This bioadaptive mutaplasmid tool is designed to interface with and alter devices provide stable fire control for projectile weapons. As such this mutaplasmid could be used to mutate the performance characteristics of gyrostabilizer modules. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that improve the efficiency of energy weapons. As such this mutaplasmid could be used to mutate the performance characteristics of heat sink modules. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter energy charge neutralization devices. As such this mutaplasmid could be used to mutate the performance characteristics of most energy neutralizers in the correct size class. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental armor layering systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor plates in the correct size class. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, assembler-based armor repair systems. As such this mutaplasmid could be used to mutate the performance characteristics of most armor repairers in the correct size class. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide additional capacitor storage. As such this mutaplasmid could be used to mutate the performance characteristics of capacitor battery modules in the correct size class. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter standard, field-based shield-boosting systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield boosters in the correct size class. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme..

This bioadaptive mutaplasmid tool is designed to interface with and alter supplemental shield enhancement systems. As such this mutaplasmid could be used to mutate the performance characteristics of most shield extenders in the correct size class. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.

This bioadaptive mutaplasmid tool is designed to interface with and alter devices that provide stable fire control for hybrid weapons. As such this mutaplasmid could be used to mutate the performance characteristics of magnetic field stabilizer modules. The mutaplasmid colony integrated into this bioadaptive tool is highly unstable, with a high rate of reproduction and mutation. The mutational benefits of using this mutaplasmid are potentially very high but the risks are also extreme.