Burst Jammer

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.

Emits random electronic bursts which have a chance of momentarily disrupting target locks on ships within range. Given the unstable nature of the bursts and the amount of internal shielding needed to ensure they do not affect their own point of origin, this module requires large amounts of capacitor energy to operate. Note: Only one module of this type can be activated at the same time. Additionally, fitting a Burst Jammer module will disable interdiction nullification.