Structure Burst Projectors

Emits an area-of-effect electronic burst centered on the designated location, which has a chance to disrupt the target locks of any ship within range. Ships hit by the burst have a chance to be jammed for 40 seconds. Only one module of this type can be fit per structure. Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Emits an area-of-effect burst centered on the designated location. The burst neutralizes a portion of the energy in affected ships' capacitor. Only one module of this type can be fit per structure. Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Emits an area-of-effect burst centered on the designated location. The burst reduces the range and speed of affected ships' sensors. Only one module of this type can be fit per structure. Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Emits an area-of-effect burst centered on the designated location. The burst reduces the maximum speed of the affected ships. Only one module of this type can be fit per structure. Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Emits an area-of-effect burst centered on the designated location. The burst projects an electronic "tag" on affected ships thus making them easier to target and hit. Only one module of this type can be fit per structure. Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Emits an area-of-effect burst centered on the designated location. The burst disrupts the affected ships' navigation computer which prevents them from warping. Only one module of this type can be fit per structure. Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.

Emits an area-of-effect burst centered on the designated location. The burst reduces the turret range, turret tracking speed, missile range, and missile precision of the affected ships. Only one module of this type can be fit per structure. Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.