Technical Data

	Battlemech:	Phoenix Hawk
	Variant:	PXH-3S
	Chassis Mass:	45 Tons
	Tech Base:	Inner Sphere
	Battle Value:	1237

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

	Movement:	6/9 [12]/6
	Dissipation:	20
	Armor Mass:	8.0 Tons
	Armor Factor:	143

   HTAL

Weapons & Equipment

Weapon	Class	Location
LPLas		RA
MLas		LA
MLas		RA
MG		LA
MG		LA

   Threat Assessment

Key Metrics

	Run	ACD	Heat
	Baseline	88.8	0
	Optimized	88.8	0
	Redline	88.8	0

Test Results

The PXH-3S has weak baseline damage output with almost no opportunity to optimize (+0 versus baseline). This Phoenix Hawk variant rarely builds up heat and is extremely easy to manage.

   Redline Benchmark

   Optimized Benchmark

   Benchmark Comparison

Key Metrics

	Damage/Hit	6.1
	Critical Hits	3.4 per Game
	Time to Kill	13.8 Turns

Test Results

The PXH-3S deals slightly above average damage per hit, generates an above average number of critical chances and struggles to bring down targets.

   Lethality Test

   Cumulative Lethality

Key Metrics

	Armor Coverage	93.5%
	Survival Rate	64.6%
	Destruction Rate	35.4%

Test Results

This configuration of the Phoenix Hawk has heavy armor coverage that is vulnerable on the rear torso and has some extra armor on the legs. The PXH-3S has above average survivability and is rarely destroyed by ammo explosions.

   Survivability Benchmark

   Ammo Analysis

   Cumulative Survivability

Key Metrics

	Ground MP	6/9 [12]
	Jump MP	6
	Target Mod (avg)	+3.3

Test Results

The Phoenix Hawk PXH-3S has very good mobility with excellent jump capabilities. This battlemech takes an average number of actuator hits while maintaining a virtually unhittable average target modifier.

   Motive Hits

   Target Modifer Analysis

Key Metrics

	Battle Value:	1237
	Effective Loss	22.5%
	Skill Sensitivity	0.117

Test Results

The PXH-3S ranks below average in terms of efficiency while showing almost no response to increases in gunnery skill.

   Effective Damage Analysis

   Efficiency Rating

   Gunnery Sensitivity Analysis