Step 1. Read 4.4V on the spec table next to 850 mAh. If a listing says 3.7 V only and never 4.4V, it is not matching this platform page.

Step 2. Read both coil resistances: 0.45 Ω and 0.9 Ω. WINDBAR CHROMA WING 4.4V is not a single-ohm device on that table. Which ohm is in your sample is unknown until the unit or the brief says so. Do not assume 0.45 Ω.

Step 3. Confirm sealed. If a seller says refill me, that seller is not following the CHROMA WING table. Do not add liquid. Do not pull a pod. The mouthpiece is integrated.

Step 4. Confirm six finishes on complete product stills, not on CSS background model scenes. The catalog files this site prefers for Google are the six product stills, not the finish-model backdrops.

Step 5. If you want to see 4.4 V in math, open the WINDBAR ohm's law calculator and enter 4.4 V plus the ohm from your insert (0.45 or 0.9 if that is what you have). Pure math at 4.4 V and 0.45 Ω is a high watt number. Packaging and mode limits win. Normal / Boost are the published output modes; how many watts each mode is set to is unknown in this article if it is not on the table.

Worked math only, not firing orders:

• 4.4 V and 0.9 Ω → P = V² / R ≈ 21.5 W, I ≈ 4.89 A
• 4.4 V and 0.45 Ω → P ≈ 43.0 W, I ≈ 9.78 A

If either result exceeds the insert, discard the result. The WINDBAR CHROMA WING 4.4V query is a platform check, not a dare.