Technical Data

	Battlemech:	Timber Wolf
	Variant:	Prime
	Chassis Mass:	75 Tons
	Tech Base:	Clan
	Battle Value:	2737

	Engine:	XL Fusion
	Gyro:	Standard
	Cockpit:	Standard
	Structure:	Endo Steel
	Armor:	Ferro-Fibrous

	Movement:	5/8/0
	Dissipation:	34
	Armor Mass:	12.0 Tons
	Armor Factor:	230

   HTAL

Weapons & Equipment

Weapon	Class	Location
cLRM-20		LT
cLRM-20		RT
cerLLas		LA
cerLLas		RA
cMPLas		LT
cerMLas		LA
cerMLas		RA
cMG		CT
cMG		RT

   Threat Assessment

Key Metrics

	Run	ACD	Heat
	Baseline	278.9	47
	Optimized	290.8	72
	Redline	127.5	260

Test Results

The Timber Wolf has terrifying baseline damage output with solid damage optimization potential (+12 versus baseline). This Timber Wolf variant gets very hot, very quickly and can be very difficult to control.

   Redline Benchmark

   Optimized Benchmark

   Benchmark Comparison

Key Metrics

	Damage/Hit	5.8
	Critical Hits	4.1 per Game
	Time to Kill	6.6 Turns

Test Results

The Timber Wolf deals average damage per hit, generates a high number of critical chances and takes down targets easily.

   Lethality Test

   Cumulative Lethality

Key Metrics

	Armor Coverage	99.6%
	Survival Rate	91.2%
	Destruction Rate	8.9%

Test Results

This configuration of the Timber Wolf has extremely heavy armor coverage that is underarmored on the rear torso. The Timber Wolf is very difficult to bring down and is rarely destroyed by ammo explosions.

   Survivability Benchmark

   Ammo Analysis

   Cumulative Survivability

Key Metrics

	Ground MP	5/8
	Jump MP	0
	Target Mod (avg)	+3.0

Test Results

The Timber Wolf has average mobility with no jump capability. This battlemech sees little-to-no motive hits while maintaining an excellent average target modifier.

   Motive Hits

   Target Modifer Analysis

Key Metrics

	Battle Value:	2737
	Effective Loss	3.3%
	Skill Sensitivity	0.584

Test Results

The Timber Wolf is a solid choice that outperforms most other battlemechs while showing some response to increases in gunnery skill.

   Effective Damage Analysis

   Efficiency Rating

   Gunnery Sensitivity Analysis