Cost: 1 | These units have been overclocked by the manufactory before distribution, assuring enhanced performance and output.

Cost: -1 | Despite being designed to achieve more, the performance of these machines has been significantly limited.

Cost: 1 | These models come equipped with specialised extraction sensors which have been calibrated to locate valuable material deposits with pin-point accuracy.

Cost: -1 | The exoskeletons of these units are prone to breakage under only moderate duress, whilst the joints are inexplicably adverse to strenuous activity. This makes them ill-suited for demanding physical labour.

Cost: 1 | Moisture collection, water-filtration, and adaptive flora learning algorithms, are only some of the features integrated into these botanical assistance units.

Cost: -1 | These units suffer from inadequate weatherproofing, stalling in dusty, dry environments and rusting in areas which are moist or damp. Use within sterile facilities is strongly advised.

Cost: 1 | Integrated power transformers in each unit allow for instantaneous transfers between different electrical circuits, bypassing any processing bottlenecks at central power hubs.

Cost: -1 | Multiple layers of surge protection safeguard against systemic unit damage, at the expense of decreased conductivity.

Cost: 1 | These models are designed for instantaneously accessing multiple databases simultaneously, in order to assist with research and development.

Cost: -1 | Despite numerous patches, updates, and hotfixes, these machines continue to suffer from spontaneous and catastrophic software malfunctions. Error codes and erratic behaviour are common place.

Cost: 1 | Designed for ease-of-use, these "plug'n'play" models are capable of interfacing with virtually any other system due to their adaptive-universal-adapters, which can be rearranged automatically based on compatibility requirements.

Cost: -1 | These units just can't seem to stay connected to anything for any length of time.

Cost: 2 | These units are capable of connecting together in a mass, neural network, which exponentially increases processing capabilities.

Cost: -2 | There is an elusive programming error in these units which, when an attempt to isolate or correct it is made, disappears or alters its behaviour.

Cost: 1 | These models are known for being stored in thin, uniform, easy-to-handle containers. However, some assembly is required on site.

Cost: -1 | Rather outdated, these units require multiple hard-wired connections in order to function properly. While this makes overhead easier to manage, it does require more space.

Cost: 2 | Every nut, bolt, piston, circuit, and wire used in the creation of these units has been standardised to the point of complete interchangeability. These parts are easy to obtain, and units are easy to repair.

Cost: -2 | These highly modular units are capable of performing multiple specialised and niche roles, so long as they're outfitted with highly specialised and niche attachments, of course.

Cost: 1 | Every unit must be properly registered with the correct authorities before full operational functionality will be activated. Please enter serial-code here:

Cost: -2 | Designed to quickly become obsolete, these units suffer from a lack manufacturer support. Repairs are difficult, as the next model is always around the corner.