Description
Aspire Pixo Max
Aspire’s Pixo Max pod kit combines solid build quality with an elegant, ergonomic design and a clear dual-display interface. Coil resistance is shown on the upper screen, battery level on the lower display, while a central LED indicator provides real-time device status. A built-in 2600mAh battery is designed to last through a full day of vaping, and three selectable power levels let you tailor output to suit your preferred inhale.
Aspire Pixo Max Features:
- Built-in 2600mAh battery
- Dual display with LED status indicator
- ECO, NORMAL, and MAX power levels
- Supports MTL, RDTL, and DTL vaping
- Auto-draw and button activation modes
- Adjustable side airflow
- Refillable pod system
- Compatible with all Pixo pods
- USB-C charging
Designed for flexibility, the Aspire Pixo Max works with the full Pixo pod range and supports multiple built-in mesh coil options. Smart power modes allow you to switch between efficiency, balanced output, or stronger performance depending on your vaping style.
Pods are easy to refill and maintain. Simply open the fill port, add your chosen e-liquid, and reseal securely. The integrated mesh coil heats e-liquid evenly for consistent flavour and vapour, while adjustable airflow lets you fine-tune draw resistance.
Please note: No USB-C Cable is included with this device. One must be purchased separately.
Aspire Pixo Max colours:
- Brushed Pink
- Brushed Silver
- Carbon Black
- Glory Black
- Pink Gradient
- Speedy Black
- White Glow
- Wood Grain
Pod styles and e-liquid recommendations for the Aspire Pixo Max:
- 1.0Ω pod: smooth MTL draw, best with 50/50 e-liquid and nicotine salts
- 0.6Ω pod: airier RDTL inhale, suited to 50/50 or 60VG e-liquid
- 0.4Ω pod: looser RDTL inhale with stronger vapour, suitable for 50/50 or higher VG blends
Aspire Pixo Max Specifications:
- Battery Type: Built In
- Battery Capacity: 2,600mAh
- Draw Type: MTL
- Charge Rate: 2 Amp
- Charge Method: USB Type C
- Wattage Range: ECO / NOR / MAX Wattage Settings
- Compatible E-Liquid: 50/50 VG/PG
