 000 puffs
• E-liquid capacity: 30mL pre-filled, partitioned dual-tank design
• Battery: 820mAh internal rechargeable battery
• Charging: USB-C, fully charges in approximately 1 hour
• Coil system: Dual coil, each coil sourcing e-liquid from its dedicated tank section
• Modes: Normal Mode (single coil) and Pulse Mode (dual coil)
• Airflow: Adjustable slider, located on the bottom of the device, also used to toggle modes
• Display: Built-in screen indicating real-time battery percentage, e-liquid level, and active mode
• Mouthpiece: Soft-tip design
• Activation: Draw-activated, no buttons

Normal Mode vs. Pulse Mode

• Normal Mode utilizes a single coil for a steady, consistent draw, designed for prolonged use and aiding in the conservation of battery and e-liquid throughout the device's lifespan.
• Pulse Mode activates both coils simultaneously, enhancing vapor density and profile richness. Since it draws from both tank sections at once, e-liquid consumption is accelerated in this configuration.

The airflow slider allows users to fine-tune draw resistance no matter the mode, enabling a transition between a tighter draw and a more open inhale to meet individual preferences.

Why It Stands Out
The dual-coil, dual-tank design is the fundamental engineering aspect that differentiates this device from typical single-coil disposables: each coil accesses its own sealed e-liquid chamber, ensuring flavour consistency from the initial puff to the final one. The integrated display eliminates the uncertainty often associated with standard disposables — users can verify the remaining battery and e-liquid levels ahead of time, preventing the surprise of running out unexpectedly.