And the “dynamic” players will start producing because it’ll be super profitable now! 
It’s a self-solving problem. 
1 Like
table, part 1
mod1mult is the multiplication of EHP due to thenerf onthat layer for the FIRST stacking penalized module. mod2mult is the loss for the second. So eg if you use two modules, you have to apply the first then the second.
Summary
| type | resist% | mod1mult | mod2mult | mod3mult | mod4mult |
|---|---|---|---|---|---|
| Centus X-Type Armor EM Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Centus X-Type Armor Explosive Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Centus X-Type Armor Kinetic Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Centus X-Type Armor Thermal Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Chelm’s Modified Armor EM Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Chelm’s Modified Armor Explosive Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Chelm’s Modified Armor Kinetic Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Chelm’s Modified Armor Thermal Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Core X-Type Armor EM Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Core X-Type Armor Explosive Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Core X-Type Armor Kinetic Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Core X-Type Armor Thermal Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Cormack’s Modified Armor EM Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Cormack’s Modified Armor Explosive Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Cormack’s Modified Armor Kinetic Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Cormack’s Modified Armor Thermal Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Corpus X-Type Armor EM Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Corpus X-Type Armor Explosive Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Corpus X-Type Armor Kinetic Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Corpus X-Type Armor Thermal Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Draclira’s Modified Armor EM Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Draclira’s Modified Armor Explosive Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Draclira’s Modified Armor Kinetic Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Draclira’s Modified Armor Thermal Hardener | -64.000 | .738 | .800 | .897 | .958 |
| Estamel’s Modified EM Ward Field | -64.000 | .738 | .800 | .897 | .958 |
| Estamel’s Modified Explosive Deflection Field | -64.000 | .738 | .800 | .897 | .958 |
| Estamel’s Modified Kinetic Deflection Field | -64.000 | .738 | .800 | .897 | .958 |
| Estamel’s Modified Thermal Dissipation Field | -64.000 | .738 | .800 | .897 | .958 |
| Pith X-Type EM Ward Field | -64.000 | .738 | .800 | .897 | .958 |
| Pith X-Type Explosive Deflection Field | -64.000 | .738 | .800 | .897 | .958 |
| Pith X-Type Kinetic Deflection Field | -64.000 | .738 | .800 | .897 | .958 |
| Pith X-Type Thermal Dissipation Field | -64.000 | .738 | .800 | .897 | .958 |
| Ahremen’s Modified Armor EM Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Ahremen’s Modified Armor Explosive Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Ahremen’s Modified Armor Kinetic Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Ahremen’s Modified Armor Thermal Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Centus A-Type Armor EM Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Centus A-Type Armor Explosive Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Centus A-Type Armor Kinetic Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Centus A-Type Armor Thermal Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Core A-Type Armor EM Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Core A-Type Armor Explosive Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Core A-Type Armor Kinetic Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Core A-Type Armor Thermal Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Corpus A-Type Armor EM Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Corpus A-Type Armor Explosive Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Corpus A-Type Armor Kinetic Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Corpus A-Type Armor Thermal Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Setele’s Modified Armor EM Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Setele’s Modified Armor Explosive Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Setele’s Modified Armor Kinetic Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Setele’s Modified Armor Thermal Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Vizan’s Modified Armor EM Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Vizan’s Modified Armor Explosive Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Vizan’s Modified Armor Kinetic Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Vizan’s Modified Armor Thermal Hardener | -61.750 | .756 | .812 | .902 | .959 |
| Gist X-Type EM Ward Field | -61.750 | .756 | .812 | .902 | .959 |
| Gist X-Type Explosive Deflection Field | -61.750 | .756 | .812 | .902 | .959 |
| Gist X-Type Kinetic Deflection Field | -61.750 | .756 | .812 | .902 | .959 |
| Gist X-Type Thermal Dissipation Field | -61.750 | .756 | .812 | .902 | .959 |
| Pith A-Type EM Ward Field | -61.750 | .756 | .812 | .902 | .959 |
| Pith A-Type Explosive Deflection Field | -61.750 | .756 | .812 | .902 | .959 |
| Pith A-Type Kinetic Deflection Field | -61.750 | .756 | .812 | .902 | .959 |
| Pith A-Type Thermal Dissipation Field | -61.750 | .756 | .812 | .902 | .959 |
| Vepas’s Modified EM Ward Field | -61.750 | .756 | .812 | .902 | .959 |
| Vepas’s Modified Explosive Deflection Field | -61.750 | .756 | .812 | .902 | .959 |
| Vepas’s Modified Kinetic Deflection Field | -61.750 | .756 | .812 | .902 | .959 |
| Vepas’s Modified Thermal Dissipation Field | -61.750 | .756 | .812 | .902 | .959 |
| Centus B-Type Armor EM Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Centus B-Type Armor Explosive Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Centus B-Type Armor Kinetic Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Centus B-Type Armor Thermal Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Core B-Type Armor EM Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Core B-Type Armor Explosive Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Core B-Type Armor Kinetic Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Core B-Type Armor Thermal Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Corpus B-Type Armor EM Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Corpus B-Type Armor Explosive Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Corpus B-Type Armor Kinetic Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Corpus B-Type Armor Thermal Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Raysere’s Modified Armor EM Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Raysere’s Modified Armor Explosive Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Raysere’s Modified Armor Kinetic Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Raysere’s Modified Armor Thermal Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Selynne’s Modified Armor EM Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Selynne’s Modified Armor Explosive Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Selynne’s Modified Armor Kinetic Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Selynne’s Modified Armor Thermal Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Tuvan’s Modified Armor EM Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Tuvan’s Modified Armor Explosive Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Tuvan’s Modified Armor Kinetic Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Tuvan’s Modified Armor Thermal Hardener | -59.500 | .773 | .824 | .907 | .961 |
| Gist A-Type EM Ward Field | -59.500 | .773 | .824 | .907 | .961 |
| Gist A-Type Explosive Deflection Field | -59.500 | .773 | .824 | .907 | .961 |
| Gist A-Type Kinetic Deflection Field | -59.500 | .773 | .824 | .907 | .961 |
| Gist A-Type Thermal Dissipation Field | -59.500 | .773 | .824 | .907 | .961 |
| Pith B-Type EM Ward Field | -59.500 | .773 | .824 | .907 | .961 |
| Pith B-Type Explosive Deflection Field | -59.500 | .773 | .824 | .907 | .961 |
| Pith B-Type Kinetic Deflection Field | -59.500 | .773 | .824 | .907 | .961 |
| Pith B-Type Thermal Dissipation Field | -59.500 | .773 | .824 | .907 | .961 |
| Thon’s Modified EM Ward Field | -59.500 | .773 | .824 | .907 | .961 |
| Thon’s Modified Explosive Deflection Field | -59.500 | .773 | .824 | .907 | .961 |
| Thon’s Modified Kinetic Deflection Field | -59.500 | .773 | .824 | .907 | .961 |
| Thon’s Modified Thermal Dissipation Field | -59.500 | .773 | .824 | .907 | .961 |
| Brokara’s Modified Armor EM Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Brokara’s Modified Armor Explosive Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Brokara’s Modified Armor Kinetic Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Brokara’s Modified Armor Thermal Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Brynn’s Modified Armor EM Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Brynn’s Modified Armor Explosive Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Brynn’s Modified Armor Kinetic Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Brynn’s Modified Armor Thermal Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Centus C-Type Armor EM Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Centus C-Type Armor Explosive Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Centus C-Type Armor Kinetic Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Centus C-Type Armor Thermal Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Core C-Type Armor EM Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Core C-Type Armor Explosive Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Core C-Type Armor Kinetic Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Core C-Type Armor Thermal Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Corpus C-Type Armor EM Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Corpus C-Type Armor Explosive Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Corpus C-Type Armor Kinetic Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Corpus C-Type Armor Thermal Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Tairei’s Modified Armor EM Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Tairei’s Modified Armor Explosive Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Tairei’s Modified Armor Kinetic Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Tairei’s Modified Armor Thermal Hardener | -57.250 | .789 | .835 | .911 | .963 |
| Gist B-Type EM Ward Field | -57.250 | .789 | .835 | .911 | .963 |
| Gist B-Type Explosive Deflection Field | -57.250 | .789 | .835 | .911 | .963 |
| Gist B-Type Kinetic Deflection Field | -57.250 | .789 | .835 | .911 | .963 |
| Gist B-Type Thermal Dissipation Field | -57.250 | .789 | .835 | .911 | .963 |
| Kaikka’s Modified EM Ward Field | -57.250 | .789 | .835 | .911 | .963 |
| Kaikka’s Modified Explosive Deflection Field | -57.250 | .789 | .835 | .911 | .963 |
| Kaikka’s Modified Kinetic Deflection Field | -57.250 | .789 | .835 | .911 | .963 |
| Kaikka’s Modified Thermal Dissipation Field | -57.250 | .789 | .835 | .911 | .963 |
| Pith C-Type EM Ward Field | -57.250 | .789 | .835 | .911 | .963 |
| Pith C-Type Explosive Deflection Field | -57.250 | .789 | .835 | .911 | .963 |
| Pith C-Type Kinetic Deflection Field | -57.250 | .789 | .835 | .911 | .963 |
| Pith C-Type Thermal Dissipation Field | -57.250 | .789 | .835 | .911 | .963 |
| Ammatar Navy Armor EM Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Ammatar Navy Armor Explosive Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Ammatar Navy Armor Kinetic Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Ammatar Navy Armor Thermal Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Armor EM Hardener II | -55.000 | .804 | .845 | .916 | .964 |
| Armor Explosive Hardener II | -55.000 | .804 | .845 | .916 | .964 |
| Armor Kinetic Hardener II | -55.000 | .804 | .845 | .916 | .964 |
| Armor Thermal Hardener II | -55.000 | .804 | .845 | .916 | .964 |
| Dark Blood Armor EM Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Dark Blood Armor Explosive Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Dark Blood Armor Kinetic Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Dark Blood Armor Thermal Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Federation Navy Armor EM Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Federation Navy Armor Explosive Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Federation Navy Armor Kinetic Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Federation Navy Armor Thermal Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Imperial Navy Armor EM Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Imperial Navy Armor Explosive Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Imperial Navy Armor Kinetic Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Imperial Navy Armor Thermal Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Khanid Navy Armor EM Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Khanid Navy Armor Explosive Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Khanid Navy Armor Kinetic Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Khanid Navy Armor Thermal Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Shadow Serpentis Armor EM Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Shadow Serpentis Armor Explosive Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Shadow Serpentis Armor Kinetic Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Shadow Serpentis Armor Thermal Hardener | -55.000 | .804 | .845 | .916 | .964 |
| True Sansha Armor EM Hardener | -55.000 | .804 | .845 | .916 | .964 |
| True Sansha Armor Explosive Hardener | -55.000 | .804 | .845 | .916 | .964 |
| True Sansha Armor Kinetic Hardener | -55.000 | .804 | .845 | .916 | .964 |
| True Sansha Armor Thermal Hardener | -55.000 | .804 | .845 | .916 | .964 |
| Caldari Navy EM Ward Field | -55.000 | .804 | .845 | .916 | .964 |
| Caldari Navy Explosive Deflection Field | -55.000 | .804 | .845 | .916 | .964 |
| Caldari Navy Kinetic Deflection Field | -55.000 | .804 | .845 | .916 | .964 |
| Caldari Navy Thermal Dissipation Field | -55.000 | .804 | .845 | .916 | .964 |
| Dread Guristas EM Ward Field | -55.000 | .804 | .845 | .916 | .964 |
| Dread Guristas Explosive Deflection Field | -55.000 | .804 | .845 | .916 | .964 |
| Dread Guristas Kinetic Deflection Field | -55.000 | .804 | .845 | .916 | .964 |
| Dread Guristas Thermal Dissipation Field | -55.000 | .804 | .845 | .916 | .964 |
| EM Ward Field II | -55.000 | .804 | .845 | .916 | .964 |
| Explosive Deflection Field II | -55.000 | .804 | .845 | .916 | .964 |
| Kinetic Deflection Field II | -55.000 | .804 | .845 | .916 | .964 |
| Thermal Dissipation Field II | -55.000 | .804 | .845 | .916 | .964 |
| Gist C-Type EM Ward Field | -54.500 | .807 | .847 | .917 | .965 |
| Gist C-Type Explosive Deflection Field | -54.500 | .807 | .847 | .917 | .965 |
| Gist C-Type Kinetic Deflection Field | -54.500 | .807 | .847 | .917 | .965 |
| Gist C-Type Thermal Dissipation Field | -54.500 | .807 | .847 | .917 | .965 |
| ‘Desert Heat’ Thermal Dissipation Field | -52.500 | .819 | .856 | .921 | .966 |
| ‘Nugget’ Kinetic Deflection Field | -52.500 | .819 | .856 | .921 | .966 |
| ‘Poacher’ EM Ward Field | -52.500 | .819 | .856 | .921 | .966 |
| ‘Snake Eyes’ Explosive Deflection Field | -52.500 | .819 | .856 | .921 | .966 |
| Armor EM Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Armor Explosive Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Armor Kinetic Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Armor Thermal Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Domination Armor EM Hardener | -50.000 | .833 | .867 | .926 | .968 |
| Domination Armor Explosive Hardener | -50.000 | .833 | .867 | .926 | .968 |
| Domination Armor Kinetic Hardener | -50.000 | .833 | .867 | .926 | .968 |
| Domination Armor Thermal Hardener | -50.000 | .833 | .867 | .926 | .968 |
| Experimental Armor EM Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Experimental Armor Explosive Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Experimental Armor Kinetic Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Experimental Armor Thermal Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Limited Armor EM Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Limited Armor Explosive Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Limited Armor Kinetic Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Limited Armor Thermal Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Prototype Armor EM Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Prototype Armor Explosive Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Prototype Armor Kinetic Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Prototype Armor Thermal Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Republic Fleet Armor EM Hardener | -50.000 | .833 | .867 | .926 | .968 |
| Republic Fleet Armor Explosive Hardener | -50.000 | .833 | .867 | .926 | .968 |
| Republic Fleet Armor Kinetic Hardener | -50.000 | .833 | .867 | .926 | .968 |
| Republic Fleet Armor Thermal Hardener | -50.000 | .833 | .867 | .926 | .968 |
| Upgraded Armor EM Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Upgraded Armor Explosive Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Upgraded Armor Kinetic Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Upgraded Armor Thermal Hardener I | -50.000 | .833 | .867 | .926 | .968 |
| Shaqil’s Modified Energized Thermal Membrane | -50.000 | .833 | .867 | .926 | .968 |
| Domination EM Ward Field | -50.000 | .833 | .867 | .926 | .968 |
| Domination Explosive Deflection Field | -50.000 | .833 | .867 | .926 | .968 |
| Domination Kinetic Deflection Field | -50.000 | .833 | .867 | .926 | .968 |
| Domination Thermal Dissipation Field | -50.000 | .833 | .867 | .926 | .968 |
| EM Ward Field I | -50.000 | .833 | .867 | .926 | .968 |
| Estamel’s Modified Adaptive Invulnerability Field | -50.000 | .833 | .867 | .926 | .968 |
| Explosive Deflection Field I | -50.000 | .833 | .867 | .926 | .968 |
| Kinetic Deflection Field I | -50.000 | .833 | .867 | .926 | .968 |
| Limited ‘Anointed’ EM Ward Field | -50.000 | .833 | .867 | .926 | .968 |
| Limited Explosive Deflection Field I | -50.000 | .833 | .867 | .926 | .968 |
| Limited Kinetic Deflection Field I | -50.000 | .833 | .867 | .926 | .968 |
| Limited Thermal Dissipation Field I | -50.000 | .833 | .867 | .926 | .968 |
| Thermal Dissipation Field I | -50.000 | .833 | .867 | .926 | .968 |
| Pithum A-Type Adaptive Invulnerability Field | -46.875 | .850 | .879 | .932 | .970 |
| Vepas’s Modified Adaptive Invulnerability Field | -46.875 | .850 | .879 | .932 | .970 |
| Chelm’s Modified Energized EM Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Chelm’s Modified Energized Explosive Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Chelm’s Modified Energized Kinetic Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Chelm’s Modified Energized Thermal Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Cormack’s Modified Energized EM Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Cormack’s Modified Energized Explosive Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Cormack’s Modified Energized Kinetic Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Cormack’s Modified Energized Thermal Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Draclira’s Modified Energized EM Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Draclira’s Modified Energized Explosive Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Draclira’s Modified Energized Kinetic Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Draclira’s Modified Energized Thermal Membrane | -46.000 | .854 | .882 | .933 | .971 |
| Estamel’s Modified EM Ward Amplifier | -46.000 | .854 | .882 | .933 | .971 |
| Estamel’s Modified Explosive Deflection Amplifier | -46.000 | .854 | .882 | .933 | .971 |
| Estamel’s Modified Kinetic Deflection Amplifier | -46.000 | .854 | .882 | .933 | .971 |
| Estamel’s Modified Thermal Dissipation Amplifier | -46.000 | .854 | .882 | .933 | .971 |
| Pithum A-Type EM Ward Amplifier | -45.100 | .859 | .886 | .935 | .972 |
| Pithum A-Type Explosive Deflection Amplifier | -45.100 | .859 | .886 | .935 | .972 |
| Pithum A-Type Kinetic Deflection Amplifier | -45.100 | .859 | .886 | .935 | .972 |
| Pithum A-Type Thermal Dissipation Amplifier | -45.100 | .859 | .886 | .935 | .972 |
| Vepas’ Modified EM Ward Amplifier | -45.100 | .859 | .886 | .935 | .972 |
| Vepas’ Modified Explosive Deflection Amplifier | -45.100 | .859 | .886 | .935 | .972 |
| Vepas’ Modified Kinetic Deflection Amplifier | -45.100 | .859 | .886 | .935 | .972 |
| Vepas’ Modified Thermal Dissipation Amplifier | -45.100 | .859 | .886 | .935 | .972 |
| Ahremen’s Modified Energized EM Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Ahremen’s Modified Energized Explosive Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Ahremen’s Modified Energized Kinetic Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Ahremen’s Modified Energized Thermal Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Centum A-Type Energized EM Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Centum A-Type Energized Explosive Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Centum A-Type Energized Kinetic Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Centum A-Type Energized Thermal Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Corelum A-Type Energized EM Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Corelum A-Type Energized Explosive Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Corelum A-Type Energized Kinetic Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Corelum A-Type Energized Thermal Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Corpum A-Type Energized EM Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Corpum A-Type Energized Explosive Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Corpum A-Type Energized Kinetic Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Corpum A-Type Energized Thermal Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Setele’s Modified Energized EM Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Setele’s Modified Energized Explosive Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Setele’s Modified Energized Kinetic Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Setele’s Modified Energized Thermal Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Vizan’s Modified Energized EM Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Vizan’s Modified Energized Explosive Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Vizan’s Modified Energized Kinetic Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Vizan’s Modified Energized Thermal Membrane | -44.500 | .862 | .888 | .936 | .972 |
| Pithum B-Type EM Ward Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Pithum B-Type Explosive Deflection Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Pithum B-Type Kinetic Deflection Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Pithum B-Type Thermal Dissipation Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Thon’s Modified EM Ward Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Thon’s Modified Explosive Deflection Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Thon’s Modified Kinetic Deflection Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Thon’s Modified Thermal Dissipation Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Tobias’ Modified EM Ward Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Tobias’ Modified Explosive Deflection Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Tobias’ Modified Kinetic Deflection Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Tobias’ Modified Thermal Dissipation Amplifier | -44.100 | .864 | .889 | .937 | .972 |
| Gistum A-Type Adaptive Invulnerability Field | -43.750 | .865 | .891 | .938 | .973 |
| Pithum B-Type Adaptive Invulnerability Field | -43.750 | .865 | .891 | .938 | .973 |
| Thon’s Modified Adaptive Invulnerability Field | -43.750 | .865 | .891 | .938 | .973 |
| Gistum A-Type EM Ward Amplifier | -43.200 | .868 | .893 | .939 | .973 |
| Gistum A-Type Explosive Deflection Amplifier | -43.200 | .868 | .893 | .939 | .973 |
| Gistum A-Type Kinetic Deflection Amplifier | -43.200 | .868 | .893 | .939 | .973 |
| Gistum A-Type Thermal Dissipation Amplifier | -43.200 | .868 | .893 | .939 | .973 |
| Centum B-Type Energized EM Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Centum B-Type Energized Explosive Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Centum B-Type Energized Kinetic Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Centum B-Type Energized Thermal Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Corelum B-Type Energized EM Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Corelum B-Type Energized Explosive Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Corelum B-Type Energized Kinetic Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Corelum B-Type Energized Thermal Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Corpum B-Type Energized EM Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Corpum B-Type Energized Explosive Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Corpum B-Type Energized Kinetic Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Corpum B-Type Energized Thermal Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Raysere’s Modified Energized EM Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Raysere’s Modified Energized Explosive Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Raysere’s Modified Energized Kinetic Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Raysere’s Modified Energized Thermal Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Selynne’s Modified Energized EM Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Selynne’s Modified Energized Explosive Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Selynne’s Modified Energized Kinetic Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Selynne’s Modified Energized Thermal Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Tuvan’s Modified Energized EM Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Tuvan’s Modified Energized Explosive Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Tuvan’s Modified Energized Kinetic Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Tuvan’s Modified Energized Thermal Membrane | -43.000 | .869 | .893 | .939 | .973 |
| Gistum B-Type EM Ward Amplifier | -42.200 | .873 | .896 | .940 | .974 |
| Gistum B-Type Explosive Deflection Amplifier | -42.200 | .873 | .896 | .940 | .974 |
| Gistum B-Type Kinetic Deflection Amplifier | -42.200 | .873 | .896 | .940 | .974 |
| Gistum B-Type Thermal Dissipation Amplifier | -42.200 | .873 | .896 | .940 | .974 |
| Hakim’s Modified EM Ward Amplifier | -42.200 | .873 | .896 | .940 | .974 |
| Hakim’s Modified Explosive Deflection Amplifier | -42.200 | .873 | .896 | .940 | .974 |
| Hakim’s Modified Kinetic Deflection Amplifier | -42.200 | .873 | .896 | .940 | .974 |
| Hakim’s Modified Thermal Dissipation Amplifier | -42.200 | .873 | .896 | .940 | .974 |
| Brokara’s Modified Energized EM Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Brokara’s Modified Energized Explosive Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Brokara’s Modified Energized Kinetic Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Brokara’s Modified Energized Thermal Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Brynn’s Modified Energized EM Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Brynn’s Modified Energized Explosive Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Brynn’s Modified Energized Kinetic Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Brynn’s Modified Energized Thermal Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Centum C-Type Energized EM Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Centum C-Type Energized Explosive Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Centum C-Type Energized Kinetic Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Centum C-Type Energized Thermal Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Corelum C-Type Energized EM Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Corelum C-Type Energized Explosive Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Corelum C-Type Energized Kinetic Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Corelum C-Type Energized Thermal Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Corpum C-Type Energized EM Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Corpum C-Type Energized Explosive Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Corpum C-Type Energized Kinetic Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Corpum C-Type Energized Thermal Membrane | -41.500 | .876 | .899 | .942 | .974 |
table, part 2 and last
| type | resist% | mod1mult | mod2mult | mod3mult | mod4mult |
|---|---|---|---|---|---|
| Tairei’s Modified Energized EM Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Tairei’s Modified Energized Explosive Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Tairei’s Modified Energized Kinetic Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Tairei’s Modified Energized Thermal Membrane | -41.500 | .876 | .899 | .942 | .974 |
| Kaikka’s Modified EM Ward Amplifier | -41.300 | .877 | .899 | .942 | .974 |
| Kaikka’s Modified Explosive Deflection Amplifier | -41.300 | .877 | .899 | .942 | .974 |
| Kaikka’s Modified Kinetic Deflection Amplifier | -41.300 | .877 | .899 | .942 | .974 |
| Kaikka’s Modified Thermal Dissipation Amplifier | -41.300 | .877 | .899 | .942 | .974 |
| Pithum C-Type EM Ward Amplifier | -41.300 | .877 | .899 | .942 | .974 |
| Pithum C-Type Explosive Deflection Amplifier | -41.300 | .877 | .899 | .942 | .974 |
| Pithum C-Type Kinetic Deflection Amplifier | -41.300 | .877 | .899 | .942 | .974 |
| Pithum C-Type Thermal Dissipation Amplifier | -41.300 | .877 | .899 | .942 | .974 |
| Gistum B-Type Adaptive Invulnerability Field | -40.625 | .880 | .902 | .943 | .975 |
| Kaikka’s Modified Adaptive Invulnerability Field | -40.625 | .880 | .902 | .943 | .975 |
| Pithum C-Type Adaptive Invulnerability Field | -40.625 | .880 | .902 | .943 | .975 |
| Gistum C-Type EM Ward Amplifier | -40.300 | .881 | .903 | .944 | .975 |
| Gistum C-Type Explosive Deflection Amplifier | -40.300 | .881 | .903 | .944 | .975 |
| Gistum C-Type Kinetic Deflection Amplifier | -40.300 | .881 | .903 | .944 | .975 |
| Gistum C-Type Thermal Dissipation Amplifier | -40.300 | .881 | .903 | .944 | .975 |
| Ammatar Navy Energized EM Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Ammatar Navy Energized Explosive Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Ammatar Navy Energized Kinetic Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Ammatar Navy Energized Thermal Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Dark Blood Energized EM Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Dark Blood Energized Explosive Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Dark Blood Energized Kinetic Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Dark Blood Energized Thermal Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Imperial Navy Energized EM Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Imperial Navy Energized Explosive Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Imperial Navy Energized Kinetic Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Imperial Navy Energized Thermal Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Khanid Navy Energized EM Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Khanid Navy Energized Explosive Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Khanid Navy Energized Kinetic Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Khanid Navy Energized Thermal Membrane | -40.000 | .882 | .904 | .944 | .975 |
| True Sansha Energized EM Membrane | -40.000 | .882 | .904 | .944 | .975 |
| True Sansha Energized Explosive Membrane | -40.000 | .882 | .904 | .944 | .975 |
| True Sansha Energized Kinetic Membrane | -40.000 | .882 | .904 | .944 | .975 |
| True Sansha Energized Thermal Membrane | -40.000 | .882 | .904 | .944 | .975 |
| Caldari Navy EM Ward Amplifier | -39.400 | .885 | .906 | .945 | .976 |
| Caldari Navy Explosive Deflection Amplifier | -39.400 | .885 | .906 | .945 | .976 |
| Caldari Navy Kinetic Deflection Amplifier | -39.400 | .885 | .906 | .945 | .976 |
| Caldari Navy Thermal Dissipation Amplifier | -39.400 | .885 | .906 | .945 | .976 |
| Dread Guristas EM Ward Amplifier | -39.400 | .885 | .906 | .945 | .976 |
| Dread Guristas Explosive Deflection Amplifier | -39.400 | .885 | .906 | .945 | .976 |
| Dread Guristas Kinetic Deflection Amplifier | -39.400 | .885 | .906 | .945 | .976 |
| Dread Guristas Thermal Dissipation Amplifier | -39.400 | .885 | .906 | .945 | .976 |
| ‘Mafia’ Energized Kinetic Membrane I | -37.500 | .893 | .912 | .948 | .977 |
| ‘Moonshine’ Energized Thermal Membrane I | -37.500 | .893 | .912 | .948 | .977 |
| Energized EM Membrane II | -37.500 | .893 | .912 | .948 | .977 |
| Energized Explosive Membrane II | -37.500 | .893 | .912 | .948 | .977 |
| Energized Kinetic Membrane II | -37.500 | .893 | .912 | .948 | .977 |
| Energized Thermal Membrane II | -37.500 | .893 | .912 | .948 | .977 |
| Federation Navy Energized EM Membrane | -37.500 | .893 | .912 | .948 | .977 |
| Federation Navy Energized Explosive Membrane | -37.500 | .893 | .912 | .948 | .977 |
| Federation Navy Energized Kinetic Membrane | -37.500 | .893 | .912 | .948 | .977 |
| Federation Navy Energized Thermal Membrane | -37.500 | .893 | .912 | .948 | .977 |
| Shadow Serpentis Energized EM Membrane | -37.500 | .893 | .912 | .948 | .977 |
| Shadow Serpentis Energized Explosive Membrane | -37.500 | .893 | .912 | .948 | .977 |
| Shadow Serpentis Energized Kinetic Membrane | -37.500 | .893 | .912 | .948 | .977 |
| Shadow Serpentis Energized Thermal Membrane | -37.500 | .893 | .912 | .948 | .977 |
| Caldari Navy Adaptive Invulnerability Field | -37.500 | .893 | .912 | .948 | .977 |
| Dread Guristas Adaptive Invulnerability Field | -37.500 | .893 | .912 | .948 | .977 |
| Gistum C-Type Adaptive Invulnerability Field | -37.500 | .893 | .912 | .948 | .977 |
| ‘Cactus’ Modified Kinetic Deflection Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| ‘High Noon’ Thermal Dissipation Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| ‘Prospector’ EM Ward Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| ‘Whiskey’ Explosive Deflection Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| Domination EM Ward Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| Domination Explosive Deflection Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| Domination Kinetic Deflection Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| Domination Thermal Dissipation Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| EM Ward Amplifier II | -37.500 | .893 | .912 | .948 | .977 |
| Explosive Deflection Amplifier II | -37.500 | .893 | .912 | .948 | .977 |
| Kinetic Deflection Amplifier II | -37.500 | .893 | .912 | .948 | .977 |
| Republic Fleet EM Ward Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| Republic Fleet Explosive Deflection Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| Republic Fleet Kinetic Deflection Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| Republic Fleet Thermal Dissipation Amplifier | -37.500 | .893 | .912 | .948 | .977 |
| Thermal Dissipation Amplifier II | -37.500 | .893 | .912 | .948 | .977 |
| Chelm’s Modified EM Plating | -37.000 | .895 | .913 | .949 | .977 |
| Chelm’s Modified Explosive Plating | -37.000 | .895 | .913 | .949 | .977 |
| Chelm’s Modified Kinetic Plating | -37.000 | .895 | .913 | .949 | .977 |
| Chelm’s Modified Thermal Plating | -37.000 | .895 | .913 | .949 | .977 |
| Cormack’s Modified EM Plating | -37.000 | .895 | .913 | .949 | .977 |
| Cormack’s Modified Explosive Plating | -37.000 | .895 | .913 | .949 | .977 |
| Cormack’s Modified Kinetic Plating | -37.000 | .895 | .913 | .949 | .977 |
| Cormack’s Modified Thermal Plating | -37.000 | .895 | .913 | .949 | .977 |
| Draclira’s Modified EM Plating | -37.000 | .895 | .913 | .949 | .977 |
| Draclira’s Modified Explosive Plating | -37.000 | .895 | .913 | .949 | .977 |
| Draclira’s Modified Kinetic Plating | -37.000 | .895 | .913 | .949 | .977 |
| Draclira’s Modified Thermal Plating | -37.000 | .895 | .913 | .949 | .977 |
| Ahremen’s Modified EM Plating | -35.250 | .902 | .919 | .952 | .978 |
| Ahremen’s Modified Explosive Plating | -35.250 | .902 | .919 | .952 | .978 |
| Ahremen’s Modified Kinetic Plating | -35.250 | .902 | .919 | .952 | .978 |
| Ahremen’s Modified Thermal Plating | -35.250 | .902 | .919 | .952 | .978 |
| Centii A-Type EM Plating | -35.250 | .902 | .919 | .952 | .978 |
| Centii A-Type Explosive Plating | -35.250 | .902 | .919 | .952 | .978 |
| Centii A-Type Kinetic Plating | -35.250 | .902 | .919 | .952 | .978 |
| Centii A-Type Thermal Plating | -35.250 | .902 | .919 | .952 | .978 |
| Coreli A-Type EM Plating | -35.250 | .902 | .919 | .952 | .978 |
| Coreli A-Type Explosive Plating | -35.250 | .902 | .919 | .952 | .978 |
| Coreli A-Type Kinetic Plating | -35.250 | .902 | .919 | .952 | .978 |
| Coreli A-Type Thermal Plating | -35.250 | .902 | .919 | .952 | .978 |
| Corpii A-Type EM Plating | -35.250 | .902 | .919 | .952 | .978 |
| Corpii A-Type Explosive Plating | -35.250 | .902 | .919 | .952 | .978 |
| Corpii A-Type Kinetic Plating | -35.250 | .902 | .919 | .952 | .978 |
| Corpii A-Type Thermal Plating | -35.250 | .902 | .919 | .952 | .978 |
| Gotan’s Modified EM Plating | -35.250 | .902 | .919 | .952 | .978 |
| Gotan’s Modified Explosive Plating | -35.250 | .902 | .919 | .952 | .978 |
| Gotan’s Modified Kinetic Plating | -35.250 | .902 | .919 | .952 | .978 |
| Gotan’s Modified Thermal Plating | -35.250 | .902 | .919 | .952 | .978 |
| Setele’s Modified EM Plating | -35.250 | .902 | .919 | .952 | .978 |
| Setele’s Modified Explosive Plating | -35.250 | .902 | .919 | .952 | .978 |
| Setele’s Modified Kinetic Plating | -35.250 | .902 | .919 | .952 | .978 |
| Setele’s Modified Thermal Plating | -35.250 | .902 | .919 | .952 | .978 |
| Vizan’s Modified EM Plating | -35.250 | .902 | .919 | .952 | .978 |
| Vizan’s Modified Explosive Plating | -35.250 | .902 | .919 | .952 | .978 |
| Vizan’s Modified Kinetic Plating | -35.250 | .902 | .919 | .952 | .978 |
| Vizan’s Modified Thermal Plating | -35.250 | .902 | .919 | .952 | .978 |
| Civilian EM Ward Field | -35.000 | .903 | .920 | .952 | .978 |
| Civilian Explosive Deflection Field | -35.000 | .903 | .920 | .952 | .978 |
| Civilian Kinetic Deflection Field | -35.000 | .903 | .920 | .952 | .978 |
| Civilian Thermal Dissipation Field | -35.000 | .903 | .920 | .952 | .978 |
| Centii B-Type EM Plating | -33.500 | .908 | .924 | .955 | .979 |
| Centii B-Type Explosive Plating | -33.500 | .908 | .924 | .955 | .979 |
| Centii B-Type Kinetic Plating | -33.500 | .908 | .924 | .955 | .979 |
| Centii B-Type Thermal Plating | -33.500 | .908 | .924 | .955 | .979 |
| Coreli B-Type EM Plating | -33.500 | .908 | .924 | .955 | .979 |
| Coreli B-Type Explosive Plating | -33.500 | .908 | .924 | .955 | .979 |
| Coreli B-Type Kinetic Plating | -33.500 | .908 | .924 | .955 | .979 |
| Coreli B-Type Thermal Plating | -33.500 | .908 | .924 | .955 | .979 |
| Corpii B-Type EM Plating | -33.500 | .908 | .924 | .955 | .979 |
| Corpii B-Type Explosive Plating | -33.500 | .908 | .924 | .955 | .979 |
| Corpii B-Type Kinetic Plating | -33.500 | .908 | .924 | .955 | .979 |
| Corpii B-Type Thermal Plating | -33.500 | .908 | .924 | .955 | .979 |
| Raysere’s Modified EM Plating | -33.500 | .908 | .924 | .955 | .979 |
| Raysere’s Modified Explosive Plating | -33.500 | .908 | .924 | .955 | .979 |
| Raysere’s Modified Kinetic Plating | -33.500 | .908 | .924 | .955 | .979 |
| Raysere’s Modified Thermal Plating | -33.500 | .908 | .924 | .955 | .979 |
| Selynne’s Modified EM Plating | -33.500 | .908 | .924 | .955 | .979 |
| Selynne’s Modified Explosive Plating | -33.500 | .908 | .924 | .955 | .979 |
| Selynne’s Modified Kinetic Plating | -33.500 | .908 | .924 | .955 | .979 |
| Selynne’s Modified Thermal Plating | -33.500 | .908 | .924 | .955 | .979 |
| Tuvan’s Modified EM Plating | -33.500 | .908 | .924 | .955 | .979 |
| Tuvan’s Modified Explosive Plating | -33.500 | .908 | .924 | .955 | .979 |
| Tuvan’s Modified Kinetic Plating | -33.500 | .908 | .924 | .955 | .979 |
| Tuvan’s Modified Thermal Plating | -33.500 | .908 | .924 | .955 | .979 |
| Energized EM Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Energized Explosive Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Energized Kinetic Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Energized Thermal Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Experimental Energized EM Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Experimental Energized Explosive Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Experimental Energized Kinetic Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Experimental Energized Thermal Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Limited Energized EM Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Limited Energized Explosive Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Limited Energized Kinetic Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Limited Energized Thermal Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Prototype Energized EM Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Prototype Energized Explosive Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Prototype Energized Kinetic Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Prototype Energized Thermal Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Upgraded Energized EM Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Upgraded Energized Explosive Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Upgraded Energized Kinetic Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| Upgraded Energized Thermal Membrane I | -32.500 | .912 | .927 | .956 | .980 |
| EM Ward Amplifier I | -32.500 | .912 | .927 | .956 | .980 |
| Explosive Deflection Amplifier I | -32.500 | .912 | .927 | .956 | .980 |
| Kinetic Deflection Amplifier I | -32.500 | .912 | .927 | .956 | .980 |
| Thermal Dissipation Amplifier I | -32.500 | .912 | .927 | .956 | .980 |
| Upgraded EM Ward Amplifier I | -32.500 | .912 | .927 | .956 | .980 |
| Upgraded Explosive Deflection Amplifier I | -32.500 | .912 | .927 | .956 | .980 |
| Upgraded Kinetic Deflection Amplifier I | -32.500 | .912 | .927 | .956 | .980 |
| Upgraded Thermal Dissipation Amplifier I | -32.500 | .912 | .927 | .956 | .980 |
| Brokara’s Modified EM Plating | -31.750 | .915 | .929 | .958 | .981 |
| Brokara’s Modified Explosive Plating | -31.750 | .915 | .929 | .958 | .981 |
| Brokara’s Modified Kinetic Plating | -31.750 | .915 | .929 | .958 | .981 |
| Brokara’s Modified Thermal Plating | -31.750 | .915 | .929 | .958 | .981 |
| Brynn’s Modified EM Plating | -31.750 | .915 | .929 | .958 | .981 |
| Brynn’s Modified Explosive Plating | -31.750 | .915 | .929 | .958 | .981 |
| Brynn’s Modified Kinetic Plating | -31.750 | .915 | .929 | .958 | .981 |
| Brynn’s Modified Thermal Plating | -31.750 | .915 | .929 | .958 | .981 |
| Centii C-Type EM Plating | -31.750 | .915 | .929 | .958 | .981 |
| Centii C-Type Explosive Plating | -31.750 | .915 | .929 | .958 | .981 |
| Centii C-Type Kinetic Plating | -31.750 | .915 | .929 | .958 | .981 |
| Centii C-Type Thermal Plating | -31.750 | .915 | .929 | .958 | .981 |
| Coreli C-Type EM Plating | -31.750 | .915 | .929 | .958 | .981 |
| Coreli C-Type Explosive Plating | -31.750 | .915 | .929 | .958 | .981 |
| Coreli C-Type Kinetic Plating | -31.750 | .915 | .929 | .958 | .981 |
| Coreli C-Type Thermal Plating | -31.750 | .915 | .929 | .958 | .981 |
| Corpii C-Type EM Plating | -31.750 | .915 | .929 | .958 | .981 |
| Corpii C-Type Explosive Plating | -31.750 | .915 | .929 | .958 | .981 |
| Corpii C-Type Kinetic Plating | -31.750 | .915 | .929 | .958 | .981 |
| Corpii C-Type Thermal Plating | -31.750 | .915 | .929 | .958 | .981 |
| Mizuro’s Modified EM Plating | -31.750 | .915 | .929 | .958 | .981 |
| Mizuro’s Modified Explosive Plating | -31.750 | .915 | .929 | .958 | .981 |
| Mizuro’s Modified Kinetic Plating | -31.750 | .915 | .929 | .958 | .981 |
| Mizuro’s Modified Thermal Plating | -31.750 | .915 | .929 | .958 | .981 |
| Tairei’s Modified EM Plating | -31.750 | .915 | .929 | .958 | .981 |
| Tairei’s Modified Explosive Plating | -31.750 | .915 | .929 | .958 | .981 |
| Tairei’s Modified Kinetic Plating | -31.750 | .915 | .929 | .958 | .981 |
| Tairei’s Modified Thermal Plating | -31.750 | .915 | .929 | .958 | .981 |
| Shaqil’s Modified Energized Adaptive Nano Membrane | -30.300 | .920 | .933 | .960 | .982 |
| Chelm’s Modified Energized Adaptive Nano Membrane | -30.250 | .920 | .933 | .960 | .982 |
| Cormack’s Modified Energized Adaptive Nano Membrane | -30.250 | .920 | .933 | .960 | .982 |
| Draclira’s Modified Energized Adaptive Nano Membrane | -30.250 | .920 | .933 | .960 | .982 |
| Ammatar Navy EM Plating | -30.000 | .921 | .934 | .960 | .982 |
| Ammatar Navy Explosive Plating | -30.000 | .921 | .934 | .960 | .982 |
| Ammatar Navy Kinetic Plating | -30.000 | .921 | .934 | .960 | .982 |
| Ammatar Navy Thermal Plating | -30.000 | .921 | .934 | .960 | .982 |
| Dark Blood EM Plating | -30.000 | .921 | .934 | .960 | .982 |
| Dark Blood Explosive Plating | -30.000 | .921 | .934 | .960 | .982 |
| Dark Blood Kinetic Plating | -30.000 | .921 | .934 | .960 | .982 |
| Dark Blood Thermal Plating | -30.000 | .921 | .934 | .960 | .982 |
| Imperial Navy EM Plating | -30.000 | .921 | .934 | .960 | .982 |
| Imperial Navy Explosive Plating | -30.000 | .921 | .934 | .960 | .982 |
| Imperial Navy Kinetic Plating | -30.000 | .921 | .934 | .960 | .982 |
| Imperial Navy Thermal Plating | -30.000 | .921 | .934 | .960 | .982 |
| Khanid Navy EM Plating | -30.000 | .921 | .934 | .960 | .982 |
| Khanid Navy Explosive Plating | -30.000 | .921 | .934 | .960 | .982 |
| Khanid Navy Kinetic Plating | -30.000 | .921 | .934 | .960 | .982 |
| Khanid Navy Thermal Plating | -30.000 | .921 | .934 | .960 | .982 |
| True Sansha EM Plating | -30.000 | .921 | .934 | .960 | .982 |
| True Sansha Explosive Plating | -30.000 | .921 | .934 | .960 | .982 |
| True Sansha Kinetic Plating | -30.000 | .921 | .934 | .960 | .982 |
| True Sansha Thermal Plating | -30.000 | .921 | .934 | .960 | .982 |
| Basic Energized EM Membrane | -30.000 | .921 | .934 | .960 | .982 |
| Basic Energized Explosive Membrane | -30.000 | .921 | .934 | .960 | .982 |
| Basic Energized Kinetic Membrane | -30.000 | .921 | .934 | .960 | .982 |
| Basic Energized Thermal Membrane | -30.000 | .921 | .934 | .960 | .982 |
| Adaptive Invulnerability Field II | -30.000 | .921 | .934 | .960 | .982 |
| Ahremen’s Modified Energized Adaptive Nano Membrane | -28.312 | .927 | .939 | .963 | .983 |
| Centum A-Type Energized Adaptive Nano Membrane | -28.312 | .927 | .939 | .963 | .983 |
| Corelum A-Type Energized Adaptive Nano Membrane | -28.312 | .927 | .939 | .963 | .983 |
| Corpum A-Type Energized Adaptive Nano Membrane | -28.312 | .927 | .939 | .963 | .983 |
| Setele’s Modified Energized Adaptive Nano Membrane | -28.312 | .927 | .939 | .963 | .983 |
| Vizan’s Modified Energized Adaptive Nano Membrane | -28.312 | .927 | .939 | .963 | .983 |
| ‘Posse’ Adaptive Invulnerability Field | -27.500 | .929 | .941 | .964 | .983 |
| ‘Aegis’ Explosive Plating I | -26.400 | .933 | .944 | .966 | .984 |
| ‘Element’ Kinetic Plating I | -26.400 | .933 | .944 | .966 | .984 |
| ‘Spiegel’ EM Plating I | -26.400 | .933 | .944 | .966 | .984 |
| Domination EM Plating | -26.400 | .933 | .944 | .966 | .984 |
| Domination Explosive Plating | -26.400 | .933 | .944 | .966 | .984 |
| Domination Kinetic Plating | -26.400 | .933 | .944 | .966 | .984 |
| Domination Thermal Plating | -26.400 | .933 | .944 | .966 | .984 |
| EM Plating II | -26.400 | .933 | .944 | .966 | .984 |
| Explosive Plating II | -26.400 | .933 | .944 | .966 | .984 |
| Federation Navy EM Plating | -26.400 | .933 | .944 | .966 | .984 |
| Federation Navy Explosive Plating | -26.400 | .933 | .944 | .966 | .984 |
| Federation Navy Kinetic Plating | -26.400 | .933 | .944 | .966 | .984 |
| Federation Navy Thermal Plating | -26.400 | .933 | .944 | .966 | .984 |
| Kinetic Plating II | -26.400 | .933 | .944 | .966 | .984 |
| Prototype Thermal Plating I | -26.400 | .933 | .944 | .966 | .984 |
| Republic Fleet EM Plating | -26.400 | .933 | .944 | .966 | .984 |
| Republic Fleet Explosive Plating | -26.400 | .933 | .944 | .966 | .984 |
| Republic Fleet Kinetic Plating | -26.400 | .933 | .944 | .966 | .984 |
| Republic Fleet Thermal Plating | -26.400 | .933 | .944 | .966 | .984 |
| Shadow Serpentis EM Plating | -26.400 | .933 | .944 | .966 | .984 |
| Shadow Serpentis Explosive Plating | -26.400 | .933 | .944 | .966 | .984 |
| Shadow Serpentis Kinetic Plating | -26.400 | .933 | .944 | .966 | .984 |
| Shadow Serpentis Thermal Plating | -26.400 | .933 | .944 | .966 | .984 |
| Thermal Plating II | -26.400 | .933 | .944 | .966 | .984 |
| Centum B-Type Energized Adaptive Nano Membrane | -26.375 | .933 | .944 | .966 | .984 |
| Corelum B-Type Energized Adaptive Nano Membrane | -26.375 | .933 | .944 | .966 | .984 |
| Corpum B-Type Energized Adaptive Nano Membrane | -26.375 | .933 | .944 | .966 | .984 |
| Raysere’s Modified Energized Adaptive Nano Membrane | -26.375 | .933 | .944 | .966 | .984 |
| Selynne’s Modified Energized Adaptive Nano Membrane | -26.375 | .933 | .944 | .966 | .984 |
| Tuvan’s Modified Energized Adaptive Nano Membrane | -26.375 | .933 | .944 | .966 | .984 |
| Chelm’s Modified Adaptive Nano Plating | -25.750 | .935 | .945 | .967 | .985 |
| Cormack’s Modified Adaptive Nano Plating | -25.750 | .935 | .945 | .967 | .985 |
| Draclira’s Modified Adaptive Nano Plating | -25.750 | .935 | .945 | .967 | .985 |
| Adaptive Invulnerability Field I | -25.000 | .938 | .947 | .968 | .985 |
| Domination Adaptive Invulnerability Field | -25.000 | .938 | .947 | .968 | .985 |
| Limited Adaptive Invulnerability Field I | -25.000 | .938 | .947 | .968 | .985 |
| Basic EM Ward Amplifier | -25.000 | .938 | .947 | .968 | .985 |
| Basic Explosive Deflection Amplifier | -25.000 | .938 | .947 | .968 | .985 |
| Basic Kinetic Deflection Amplifier | -25.000 | .938 | .947 | .968 | .985 |
| Basic Thermal Dissipation Amplifier | -25.000 | .938 | .947 | .968 | .985 |
| Supplemental EM Ward Amplifier | -25.000 | .938 | .947 | .968 | .985 |
| Supplemental Explosive Deflection Amplifier | -25.000 | .938 | .947 | .968 | .985 |
| Supplemental Kinetic Deflection Amplifier | -25.000 | .938 | .947 | .968 | .985 |
| Supplemental Thermal Dissipation Amplifier | -25.000 | .938 | .947 | .968 | .985 |
| ‘Contour’ EM Plating I | -24.800 | .938 | .948 | .968 | .985 |
| Experimental Explosive Plating I | -24.800 | .938 | .948 | .968 | .985 |
| Experimental Kinetic Plating I | -24.800 | .938 | .948 | .968 | .985 |
| Experimental Thermal Plating I | -24.800 | .938 | .948 | .968 | .985 |
| Brokara’s Modified Energized Adaptive Nano Membrane | -24.438 | .939 | .949 | .969 | .985 |
| Brynn’s Modified Energized Adaptive Nano Membrane | -24.438 | .939 | .949 | .969 | .985 |
| Centum C-Type Energized Adaptive Nano Membrane | -24.438 | .939 | .949 | .969 | .985 |
| Corelum C-Type Energized Adaptive Nano Membrane | -24.438 | .939 | .949 | .969 | .985 |
| Corpum C-Type Energized Adaptive Nano Membrane | -24.438 | .939 | .949 | .969 | .985 |
| Tairei’s Modified Energized Adaptive Nano Membrane | -24.438 | .939 | .949 | .969 | .985 |
| Ahremen’s Modified Adaptive Nano Plating | -23.688 | .942 | .951 | .970 | .986 |
| Centii A-Type Adaptive Nano Plating | -23.688 | .942 | .951 | .970 | .986 |
| Coreli A-Type Adaptive Nano Plating | -23.688 | .942 | .951 | .970 | .986 |
| Corpii A-Type Adaptive Nano Plating | -23.688 | .942 | .951 | .970 | .986 |
| Gotan’s Modified Adaptive Nano Plating | -23.688 | .942 | .951 | .970 | .986 |
| Setele’s Modified Adaptive Nano Plating | -23.688 | .942 | .951 | .970 | .986 |
| Vizan’s Modified Adaptive Nano Plating | -23.688 | .942 | .951 | .970 | .986 |
| Limited EM Plating I | -23.200 | .943 | .952 | .970 | .986 |
| Limited Explosive Plating I | -23.200 | .943 | .952 | .970 | .986 |
| Limited Kinetic Plating I | -23.200 | .943 | .952 | .970 | .986 |
| Limited Thermal Plating I | -23.200 | .943 | .952 | .970 | .986 |
| Ammatar Navy Energized Adaptive Nano Membrane | -22.500 | .945 | .954 | .971 | .987 |
| Dark Blood Energized Adaptive Nano Membrane | -22.500 | .945 | .954 | .971 | .987 |
| Imperial Navy Energized Adaptive Nano Membrane | -22.500 | .945 | .954 | .971 | .987 |
| Khanid Navy Energized Adaptive Nano Membrane | -22.500 | .945 | .954 | .971 | .987 |
| True Sansha Energized Adaptive Nano Membrane | -22.500 | .945 | .954 | .971 | .987 |
| Centii B-Type Adaptive Nano Plating | -21.625 | .948 | .956 | .973 | .987 |
| Coreli B-Type Adaptive Nano Plating | -21.625 | .948 | .956 | .973 | .987 |
| Corpii B-Type Adaptive Nano Plating | -21.625 | .948 | .956 | .973 | .987 |
| Raysere’s Modified Adaptive Nano Plating | -21.625 | .948 | .956 | .973 | .987 |
| Selynne’s Modified Adaptive Nano Plating | -21.625 | .948 | .956 | .973 | .987 |
| Tuvan’s Modified Adaptive Nano Plating | -21.625 | .948 | .956 | .973 | .987 |
| Upgraded EM Plating I | -21.600 | .948 | .956 | .973 | .987 |
| Upgraded Explosive Plating I | -21.600 | .948 | .956 | .973 | .987 |
| Upgraded Kinetic Plating I | -21.600 | .948 | .956 | .973 | .987 |
| Upgraded Thermal Plating I | -21.600 | .948 | .956 | .973 | .987 |
| EM Plating I | -20.000 | .952 | .960 | .975 | .988 |
| Explosive Plating I | -20.000 | .952 | .960 | .975 | .988 |
| Kinetic Plating I | -20.000 | .952 | .960 | .975 | .988 |
| Thermal Plating I | -20.000 | .952 | .960 | .975 | .988 |
| ‘Pilfer’ Energized Adaptive Nano Membrane I | -20.000 | .952 | .960 | .975 | .988 |
| Energized Adaptive Nano Membrane II | -20.000 | .952 | .960 | .975 | .988 |
| Federation Navy Energized Adaptive Nano Membrane | -20.000 | .952 | .960 | .975 | .988 |
| Shadow Serpentis Energized Adaptive Nano Membrane | -20.000 | .952 | .960 | .975 | .988 |
| Brokara’s Modified Adaptive Nano Plating | -19.562 | .954 | .961 | .975 | .988 |
| Brynn’s Modified Adaptive Nano Plating | -19.562 | .954 | .961 | .975 | .988 |
| Centii C-Type Adaptive Nano Plating | -19.562 | .954 | .961 | .975 | .988 |
| Coreli C-Type Adaptive Nano Plating | -19.562 | .954 | .961 | .975 | .988 |
| Corpii C-Type Adaptive Nano Plating | -19.562 | .954 | .961 | .975 | .988 |
| Mizuro’s Modified Adaptive Nano Plating | -19.562 | .954 | .961 | .975 | .988 |
| Tairei’s Modified Adaptive Nano Plating | -19.562 | .954 | .961 | .975 | .988 |
| Ammatar Navy Adaptive Nano Plating | -17.500 | .959 | .965 | .978 | .990 |
| Dark Blood Adaptive Nano Plating | -17.500 | .959 | .965 | .978 | .990 |
| Imperial Navy Adaptive Nano Plating | -17.500 | .959 | .965 | .978 | .990 |
| Khanid Navy Adaptive Nano Plating | -17.500 | .959 | .965 | .978 | .990 |
| True Sansha Adaptive Nano Plating | -17.500 | .959 | .965 | .978 | .990 |
| ‘Refuge’ Adaptive Nano Plating I | -15.360 | .965 | .970 | .981 | .991 |
| Adaptive Nano Plating II | -15.360 | .965 | .970 | .981 | .991 |
| Domination Adaptive Nano Plating | -15.360 | .965 | .970 | .981 | .991 |
| Federation Navy Adaptive Nano Plating | -15.360 | .965 | .970 | .981 | .991 |
| Republic Fleet Adaptive Nano Plating | -15.360 | .965 | .970 | .981 | .991 |
| Shadow Serpentis Adaptive Nano Plating | -15.360 | .965 | .970 | .981 | .991 |
| Basic EM Plating | -15.000 | .966 | .971 | .982 | .991 |
| Basic Explosive Plating | -15.000 | .966 | .971 | .982 | .991 |
| Basic Kinetic Plating | -15.000 | .966 | .971 | .982 | .991 |
| Basic Thermal Plating | -15.000 | .966 | .971 | .982 | .991 |
| Energized Adaptive Nano Membrane I | -15.000 | .966 | .971 | .982 | .991 |
| Experimental Energized Adaptive Nano Membrane I | -15.000 | .966 | .971 | .982 | .991 |
| Limited Energized Adaptive Nano Membrane I | -15.000 | .966 | .971 | .982 | .991 |
| Prototype Energized Adaptive Nano Membrane I | -15.000 | .966 | .971 | .982 | .991 |
| Upgraded Energized Adaptive Nano Membrane I | -15.000 | .966 | .971 | .982 | .991 |
| Basic Energized Adaptive Nano Membrane | -14.000 | .968 | .973 | .983 | .992 |
| ‘Collateral’ Adaptive Nano Plating I | -13.520 | .970 | .974 | .984 | .992 |
| Limited Adaptive Nano Plating I | -11.680 | .974 | .978 | .986 | .993 |
| Upgraded Adaptive Nano Plating I | -9.840 | .979 | .982 | .988 | .994 |
| Adaptive Nano Plating I | -8.000 | .983 | .985 | .991 | .995 |
| Basic Adaptive Nano Plating | -7.000 | .985 | .987 | .992 | .996 |
the items are sorted by multiplication of first module, increasing. So the worst impacted types are at the beginning :
[faction] X-Type Armor [damagetype] Hardener
That gets a .738 mult to the ehp from its effect, that is a huge -26.2% ehp on that layer.
if you use two of them, the mult is therefore 0.738×0.8 = 0.59 so a loss of -41% EHP on that layer!!
1 Like
This is a big nerf to Marauders seeing as they’re designed to not move and so can’t just adapt by ‘moving faster’. It’s also going to make running Burner Missions very problematic also seeing as they will most definitely be over-tuned for new resist capabilities. Does anyone even play test this content before you make these kind of huge changes?
9 Likes
Yeah, this isn’t a thing.
https://www.evedata.org/killmailStatistics
Those metrics I spoke of show most new players don’t lose ships to gankers. Sure, if this change dramatically and there is a massive increase in ganking of newer players something should be done. But the reality is all the metrics say highsec, and the game in general is terminally boring, not too dangerous.
Mining ships do probably need a rebalance. The yield ones should pull in more, and the low APM ones like the Orca, much less. But I don’t think these slight tweaks are going to have much impact on the ganking equation. CCP’s decade of ganking nerfs were much more significant.
But yes, as always, CCP should keep an eye on the impact of their changes.
2 Likes
Not sure. The gain of DPS from using short range T2 guns may actually help a lot. But sure a loss of -40% rep is huge for those.
2 Likes
800…
2 Likes
Some of them run pretty close to the bone if you aren’t running a 1b + fit so i’m wondering if we’ll last long enough to win some of the fights.
3 Likes
Your understanding is an epic fail, you can still do all of that, just not safely, lol
Sir your precision is astounding, keep it up!!
2 ortographic edits, obviously mine is not xDDDDD
besides the angel agent and sansha agent I can’t think of any such.
I mean the blood agent will become again impossible since the nergal won’t be able to tank it, even with 500M fit.
Well, you’ve mentioned two - the Burner bases are pretty high on incoming dps, Angel Base and Gurista Base for instance.
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Your view of how the game should be played is entirely wrong this is not only a pvp game it is also a pve game, resources are obtained by doing pve activities like mining, missions, wormholes, abyssal sites, null sec ratting.
To say that you only want to force one kind of gameplay is wrong in all sense of the matter because people that do enjoy the pve aspect of the game also has to pay for PLEX to gain the full benefits of the game not only that pver’s contribute to the financials of CCP by buying plex the materials gathered from pve are also used in the economy.
Thoughts like yours are the ones that is not needed in this game, you should think your posts more thoroughly because clearly you don’t have enough knowledge of the game’s mechanics to only see that pvp should be the only thing we should do but disregard that pve activities are the fuel to the pvp activities.
Hope you understand these changes are overall bad for the pve part of the game.
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angel base is not. You can easily tank it and do it under 12 min, including talking to your agent and travel (for a mission 2j away).
Without overheating anything.
Maybe prices changed a lot, but last time I checked my fits were like 700M at most.
(Yes, I already explained to people like Chainsaw and anize why their fit were sub optimal)
I’ve compiled some questions and misunderstandings that were already answered in the dev blog. I’d like to note that the amount of posting in these megathreads could be greatly reduced if people spent a little more time carefully reading the very things they’re replying to or posting about.
Actually, I’d like to point out that it’s taken me several hours to be able to post this because I wanted to read all posts first and I just couldn’t keep up with the pace at which new posts were being added… 
there will be an increase to the damage of all close range Tech II ammo (excluding exotic plasma)
I found this particularly funny. Poster seems to think the changes have happened already or something. Not sure I understand his comment, makes no sense to me. Wonder whether he was drunk or what.
Surgical Strike – Coming 15 April
All Tech I Battleships - which includes faction hulls -
Conflagration, Hail, Rage, and of course Void will all be packing an extra punch.
I think it needs to be emphasised what a moron the author of the second quote above seems to be.
Nope. The buff is for brawlers only, not for all kinds of short range T2 ammo variants, i.e. it’s for blasters but not railguns, and for ACs but not arties. This can be clearly seen by noting the specific types of ammo mentioned, which I reproduced immediately before quoting you.
Nowhere does the dev blog say a thing that indicates buffer mods might be affected. It’s all about resistance mods. Rigs and DCUs do need a clarification, but not shield extenders nor any other buffer mods, which are clearly not affected by these changes at all.
That’s not what will happen. What will happen is that resist mods that now have a 55% attribute will have a 0.8 x 55% = 0.44% attribute after the changes. Moreover, it does not even mean your overall resists will be reduced by a 20% factor either, because the base ship resists will be unaffected, so the net effect will be even lower except when base resist is 0%.
And you cannot really pretend CCP should clarify all misunderstandings like this all the time either. You do however need to spend less time freaking out and listening to all the whiners, and spend that time understanding how things actually work and learning to adapt instead…
Was this clarification provided already? In this thread? I haven’t seen any post from a dev stating this…
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@CCP_Dopamine What is CCP s predictions on this new brawl boost and how this will effect SOLO PVP in game ? does CCP aware about this one single change actually annhilation of very rich nuances of fighting and piloting mechanics. Do you guys know solo PVP mechanics ? How many of you doing truly Solo PVP with t1 line ships or small gang? . Eve is not only about Big fleets and F1 piloting. why destroying that much content and mechanics treasure out of blue? What is CCPs prediction… and how this will be replaced ?
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when are you going to remove the logi overpower of normal logistics subcaps. Its ridiculous the amount of damage they can repair making it impossible to break in small/med gangs. They need to be nerfed to be stacked repair amount. Even a fortizar can’t put damage a small fleet with 5 logi. Its just utterly stupid
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Maybe you ought to stop licking CCP’s rice crispy cornhole and realize that paying customers have a right to dislike arbitrary nerfs across the board, just because somebody somewhere got mad over not being able to blap titans in a corvette.
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CCP could have taken the long and hard road by re evaluating each and every capital ship and re working them to fit the role that CCP wants them to play in the game, yet instead they arbitrarily took a shortcut to just nerf the entire hardener modules so they don’t have to do any work.
Also incremental changes could have been introduced say 5% reduction to all hardeners and increase or let is remain static, and then look at the changes on how it affects not only capital balance but the other aspects of the game itself including pve.
Yet what we see is another blunder by CCP much like the blackout fiasco that they had to back pedal because obviously they did no testing on how it would affect gameplay.
This is not the way to attract new players or retain old players by giving them a much harder time to earn the isk they need to buy ships and modules.
Clearly CCP did not think all of this through
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