Technical Data

Battlemech: Jenner
Variant: JR7-R*
Chassis Mass: 35 Tons
Tech Base: Inner Sphere
Battle Value: 835

Engine: Fusion
Gyro: Standard
Cockpit: Standard
Structure: Standard
Armor: Standard

Movement: 7/11/0
Dissipation: 10
Armor Mass: 5.5 Tons
Armor Factor: 88

   HTAL


Weapons & Equipment

Weapon Class Location
LRM-10 CT
MLas LA
MLas RA

Equipment Location
Ammo (LRM-10) 12 RT

   Threat Assessment



Key Metrics

Run ACD Heat
Baseline 67.9 13
Optimized 69.6 21
Redline 69.6 21

Test Results

The JR7-R* has weak baseline damage output with almost no opportunity to optimize (+2 versus baseline). This Jenner variant builds up insignificant amounts of heat and is very easy to control.

   Redline Benchmark


   Optimized Benchmark


   Benchmark Comparison



Key Metrics

Damage/Hit 4.9
Critical Hits 2.0 per Game
Time to Kill 20.4 Turns

Test Results

The JR7-R* deals just below average damage per hit, generates a low number of critical chances and lacks the capability to bring down targets.

   Lethality Test


   Cumulative Lethality



Key Metrics

Armor Coverage 74.0%
Survival Rate 50.3%
Destruction Rate 49.7%

Test Results

This configuration of the Jenner has reliable armor coverage that is extremely weak on the arms and is extremely over spec on the rear torso. The JR7-R* has average survivability and attributes a large percentage of deaths to ammo explosions.

   Survivability Benchmark


   Ammo Analysis


   Cumulative Survivability



Key Metrics

Ground MP 7/11
Jump MP 0
Target Mod (avg) +3.4

Test Results

The Jenner JR7-R* has very good mobility with no jump capability. This battlemech is very susceptible to actuator hits while maintaining a virtually unhittable average target modifier.

   Motive Hits


   Target Modifer Analysis



Key Metrics

Battle Value: 835
Effective Loss 23.1%
Skill Sensitivity 0.571

Test Results

The JR7-R* ranks just below average in terms of efficiency while showing some response to increases in gunnery skill.

   Effective Damage Analysis


   Efficiency Rating


   Gunnery Sensitivity Analysis





Preparing Analysis...