A very specialized piece of technology, the covert ops cloak is designed for use in tandem with specific covert ops vessels. Although it could theoretically work on other ships, its spatial distortion field is so unstable that trying to compensate for its fluctuations will overwhelm non-specialized computing hardware. Note: This particular module is advanced enough that it allows a ship to warp while cloaked. However, fitting two or more cloaking devices to a ship negates their use, as unsynchronized light deflection causes interference.

This prototype of an advanced cloaking mechanism was one of the last major technological breakthroughs to come out of Crielere Labs. Although it does work it is not really a finished product and has some serious drawbacks, most notably the fact that the module creates high sensor disruption while fitted and can not operate unless at minimum velocity. Note: Fitting two or more cloaking devices to a ship negates their use, as unsynchronized light deflection causes interference.

This prototype of an advanced cloaking mechanism was one of the last major technological breakthroughs to come out of Crielere Labs. Although it does work it is not really a finished product and has some serious drawbacks, most notably the fact that the module creates high sensor disruption while fitted and can not operate unless at minimum velocity. Note: Fitting two or more cloaking devices to a ship negates their use, as unsynchronized light deflection causes interference.

A very specialized piece of technology, the covert ops cloak is designed for use in tandem with specific covert ops vessels. Although it could theoretically work on other ships, its spatial distortion field is so unstable that trying to compensate for its fluctuations will overwhelm non-specialized computing hardware. Note: This particular module is advanced enough that it allows a ship to warp while cloaked. However, fitting two or more cloaking devices to a ship negates their use, as unsynchronized light deflection causes interference.

This prototype of an advanced cloaking mechanism was one of the last major technological breakthroughs to come out of Crielere Labs. Although it does work it is not really a finished product and has some serious drawbacks, most notably the fact that the module creates high sensor disruption while fitted and can not operate unless at minimum velocity. Note: Fitting two or more cloaking devices to a ship negates their use, as unsynchronized light deflection causes interference.

An Improved Cloaking device based on the Crielere Labs prototype. It performs better and allows for faster movement while cloaked. Note: Fitting two or more cloaking devices to a ship negates their use, as unsynchronized light deflection causes interference.

An Improved Cloaking device based on the Crielere Labs prototype. It performs better and allows for faster movement while cloaked. Note: Fitting two or more cloaking devices to a ship negates their use, as unsynchronized light deflection causes interference.

This prototype of an advanced cloaking mechanism was one of the last major technological breakthroughs to come out of Crielere Labs. Although it does work it is not really a finished product and has some serious drawbacks, most notably the fact that the module creates high sensor disruption while fitted and can not operate unless at minimum velocity. Note: Fitting two or more cloaking devices to a ship negates their use, as unsynchronized light deflection causes interference.