Small

Modulates the beam of a laser weapon into the gamma frequencies. Greatly reduced range. Greatly increased thermal damage. 37.5% reduced optimal range. 15% reduced capacitor need.

Modulates the beam of a laser weapon into the infrared frequencies. Slightly improved range. Slightly increased EM damage. 20% increased optimal range. 35% reduced capacitor need.

Modulates the beam of a laser weapon into the microwave frequencies. Improved range. Increased EM damage. 40% increased optimal range. 25% reduced capacitor need.

Randomly cycles the laser through the entire spectrum. The greatly increased damage comes at the cost of a significant reduction in range. With shorter range, Thermal damage increases and the overall damage output is increased. 50% reduced optimal range.

Modulates the beam of a laser weapon into the radio frequencies. Offers greatly improved range but significantly lower damage. With longer range, EM damage increases although the overall damage output is decreased. 60% increased optimal range. 15% reduced capacitor need.

Modulates the beam of a laser weapon into the visible light spectrum. 45% reduced capacitor need.

Modulates the beam of a laser weapon into the ultraviolet frequencies. Slightly reduced range. Slightly increased thermal damage. 12.5% reduced optimal range. 35% reduced capacitor need.

Modulates the beam of a laser weapon into the xray frequencies. Reduced range. Increased thermal damage. 25% reduced optimal range. 25% reduced capacitor need.