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Weapons & Equipment » Search » Compact Engine
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General Details
Name: Compact Engine
Type (Category): Engine (Core)
Reference: TechManual (p. 214)
Description: Massive technological advances (for the era) made it possible to deploy relatively inexpensive fusion-based power supply systems small enough for vehicular use in the early twenty-first century. Naturally, one of the first applications of this technology appeared in military vehicles and aircraft. In the millennium since that time, combat fusion engines have only grown smaller, more efficient, cleaner and more powerful—enabling the practical development of the BattleMech as the titan of war it has become. Still by no means cheap to the average consumer, battlefield-rated fusion engines are manufactured across the Inner Sphere today by a relatively small number of producers. They range in mass from the half-ton (and incredibly rare) Omni-10 power plant to the truly massive (and rarely used) LTV-400, which tips the scales at 52.5 tons.
In practical application, these engines have evolved as technologies expanded, but they have proven most efficient when used to power BattleMechs (or IndustrialMechs). Combat Vehicles, by comparison, have to mount additional shielding and power conduits to handle and harness a fusion power source, which tends to add significant weight over and above the traditional ’Mech versions.
With centuries of warfare, of course, the best technological enhancements focused on these units, yielding to date three major improvements to battlefield fusion: the extralight (XL) engine, the light fusion engine and the ProtoMech engine.
Compact engines emerged in 3068. Once again developed by Lyran engineers, this engine type was apparently an alternative approach to the “smaller, harder-to-kill engine” problem initially authorized by General Nondi Steiner during the FedCom Civil War. The compact engine has half the physical size of the standard fusion plant, but weighs fifty percent more through the use of denser shielding and a smaller, high-density fusion bottle. In the face of the Blakist Jihad, General of the Armies Adam Steiner shared this technology with ComStar and—through them—other nominal Lyran allies, including the FedSuns and the Combine. Since then, sadly, Word of Blake Robes have managed to capture and reverse-engineer the technology as well.
Game Rules: Engines are considered active in game play unless the unit is shut down or destroyed. Filled or partially filled engine fuel tanks (where applicable) are considered always live and will explode per standard rules if critically hit during game play.
’Mech fusion engines have 3 points of shielding. Each critical hit to an engine slot destroys 1 point of shielding. As shielding is destroyed, the amount of heat escaping from the ’Mech’s fusion drive increases.
The first hit increases the ’Mech’s heat build-up by 5 points per turn. The second hit results in 10 (total) points of added heat build-up per turn, and the third critical hit to an engine slot shuts down the engine and puts the BattleMech out of commission for the rest of the game. Though XL and light engines take up additional slots (in the side torsos), critical hits to any three engine slots also shut down XL and light engines.
A ’Mech is considered destroyed and out of the game if it suffers three engine hits (remember to count engine slots in the side torso if the torso is destroyed).
Unit Type Availability
BattleMechsCombat Vehicles
Inner Sphere Data (BattleMechs)
| Prototype Date: | ~3065 |
| Production Date: | 3068 |
| Extinction Date: | — |
| Recovery Date: | — |
BattleMech Specific Construction Rules
May be mounted on Inner Sphere units in accordance with the following construction rules:
Not allowed if Primitive is selected for the unit's Technology Base WEAPONS AND EQUIPMENT COMBAT AND CONSTRUCTION TABLE
Type
Heat
Damage (Aero)
Range (Aero)
Rating
Availability
Cost (C-bills)
Weight (Tons)
Criticals
Battle Value
Direct-Fire
Explosive
Engine
–
– (–)
– (–)
E
X-X-E-D
(10,000xERxTT)÷75
*
3 (CT)
—
—
—
* See rules for this equipment ER = Engine Rating TT = Total Unit Tonnage RULES LEVEL PROGRESSION TABLE
Start Year
End Year
Rules Level
MegaMek Output → Critical Slot: Fusion Engine
Record Sheet Output → Critical Slot: Compact Engine
Inner Sphere Data (Combat Vehicles)
| Prototype Date: | ~3065 |
| Production Date: | 3068 |
| Extinction Date: | — |
| Recovery Date: | — |
WEAPONS AND EQUIPMENT COMBAT AND CONSTRUCTION TABLE
Type
Heat
Damage
Range
Rating
Availability
Cost (C-bills)
Weight (Tons)
Item Slots
Battle Value
Direct-Fire
Explosive
Engine
–
–
–
E
X-X-E-D
(10,000xERxTT)÷75
*
-1*
—
—
—
* See rules for this equipment ER = Engine Rating TT = Total Unit Tonnage RULES LEVEL PROGRESSION TABLE
Start Year
End Year
Rules Level
MegaMek Output → Critical Slot: Fusion Engine
Record Sheet Output → Critical Slot: Compact Engine
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