BunkerKings CMD/VIO Lens HD Acid | Replacement Thermal Paintball Goggle Lens

The BunkerKings CMD/VIO Lens HD Acid is a premium replacement thermal lens built for players who want maximum clarity, anti-fog performance, and bold field style. Designed for use with all Virtue VIO goggle systems, this high-definition lens combines advanced optical performance with durable coatings to keep your vision sharp in every playing condition.

Compatible with the BunkerKings CMD as well as Virtue VIO Ascend, Contour, and Extend platforms, the CMD HD Acid lens provides a fast and effective upgrade for players who demand reliable performance during speedball, woodsball, and tournament play.

The HD polycarbonate construction delivers distortion-free optical clarity and a wide field of view, helping players track movement faster and maintain better awareness on the field. The dual-pane thermal lens technology significantly reduces fogging, ensuring clear vision even during humid, rainy, or high-intensity matches.

Its hydrophobic lens coating repels moisture, paint, dust, and dirt, creating a protective barrier that helps prevent smudges and streaking. The advanced scratch-resistant chromatic coating improves durability while preserving visual sharpness and color balance for long-lasting performance.

Features & Benefits

High-Definition Polycarbonate Lens
Provides crystal-clear optics with distortion-free vision.

Dual-Pane Thermal Anti-Fog Technology
Helps prevent fogging and maintains visibility in all weather conditions.

Hydrophobic Lens Coating
Repels water, paint, dirt, and fingerprints for easier cleaning.

Scratch-Resistant Chromatic Coating
Improves durability without sacrificing optical clarity.

100% UV Protection
Protects eyes during long outdoor play sessions.

Anti-Reflective Coating
Reduces glare and improves focus in bright conditions.

Compatible with All Virtue VIO Goggles
Fits CMD, Ascend, Contour, Extend, and all Virtue VIO systems.

HD Acid Finish
Unique mirrored lens style for standout performance and aggressive field appearance.