The same fluid that flows through rogue drone relays, this substance is an amalgamation of various chemical compounds that many scientists theorize to be akin to the life blood of a rogue drone. Whatever the reason, the fluid combined with synaptic relays allows for an astonishingly high flow of data.

A fragment of a rogue drones cerebral cortex.

The beating heart of a rogue drone, this power unit is a marvel of technology providing a greater size/power ratio than is currently achievable by modern designs. With some clever tinkering it is possible to adapt this to interface with current drone technology.

A chunk of the epidermal shielding from a rogue drone, while being both more durable and resistant than standard drone shielding, it is also thinner and more flexible forming, as it does, the skin of a rogue drone.

The relay wiring of a rogue drones synaptic system, these wires allow for a much higher flow of power and information than standard empire technology has yet to achieve.

A multipurpose limb of a rogue drone which, in combat models, is a mount for the primary weapon. The modular design of such limbs allows for them to be incorporated into standard drone designs with some ingenuity.