Geekvape J Replacement Pods

Geekvape J Pods

Geekvape J pods have built-in mesh coils and fit the Digi Max and Digi Pro pod kits. Four resistances from 0.4 ohm to 1.2 ohm covering RDL and MTL. When the coil's done you swap the whole pod rather than changing a separate coil, so there's nothing to install. Available in XL 5ml or 2ml TPD capacity. Sold in packs of two.

Top airflow keeps e-liquid away from the air path, and Geekvape's triple leak-proof build handles the rest. Adjustable airflow ring on each pod lets you tighten or loosen the draw. Magnetic connection clicks the pod into the kit. Works with nic salts and 50/50 e-liquids.

Key Features

• Built-in mesh coils in 0.4, 0.6, 0.8, 1.2 ohm
• XL 5ml or 2ml TPD capacity
• Digi Max and Digi Pro compatible
• Triple leak-proof design with top airflow
• Adjustable airflow ring for MTL and RDL
• Magnetic pod connection
• Top-fill with silicone seal
• Nic salt and 50/50 e-liquid compatible
• 2-pack per resistance

J Pod Resistance and Wattage Guide

The 0.4 ohm gives you the most vapour with a looser draw. At the other end, the 1.2 ohm pulls tight at low wattage, closer to a cigarette. The 0.6 ohm covers both styles depending on where you set the airflow. For nic salts at higher strengths, the 0.8 or 1.2 ohm pods keep the throat hit smooth rather than harsh.

Digi Max and Digi Pro Pod Compatibility

Geekvape J pods click into both kits through a magnetic connection. Smart Mode on each kit reads the pod resistance and adjusts the wattage automatically. All four resistances work across both the Digi Max and Digi Pro.

These pods don't fit other Geekvape kits like the Wenax Q2, Soul 2, or Digi Q Vista. Those use different pod types. If you want replaceable coils instead of swapping the whole pod, the Geekvape J coils fit into J Empty Pod cartridges for the same two kits.

J Pod vs J Empty Pod

Two pod options for the Digi Max and Digi Pro:

Geekvape J Pods Specifications

What's in the Box?

• 2 x Geekvape J Series Replacement Pods (choose resistance: 0.4, 0.6, 0.8, or 1.2 ohm)