- Devlin Stone's Origins Revealed
- BattleTech Is Coming In April!
- Blaine Lee Pardoe Provides Fascinating Look At “Twilight Of The Clans” Origins
- Year of Battle Armor: Unit 1 - Corona Heavy Battle Armor
- Community Outreach - Interview With Brent Evans, Lead BattleTech Developer At Catalyst Games
- Read more →
|Type||Energy (Direct Fire, Heat-Inducing, Anti-Infantry)|
|Ammo Per Ton||10|
|Ammo Cost (per ton)||12,000|
The Plasma Cannon is a Clan-tech energy weapon that affects its target primarily through the transfer of heat. It is essentially a more advanced Flamer, firing superheated material in a state similar to that found in fusion reactions and solar flares. Unlike most energy weapons other than chemical lasers, the Plasma Cannon does require ammo, in the form of plastic cartridges used to generate its projectiles.
The Plasma Cannon was developed by Clan Diamond Shark based on the man-portable plasma rifle of the Capellan Confederation. Like the Capellan version, the Plasma Cannon uses lasers to super-heat a plastic foam into a volatile "plasma" state which is then launched at a target by magnetic acceleration. Unlike the Capellan version, the Clan Scientists focused exclusively on heat generation, making the Plasma Cannon cause nearly twice as much heat damage on the target.
The only damage mechanism of this weapon is thermal transfer; the weapon causes serious burns, and often immediate death to living creatures, and melts or evaporates other materials. The Plasma Cannon does not have a significant kinetic energy component, that is to say the projectile is not launched with enough force to cause secondary impact damage.
|Zeta-series X Plasma Cannon||Shadow Hawk IIC 5|||
|Rho-series Plasma Cannon||Ursus 2|||
|Zeta-series X Plasma Cannon||Night Wolf|||
|Zeta-series X Plasma Cannon|| Warhammer IIC 8
Ha Otoko 2
The Plasma Cannon deals anywhere from 2-12 points of heat or 3-18 points of damage, depending on the unit it strikes:
- TechManual, p. 289
- Technical Readout: 3085, p. 174
- Technical Readout: 3085, p. 282