CCRD 655 Automated Boarding Drone
The Columbia Conglomerates Robotics Division 655 Automated Boarding Drone (ABD) is one of the simplest and yet most effective robotic combat platforms in the CFMC's arsenal. First developed by the Columbia Conglomerate almost ten years ago as the 500-Series ABD, the system was not accepted into service until two years ago, when the 600 series was released. The ABD 655 is the most modern and cutting-edge version of the system, and has seen deployment in numerous conflicts across the galaxy.
The basic design of the ABD has changed little since its original incarnation. The entire system is contained within a basketball size Titanium-V shell coated in chrome, giving the exterior of the ABD a sleek and mirrored appearance, as well as preventing rust buildup. There are for hinged areas on the ABD, one at the top and four on the sides. These hinges allow the ABD to switch between its two separate modes; the rolling Fast Strike Mode, and the walking Target Incapacitation Mode.
The internal mechanics are simple and divided into four parts. The first is the internal Kinetic Energy Generator (KEG) which provides the dual function of moving the ABD at close to forty miles-per-hour, and generating short range kinetic pulses to knock down targets. The second main part is the hydraulic control system, which controls the legs and upper scanner module when the ABD is in Target Incapacitation Mode. The third main part is the sedative reservoir and injector assembly, which can rotate to extend out through any of the four leg slots. The fourth main part is the scanner array and internal AI, which allows an ABD to either act on its own, or as part of a larger "hive mind" that lets them hunt in packs.
Deployment of ABDs is usually done through the use of ABD Insertion Canisters, which are fired from a shuttle into the hull of the target vessel. Once embedded in the hull, the Insertion Canisters begin to drill into the hull, doing so until they have breached the interior. Once the breach is complete, the canisters open up and deploy the ABDs within the target vessel. The ABDs can then either be remotely controlled from the shuttle, or set to Hunt mode, which allows them to roam freely and take out targets as they find them.
According to CFMC policy, ABDs are always used as the first wave in any boarding, no matter what sort of resistance is expected.
Technical Data
Size (Circumference): 30 in (76.2 cm)
Size (Diameter): 10 in (25.4 cm)
Weight: 5.5 lbs (2.4 kg)
Power Source: 500kw HyperCell
Top Speed (Rolling): 40 mph
Top Speed (On Legs): 10 mph
The basic design of the ABD has changed little since its original incarnation. The entire system is contained within a basketball size Titanium-V shell coated in chrome, giving the exterior of the ABD a sleek and mirrored appearance, as well as preventing rust buildup. There are for hinged areas on the ABD, one at the top and four on the sides. These hinges allow the ABD to switch between its two separate modes; the rolling Fast Strike Mode, and the walking Target Incapacitation Mode.
The internal mechanics are simple and divided into four parts. The first is the internal Kinetic Energy Generator (KEG) which provides the dual function of moving the ABD at close to forty miles-per-hour, and generating short range kinetic pulses to knock down targets. The second main part is the hydraulic control system, which controls the legs and upper scanner module when the ABD is in Target Incapacitation Mode. The third main part is the sedative reservoir and injector assembly, which can rotate to extend out through any of the four leg slots. The fourth main part is the scanner array and internal AI, which allows an ABD to either act on its own, or as part of a larger "hive mind" that lets them hunt in packs.
Deployment of ABDs is usually done through the use of ABD Insertion Canisters, which are fired from a shuttle into the hull of the target vessel. Once embedded in the hull, the Insertion Canisters begin to drill into the hull, doing so until they have breached the interior. Once the breach is complete, the canisters open up and deploy the ABDs within the target vessel. The ABDs can then either be remotely controlled from the shuttle, or set to Hunt mode, which allows them to roam freely and take out targets as they find them.
According to CFMC policy, ABDs are always used as the first wave in any boarding, no matter what sort of resistance is expected.
Technical Data
Size (Circumference): 30 in (76.2 cm)
Size (Diameter): 10 in (25.4 cm)
Weight: 5.5 lbs (2.4 kg)
Power Source: 500kw HyperCell
Top Speed (Rolling): 40 mph
Top Speed (On Legs): 10 mph