Sarah Vax
CEO of Vax Holdings
A workshop for Vax Holdings and all subsidiary companies.
Star Wars Roleplay: Chaos
Register a free account today to become a member! Once signed in, you'll be able to participate on this site by adding your own topics and posts, as well as connect with other members through your own private inbox!
Vax Holdings and subsidiaries Workshop
Subsidiary Company of Vax Holdings
STX-77 "Sentinel" Battle Droid
OUT OF CHARACTER INFORMATION
- Intent: To provide a standardized battle droid model for use by Syntech Robotics and its clients, fulfilling roles in security, military, and corporate defense.
- Image Source: My AI Shenanigans
- Canon Link: N/A
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Syntech Robotics
- Affiliation: Vax Holdings and its subsidiaries.
- Market Status: Closed-Market
- Model: STX-77 "Sentinel" Battle Droid
- Modularity: Yes, Moderate – Weaponry and armor plates can be swapped for mission-specific configurations.
- Production: Mass-Produced
- Material:
- Durasteel chassis with reinforced plating
- High-density polymer components for joints and minor flexibility
- Circuitry with EMP-resistant shielding
- Classification: Fourth Degree
- Weight: Average
- Height: Average
- Movement: Bipedal
- Armaments:
- Integrated Blaster Rifle (medium-range combat, average damage output)
- Wrist-mounted Vibroblade (close-quarters combat)
- Optional shoulder-mounted grenade launcher (mission-specific)
- Misc. Equipment:
- ADV-SNSR-01
- Tactical communications array for squad coordination
- CBT-1 Processor
- SED-1
- Resistances (Optional):
- Energy : Average
- Kinetic: Average
- Lightsabers: Low
- EMP/Ion: Low
- Other:
- Sonic: None
- Elemental: Low
- Squad AI Coordination: The STX-77 models are capable of operating in squads with shared tactical awareness, enabling them to perform synchronized maneuvers without direct operator input.
- Field Maintenance Protocols: Equipped with basic self-repair systems to patch minor damage during combat, increasing longevity in the field.
- Adaptive Combat Subroutines: The droid brain learns from encounters to adjust its approach to future engagements.
- Reliable Performance: The STX-77 is designed for consistent operation in a variety of environments, making it highly versatile.
- Tactical Awareness: Squad coordination capabilities allow for efficient team-based maneuvers, outperforming most standard infantry units in cohesion.
- Limited Durability: Despite its reinforced chassis, the STX-77 cannot withstand prolonged heavy fire or sustained lightsaber attacks.
- EMP/Ion Vulnerability: Concentrated EMP or ion attacks can disable the droid temporarily or cause it to self destruct if already disabled.
The STX-77 "Sentinel" Battle Droid is Syntech Robotics' flagship standardized combat droid, designed to provide affordable and reliable combat support for private militaries, corporate security, and planetary defense forces. With a sleek and functional design, the STX-77 combines moderate durability with advanced tactical capabilities, ensuring it performs well in squad-based engagements.
The droid is equipped with a modular weapon platform, making it adaptable to different combat scenarios, from urban skirmishes to battlefield deployments. Its combat droid brain provides adaptive learning, enabling it to refine its tactics in response to encountered threats.
While it is not without its weaknesses—such as vulnerability to sustained heavy fire or specialized EMP/Ion weaponry—the STX-77 compensates through cost-effectiveness and scalability. As the backbone of Syntech Robotics' battle droid line, the STX-77 exemplifies the company's commitment to innovation and efficiency in the defense sector.
The STX-77 "Sentinel" Battle Droid boasts a sleek yet utilitarian design, optimized for both functionality and a formidable presence on the battlefield. Standing at 1.9 meters tall, it has a humanoid frame constructed from reinforced durasteel, with a matte dark-gray finish that minimizes visibility in low-light environments and reduces glare under direct light. The plating is angular and segmented, giving the droid a modern, militaristic appearance.
The droid's head is compact, featuring a single glowing tri-optic sensor array positioned at the center, which emits a faint red or blue light depending on operational status. The sensor array is shielded by a small, slanted brow-like structure for added protection against shrapnel and environmental hazards.
Its shoulders are broad, with reinforced plates that curve slightly outward, providing both an intimidating silhouette and extra armor. The arms are muscular in proportion, housing integrated weaponry like a wrist-mounted vibroblade and reinforced servos for enhanced melee capability. The droid's hands are multi-jointed and capable of holding various tools or firearms with precision.
A tactical rig is mounted on its chest, featuring modular slots for additional equipment or field upgrades. The torso armor tapers into a flexible midsection, which is shielded by overlapping plates that allow a range of motion without sacrificing protection.
The legs are slightly bulkier than the upper body, with hydraulic actuators visible at the knees and ankles, designed for improved balance and rapid movement. The feet are wide and clawed, ensuring stability on uneven terrain.
Finally, the droid is adorned with Syntech Robotics' subtle emblem engraved on the upper left chest plate, serving as a mark of its cutting-edge craftsmanship. Overall, the STX-77 is a visually striking mix of form and function, exuding an air of calculated efficiency and quiet menace.
Last edited:
Subsidiary Company of Vax Holdings
OUT OF CHARACTER INFORMATION
The SED-1 Energy Shield Emitter is Syntech Robotics' entry-level defensive shield system, developed to enhance the survivability of droids and light vehicles in combat scenarios. Compact and energy-efficient, the SED-1 is designed to absorb a minimal amount of blaster fire, granting units a brief window to react or reposition under fire.
Housed in a durasteel casing, the emitter features an energy capacitor and emitter arrays, which project a low-tier shield capable of deflecting or absorbing shots from small-arms blasters. While it is not intended to withstand sustained or heavy fire, its energy efficiency and reliability make it a practical solution for mass-produced droids like the STX-77 Sentinel.
The SED-1 has a self-regulating capacitor system that prevents overheating during use, though it will deactivate under excessive strain to avoid catastrophic damage. Its compact size and low energy requirements make it an ideal addition to Syntech's droid lineup, enhancing survivability without compromising other systems. While its protection is limited, the SED-1 represents an affordable, scalable defense solution for private security and military contractors.
- Intent: To create a low-tier energy shield emitter suitable for use in Syntech Robotics' STX-77 Sentinel Battle Droid and other compatible applications.
- Image Source: N/A
- Canon Link: N/A
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Syntech Robotics
- Affiliation: Vax Holdings and its subsidiaries.
- Market Status: Closed-Market
- Model: SED-1 (Shield Emitter Defense, Model 1)
- Modularity: Limited – Can be integrated into various droid chassis and light vehicles but is not adjustable for strength, limited area coverage depending on size.
- Production: Mass-Produced
- Material:
- Durasteel housing
- Energy capacitor and emitter arrays
- Duranium shielding for internal components
- Low-Tier Energy Shielding: Capable of absorbing limited blaster fire, offering protection against small-arms fire.
- Compact Design: Lightweight and easily integrated into droid systems without compromising mobility.
- Energy Efficiency: Designed to minimize power draw, allowing extended operational time without significantly impacting droid or vehicle energy reserves.
- Self-Regulating Capacitors: Prevents overheating and ensures stable performance during prolonged use.
- Emergency Shutoff: Automatically deactivates if subjected to sustained heavy fire, preventing system damage.
- Blaster Resistance: Provides temporary protection against blaster fire, granting droids or vehicles a tactical edge in combat.
- Compact and Lightweight: Easily integrated into smaller platforms such as droids or light vehicles without impacting performance.
- Limited Durability: Ineffective against sustained heavy fire, explosives, or high-powered weaponry.
- Restricted Coverage: Shield only protects a small surface area pertaining to the targets front, leaving other parts of the user vulnerable to attack.
The SED-1 Energy Shield Emitter is Syntech Robotics' entry-level defensive shield system, developed to enhance the survivability of droids and light vehicles in combat scenarios. Compact and energy-efficient, the SED-1 is designed to absorb a minimal amount of blaster fire, granting units a brief window to react or reposition under fire.
Housed in a durasteel casing, the emitter features an energy capacitor and emitter arrays, which project a low-tier shield capable of deflecting or absorbing shots from small-arms blasters. While it is not intended to withstand sustained or heavy fire, its energy efficiency and reliability make it a practical solution for mass-produced droids like the STX-77 Sentinel.
The SED-1 has a self-regulating capacitor system that prevents overheating during use, though it will deactivate under excessive strain to avoid catastrophic damage. Its compact size and low energy requirements make it an ideal addition to Syntech's droid lineup, enhancing survivability without compromising other systems. While its protection is limited, the SED-1 represents an affordable, scalable defense solution for private security and military contractors.
Subsidiary Company of Vax Holdings
OUT OF CHARACTER INFORMATION
The CBT-1 Processor is the core combat brain utilized in Syntech Robotics' military droid lines, including the STX-77 Sentinel. Designed to enhance performance in dynamic battlefield scenarios, the CBT-1 employs cutting-edge quantum computing technology to process vast amounts of data in real-time. Equipped with adaptive tactical subroutines, the brain enables droids to perform advanced maneuvers, predict enemy actions, and coordinate with allies seamlessly.
The processor's combat prediction algorithms provide a tactical edge by simulating potential outcomes based on enemy movements, allowing droids to preemptively counter threats. Its integrated communications array ensures consistent coordination with other units, fostering efficient teamwork on the battlefield.
While the CBT-1 is highly effective in combat scenarios, it does have limitations. Its susceptibility to EMP and ion attacks makes it reliant on external shielding for protection, and its specialization in military operations renders it unsuitable for non-combat applications. However, these trade-offs are outweighed by its impressive capabilities in the field, making the CBT-1 an invaluable component for any modern combat droid.
The CBT-1 Processor stands as a testament to Syntech Robotics' commitment to innovation and excellence, providing their battle droids with the intelligence and adaptability needed to dominate in an ever-evolving galaxy.
- Intent: To create a standard combat droid brain with tactical subroutines, used primarily in Syntech Robotics' STX-77 Sentinel Battle Droid and compatible with other droid models.
- Image Source: N/A
- Canon Link: N/A
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Syntech Robotics
- Affiliation: Vax Holdings and its subsidiaries.
- Market Status: Closed-Market
- Model: CBT-1 Processor (Combat Brain, Tactical Model 1)
- Modularity: Limited – Compatible with a range of combat droids but cannot be extensively modified without reprogramming.
- Production: Mass-Produced
- Material:Material:
- Durasteel and plastoid casing
- Quantum computing core
- Electrum-coated data conduits for enhanced processing speeds
- Adaptive Tactical Subroutines: Provides real-time battlefield analysis and basic squad-level command capabilities.
- Combat Prediction Algorithms: Calculates enemy movements and likely strategies to optimize droid responses in combat.
- Integrated Communications Array: Facilitates seamless coordination with allied droids and operators.
- Self-Repair Protocols: Minor error correction and system diagnostics ensure sustained performance under duress.
- Data Logging and Analysis: Stores mission data for post-operation analysis and future performance improvements.
- Enhanced Tactical Awareness: Improves battlefield efficiency through superior threat assessment and decision-making capabilities.
- Scalable Intelligence: Capable of functioning in small skirmishes or large-scale engagements with equal effectiveness.
- Vulnerability to EMP/Ion Attacks: Susceptible to disruption by ion weapons or EMP bursts unless additional shielding is applied.
- Limited Adaptability to Non-Combat Scenarios: Focused entirely on combat optimization, making it ineffective for non-military tasks.
The CBT-1 Processor is the core combat brain utilized in Syntech Robotics' military droid lines, including the STX-77 Sentinel. Designed to enhance performance in dynamic battlefield scenarios, the CBT-1 employs cutting-edge quantum computing technology to process vast amounts of data in real-time. Equipped with adaptive tactical subroutines, the brain enables droids to perform advanced maneuvers, predict enemy actions, and coordinate with allies seamlessly.
The processor's combat prediction algorithms provide a tactical edge by simulating potential outcomes based on enemy movements, allowing droids to preemptively counter threats. Its integrated communications array ensures consistent coordination with other units, fostering efficient teamwork on the battlefield.
While the CBT-1 is highly effective in combat scenarios, it does have limitations. Its susceptibility to EMP and ion attacks makes it reliant on external shielding for protection, and its specialization in military operations renders it unsuitable for non-combat applications. However, these trade-offs are outweighed by its impressive capabilities in the field, making the CBT-1 an invaluable component for any modern combat droid.
The CBT-1 Processor stands as a testament to Syntech Robotics' commitment to innovation and excellence, providing their battle droids with the intelligence and adaptability needed to dominate in an ever-evolving galaxy.
Last edited:
Subsidiary Company of Vax Holdings
OUT OF CHARACTER INFORMATION
The ADV-SNSR-01 is an advanced sensory array designed by Syntech Robotics to complement the capabilities of their STX-77 "Sentinel" Battle Droid. This cutting-edge suite integrates thermal detection, infrared vision, and motion tracking into a compact yet robust system that provides unparalleled battlefield awareness.
The thermal detection array enables the droid to identify and track heat signatures, making it particularly effective in low-visibility scenarios such as smoke-filled battlefields or subterranean environments. The infrared vision module ensures visibility in complete darkness, while the motion detection sensors offer a 360-degree field of awareness, alerting the droid to potential threats from any direction.
Built to endure extreme conditions, the ADV-SNSR-01 features environmental adaptation algorithms that optimize sensor performance under challenging circumstances, such as high temperatures or electromagnetic interference. Its passive detection mode allows for low-energy stealth operations, albeit with reduced range and sensitivity.
While the sensor suite significantly enhances the STX-77's combat effectiveness, it is not without limitations. High energy consumption during prolonged use and vulnerability to advanced electronic jamming techniques present potential drawbacks. Additionally, its passive mode trades detection range for stealth, which may limit its utility in certain scenarios.
Despite these trade-offs, the ADV-SNSR-01 Sensor Suite represents a substantial leap forward in droid sensory technology, reinforcing Syntech Robotics' position as a leader in advanced battlefield solutions. This sensor suite ensures that the STX-77 "Sentinel" and other compatible models maintain a decisive edge in any engagement.
- Intent: To create an advanced sensor suite, used primarily in Syntech Robotics' STX-77 Sentinel Battle Droid and compatible with other droid models.
- Image Source: N/A
- Canon Link: N/A
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Syntech Robotics
- Affiliation: Vax Holdings and subsidiaries.
- Market Status: Closed-Market
- Model: ADV-SNSR-01
- Modularity: Limited – Compatible with a range of combat droids but cannot be extensively modified.
- Production: Mass-Produced
- Material:
- Durasteel housing for durability
- Optical-grade crystadurium lenses
- High-efficiency thermal imaging arrays
- Electrum-coated circuitry for enhanced signal processing
- Thermal Detection Array: Identifies heat signatures for tracking and targeting in low-visibility conditions.
- Infrared Vision Module: Enables enhanced vision in complete darkness or obscured environments.
- Motion Detection Sensors: Tracks movement within a 360-degree radius, providing alerts for potential threats.
- Environmental Adaptation Algorithms: Optimizes sensor performance in extreme environments, such as high temperatures or electromagnetic interference.
- Data Synchronization Protocol: Integrates seamlessly with droid tactical systems for real-time updates and threat prioritization.
- Passive Detection Mode: Operates with minimal energy consumption for stealth operations.
- Enhanced Situational Awareness: Combines multiple detection technologies for comprehensive environmental monitoring.
- Extreme Environment Resilience: Maintains functionality in adverse conditions, including smoke, fog, and electromagnetic interference.
- Real-Time Integration: Syncs with tactical processors to provide actionable intelligence instantly.
- High Energy Consumption: Extended use of all sensor modes can deplete droid power reserves more quickly.
- Susceptibility to Jamming: Vulnerable to sophisticated electronic countermeasures targeting sensor arrays.
- Limited Range in Passive Mode: While energy-efficient, passive detection sacrifices range and precision.
The ADV-SNSR-01 is an advanced sensory array designed by Syntech Robotics to complement the capabilities of their STX-77 "Sentinel" Battle Droid. This cutting-edge suite integrates thermal detection, infrared vision, and motion tracking into a compact yet robust system that provides unparalleled battlefield awareness.
The thermal detection array enables the droid to identify and track heat signatures, making it particularly effective in low-visibility scenarios such as smoke-filled battlefields or subterranean environments. The infrared vision module ensures visibility in complete darkness, while the motion detection sensors offer a 360-degree field of awareness, alerting the droid to potential threats from any direction.
Built to endure extreme conditions, the ADV-SNSR-01 features environmental adaptation algorithms that optimize sensor performance under challenging circumstances, such as high temperatures or electromagnetic interference. Its passive detection mode allows for low-energy stealth operations, albeit with reduced range and sensitivity.
While the sensor suite significantly enhances the STX-77's combat effectiveness, it is not without limitations. High energy consumption during prolonged use and vulnerability to advanced electronic jamming techniques present potential drawbacks. Additionally, its passive mode trades detection range for stealth, which may limit its utility in certain scenarios.
Despite these trade-offs, the ADV-SNSR-01 Sensor Suite represents a substantial leap forward in droid sensory technology, reinforcing Syntech Robotics' position as a leader in advanced battlefield solutions. This sensor suite ensures that the STX-77 "Sentinel" and other compatible models maintain a decisive edge in any engagement.
Last edited:
Subsidiary Company of Vax Holdings
OUT OF CHARACTER INFORMATION
The ARC-DF-01 Power Core is an advanced energy generator tailored for droid fighter craft, enabling unmatched efficiency and performance in combat scenarios. Developed by Syntech Robotics, this core combines cutting-edge hypermatter reactor technology with innovative energy management systems to meet the demanding requirements of modern starfighter engagements.
The compact hypermatter reactor ensures a steady supply of high-output energy to power critical systems, including advanced propulsion units, energy shields, and weapon arrays. Its adaptive energy prioritization protocols dynamically adjust power distribution based on combat conditions, allowing fighters to excel in various tactical roles. For instances requiring bursts of performance, the Overdrive Mode temporarily amplifies energy output, though this feature must be used sparingly to avoid reactor strain.
To maintain reliability during prolonged missions, the power core includes a thermal dissipation system to manage heat buildup and a failsafe shutdown protocol to protect against catastrophic failures. Additionally, energy surge buffering mitigates the impact of ion or EMP-based disruptions, though it is not a foolproof defense.
The ARC-DF-01 is a cornerstone of Syntech Robotics' droid fighter line, delivering the energy efficiency and combat flexibility necessary for victory in the galaxy's most demanding battlefields. However, its reliance on regular maintenance and vulnerability to certain attacks highlight the need for skilled technicians and strategic deployment to fully leverage its capabilities.
The development of the ARC-DF-01 was driven by the need for a power source that could meet the dual demands of speed and durability. Early prototypes focused on increasing energy output without compromising the compact form factor needed for droid fighter craft. Syntech Robotics engineers collaborated with quantum physicists and materials scientists to create a hypermatter reactor that could produce exceptional power while maintaining minimal weight and size. This cross-disciplinary approach ensured that the core could seamlessly integrate into the existing designs of droid starfighters.
Rigorous testing in simulated combat scenarios played a crucial role in refining the ARC-DF-01. Stress tests under various battlefield conditions—from high-speed dogfights to prolonged engagements—helped identify weaknesses in thermal management and energy distribution. Innovations like the Thermal Dissipation System and Energy Prioritization Protocols were added in response to these challenges, ensuring the core's resilience and adaptability in diverse operational environments.
The ARC-DF-01's production process was streamlined to balance performance and cost-efficiency. High-quality materials such as Thermal-Regulation Alloys and Quantum Stabilizers were sourced to enhance durability and reliability. By leveraging advanced manufacturing techniques, Syntech Robotics achieved mass production capabilities while maintaining the precise standards required for this critical component. As a result, the ARC-DF-01 stands as a testament to Syntech's commitment to innovation and excellence in droid combat technology.
- Intent: To create an advanced power core for droid fighter craft, enhancing their operational efficiency and combat performance.
- Image Source: (Please link to where you found the image, or to the original artist if possible. TinEye or Google Image Search can help.)
- Canon Link: (Please link the canon link if applicable canon item.)
- Permissions: (Please link any Marketplace purchase approvals or other permissions to use other Writer's submissions as part of the submission)
- Primary Source: (Please link and cite the sources which you are modifying for your use in your submission.)
- Manufacturer: Syntech Robotics
- Affiliation: Vax Holdings and subsidiaries
- Market Status: Closed-Market
- Model: ARC-DF-01 Power Core
- Modularity: Limited – Compatible with various droid fighter models produced by Syntech Robotics, but not easily adaptable to non-Syntech designs.
- Production: Mass-Produced
- Material:
- Reinforced Durasteel Casing
- High-Efficiency Hypermatter Reactors
- Thermal-Regulation Alloys
- Quantum Stabilizers
- Compact Hypermatter Reactor: Generates high-output energy in a compact form factor to power all fighter systems.
- Energy Prioritization Protocols: Dynamically allocates power between propulsion, shields, and weapons based on operational needs.
- Overdrive Mode: Temporarily boosts energy output for increased combat performance.
- Thermal Dissipation System: Prevents overheating during prolonged engagements or high-energy usage.
- Failsafe Shutdown Protocol: Protects the power core from catastrophic failure by initiating a controlled shutdown in critical situations.
- Energy Surge Buffering: Absorbs and redirects excess energy to prevent damage from external disruptions like ion blasts.
- High Energy Output: Provides ample power for advanced weaponry, shields, and propulsion systems, ensuring peak performance.
- Compact and Lightweight: Designed specifically for droid fighter craft, allowing for increased speed and maneuverability.
- Adaptive Energy Distribution: Optimizes power allocation in real-time for maximum combat efficiency.
- Susceptible to EMP/Ion Weapons: While it features surge buffering, concentrated EMP or ion attacks can still disable the system temporarily.
- Overdrive Mode Risks: Prolonged use of Overdrive Mode can strain the reactor, potentially leading to system failures.
- High Maintenance Requirements: Advanced components require frequent maintenance to ensure reliability.
The ARC-DF-01 Power Core is an advanced energy generator tailored for droid fighter craft, enabling unmatched efficiency and performance in combat scenarios. Developed by Syntech Robotics, this core combines cutting-edge hypermatter reactor technology with innovative energy management systems to meet the demanding requirements of modern starfighter engagements.
The compact hypermatter reactor ensures a steady supply of high-output energy to power critical systems, including advanced propulsion units, energy shields, and weapon arrays. Its adaptive energy prioritization protocols dynamically adjust power distribution based on combat conditions, allowing fighters to excel in various tactical roles. For instances requiring bursts of performance, the Overdrive Mode temporarily amplifies energy output, though this feature must be used sparingly to avoid reactor strain.
To maintain reliability during prolonged missions, the power core includes a thermal dissipation system to manage heat buildup and a failsafe shutdown protocol to protect against catastrophic failures. Additionally, energy surge buffering mitigates the impact of ion or EMP-based disruptions, though it is not a foolproof defense.
The ARC-DF-01 is a cornerstone of Syntech Robotics' droid fighter line, delivering the energy efficiency and combat flexibility necessary for victory in the galaxy's most demanding battlefields. However, its reliance on regular maintenance and vulnerability to certain attacks highlight the need for skilled technicians and strategic deployment to fully leverage its capabilities.
The development of the ARC-DF-01 was driven by the need for a power source that could meet the dual demands of speed and durability. Early prototypes focused on increasing energy output without compromising the compact form factor needed for droid fighter craft. Syntech Robotics engineers collaborated with quantum physicists and materials scientists to create a hypermatter reactor that could produce exceptional power while maintaining minimal weight and size. This cross-disciplinary approach ensured that the core could seamlessly integrate into the existing designs of droid starfighters.
Rigorous testing in simulated combat scenarios played a crucial role in refining the ARC-DF-01. Stress tests under various battlefield conditions—from high-speed dogfights to prolonged engagements—helped identify weaknesses in thermal management and energy distribution. Innovations like the Thermal Dissipation System and Energy Prioritization Protocols were added in response to these challenges, ensuring the core's resilience and adaptability in diverse operational environments.
The ARC-DF-01's production process was streamlined to balance performance and cost-efficiency. High-quality materials such as Thermal-Regulation Alloys and Quantum Stabilizers were sourced to enhance durability and reliability. By leveraging advanced manufacturing techniques, Syntech Robotics achieved mass production capabilities while maintaining the precise standards required for this critical component. As a result, the ARC-DF-01 stands as a testament to Syntech's commitment to innovation and excellence in droid combat technology.
Last edited:
Subsidiary Company of Vax Holdings
OUT OF CHARACTER INFORMATION
- Intent: To create a droid starfighter focused on achieving fighter superiority in space and atmospheric combat.
- Image Source:
- Canon Link:
- Permissions:
- Primary Source:
- Manufacturer: Syntech Robotics
- Affiliation: Vax Holdings and subsidiaries
- Market Status: Closed-Market
- Model: DSF-01 "Predator"
- Production: Mass-Produced
- Material:
- Reinforced Durasteel Hull
- Quantum Alloy Framework
- Advanced Sensor-Absorbing Coatings
- Classification: (Starfighter, Bomber, Scout, Atmospheric Fighter, Atmospheric Bomber, Atmospheric Scout, Gunship, Dropship, Interceptor.)
- Length: 14 meters
- Width: 6.5 meters
- Height: 3 meters.
- Armament: Average
- Dual rapid-fire laser cannons
- Twin concussion homing missile launchers (6 missiles total)
- Defenses: Very low
- Deflector shields
- Durasteel armor
- Squadron Count: Average: 12
- Maneuverability Rating: High
- Speed Rating: High
- Hyperdrive: Class 2.0
- Subspace communications array
- Advanced navigation system
- Flight stabilizers
- Atmospheric flight capability
- Energy-efficient ion engines
- Advanced Sensor Suite: Includes thermal, infrared, motion detection, and long-range scanning.
- Target Locking Algorithms: Enhances accuracy against moving targets and enables rapid weapon acquisition.
- Energy Surge Buffering: Protects against EMP and ion disruptions.
- Overdrive Mode: Boosts speed and maneuverability temporarily for tactical advantages in dogfights.
- Autonomous Combat AI: Capable of independent operation, featuring predictive combat algorithms for superiority in engagements.
- Stealth Field Generator: Reduces visibility to enemy sensors for ambush scenarios.
- Superior Maneuverability: Designed for high-speed dogfights with tight turning capabilities.
- Advanced AI: Provides real-time tactical analysis, enabling the starfighter to adapt to complex engagements.
- Resilient Systems: Surge buffering and robust shields enhance survivability in combat.
- Overdrive Mode: Boosts speed and maneuverability temporarily for tactical advantages in dogfights.
- Limited Payload: Concussion missile launchers carry a finite supply, limiting prolonged use.
- Reliance on AI: Fully autonomous operation is vulnerable to advanced electronic countermeasures.
- Very Low Durability: Armor and shields are balanced to maintain speed and agility and in doing so the fighter doesn't take much at all to bring down.
- Overdrive Strain: Extended use of Overdrive Mode risks reactor damage or shutdown.
- Advanced Systems: Only a trained expert could maintain these fighters, mass-produced as they may be, the knowledge to upkeep them relegates them to a "Hanger Queen" role for many of those on the lower end of the budget spectrum.
The DSF-01 "Predator" Droid Starfighter is a high-performance craft engineered for fighter superiority. Syntech Robotics designed the Predator to dominate in both space and atmospheric engagements, making it a versatile tool for fleet defense and offensive operations. Its compact size, coupled with its superior maneuverability, allows it to outpace and outmaneuver most starfighters in its class.
The Predator is armed with dual rapid-fire laser cannons, twin concussion missile launchers, and an optional ion disruptor loadout for shield-focused engagements. These weapons make it a formidable adversary in one-on-one dogfights and squadron skirmishes. Complementing its arsenal, the starfighter's advanced sensor suite and targeting algorithms enable unparalleled precision against even the most evasive opponents.
Autonomous Combat AI drives the Predator's decision-making, giving it the ability to react instantaneously to battlefield developments. This AI, paired with advanced stealth systems, allows the Predator to perform hit-and-run tactics or ambush maneuvers with devastating efficiency. However, its reliance on AI leaves it susceptible to electronic countermeasures, and its finite missile payload limits its endurance in extended operations.
In summary, the DSF-01 "Predator" balances speed, agility, and firepower to achieve unmatched superiority in dogfights. While its reliance on advanced systems presents specific vulnerabilities, its cutting-edge design ensures dominance in engagements where maneuverability
and precision are paramount.
The DSF-01 "Predator" boasts a bold and aggressive design that underscores its role as a fighter superiority craft. Its angular hull is crafted for aerodynamic performance and maximum efficiency in space and atmospheric engagements. The exterior features a reflective gray and blue finish, symbolizing its combat prowess while deflecting excess heat during re-entry or prolonged combat.
Twin ion engines dominate the rear of the fighter, their design optimized for rapid acceleration and sustained high-speed pursuits. These engines emit a sharp, radiant blue trail, a signature of the Predator's unmatched speed and maneuverability. The starfighter's reinforced transparisteel cockpit houses the core AI module and advanced targeting systems, ensuring a seamless integration of battlefield awareness and precision combat capabilities.
Weaponry is visibly integrated into the frame with prominent dual laser cannon mounts on the wings and underslung missile launchers for easy reloading during engagements. The overall profile is aggressive and purposeful, designed to intimidate opponents while excelling in high-stakes dogfights. Every aspect of the DSF-01's design prioritizes functionality and dominance in fighter-to-fighter combat.
The development of the DSF-01 "Predator" began as a response to increasing demands for a starfighter capable of countering fast and agile adversaries. Syntech Robotics assembled a team of elite engineers, combat tacticians, and AI specialists to create a platform that would redefine superiority in dogfights. Early conceptual designs focused on achieving a balance between speed and firepower while maintaining the durability necessary for prolonged engagements. The inclusion of an advanced AI system became a cornerstone of the design, allowing the Predator to operate independently and react faster than human pilots.
Rigorous testing at Syntech's orbital proving grounds ensured that the Predator could withstand a variety of combat scenarios. Simulated engagements against existing droid starfighters and organic-piloted craft highlighted the strengths of its maneuverability and precision weaponry. Key feedback from these trials led to the integration of the Overdrive Mode, providing a critical edge in high-pressure dogfights. Additionally, refinements to its stealth capabilities were introduced after live testing in contested zones, ensuring the starfighter could excel in ambush scenarios.
The final production model represents years of iterative improvements and cutting-edge innovation. Advanced manufacturing techniques, including precision assembly and quantum alloy integration, allowed for the mass production of a craft that retained exceptional quality. By addressing weaknesses identified during development—such as the vulnerability to electronic countermeasures—Syntech Robotics delivered a starfighter that could serve as the backbone of any fleet, ensuring dominance in the ever-evolving landscape of galactic warfare.
Last edited:
Subsidiary Company of Vax Holdings
OUT OF CHARACTER INFORMATION
The DA-HB/GL-77 "Stormfire" Heavy Blaster is Dominion Arms' response to the need for versatile suppressive firepower on the battlefield. Equipped with a high-capacity blaster and an integrated grenade launcher, the Stormfire is designed to dominate open engagements and fortified positions alike.
The heavy blaster excels at pinning enemies behind cover with sustained fire while the underslung launcher delivers explosive payloads to neutralize threats. Whether used in offensive pushes or defensive holds, the weapon provides infantry with a tactical advantage against both personnel and light fortifications.
Built for durability, the Stormfire operates reliably in extreme conditions, ensuring Dominion Arms' reputation for excellence. However, its size and weight limit its practicality for rapid engagements or urban warfare. The weapon is best suited for use by heavy infantry, fire teams, or special operations units where suppressive capabilities and versatility are paramount.
Dominion Arms has ensured the Stormfire reflects its commitment to providing cutting-edge weapons designed for professionals who demand reliability and performance in equal measure.
- Intent: A heavy blaster rifle for Dominion Arms designed for suppressive fire with a grenade launcher underslung attachment, fulfilling a dual-purpose role in infantry combat scenarios.
- Image Source: (Please link to where you found the image, or to the original artist if possible. TinEye or Google Image Search can help.)
- Canon Link: (Please link the canon link if applicable canon item.)
- Permissions: (Please link any Marketplace purchase approvals or other permissions to use other Writer's submissions as part of the submission)
- Primary Source: (Please link and cite the sources which you are modifying for your use in your submission.)
- Manufacturer: Dominion Arms
- Affiliation: Vax Holdings and Subsidiaries
- Market Status: Closed-Market
- Model: DA-HB/GL-77 "Stormfire" Heavy Blaster
- Modularity: Limited (Supports attachments like scopes and tactical lights)
- Production: Minor (Available for small unit deployment; not mass-produced to ensure quality control)
- Material:
- Durasteel (Casing)
- High-tensile composite alloys (Barrel and internal mechanisms)
- Blaster-grade tibanna gas components
- Classification: Heavy Blaster Rifle with integrated grenade launcher.
- Size: Large
- Weight: Heavy
- Ammunition Type:
- Power cell and gas canister (blaster)
- Standard explosive grenades (underslung launcher)
- Ammunition Capacity:
- Blaster: 50 shots per power cell
- Grenade launcher: 4 grenades per magazine
- Effective Range:
- Blaster: Long Range
- Grenade launcher: Average
- Rate of Fire:
- Blaster: High
- Grenade launcher: Low
- Damage Output:
- Blaster: High
- Grenade launcher: Very High
- Recoil:
- Blaster: Average
- Grenade launcher: High
- Integrated Underslung Grenade Launcher: Capable of firing standard explosive rounds or smoke grenades for area denial.
- Overheat Safety Mechanism: Prevents the blaster from overheating during sustained suppressive fire.
- Adjustable Fire Rate: Switch between semi-automatic and automatic fire modes for both weapons.
- Recoil-Compensating Stock: Reduces recoil for better control during rapid fire.
- Optional Tactical Attachments: Includes mounting points for scopes, lasers, and flashlights.
- Rugged Design: Engineered for reliability in extreme environments, from desert heat to arctic cold.
- Suppressive Fire: The blaster's high rate of fire and significant ammunition capacity allow it to pin down enemies effectively.
- Versatile Weaponry: The underslung grenade launcher provides additional utility for clearing rooms, dealing with entrenched enemies, or creating smoke cover.
- Durability: Designed to perform in harsh battlefield conditions with minimal maintenance.
- Adaptable: Modular design allows operators to customize the weapon with accessories tailored to mission requirements.
- Heavy Weight: The weapon's heft makes it cumbersome for prolonged use or for smaller operators.
- Limited Mobility: Due to its size, the weapon is less practical in close-quarters combat or for highly mobile units.
- High Recoil (Launcher): The grenade launcher's recoil can disrupt aim and requires stabilization for consecutive shots, it is highly ill-advised to ever use the automatic fire mode with the grenade launcher.
- Ammunition Dependence: The dual ammunition requirement for the blaster and launcher can complicate resupply logistics.
The DA-HB/GL-77 "Stormfire" Heavy Blaster is Dominion Arms' response to the need for versatile suppressive firepower on the battlefield. Equipped with a high-capacity blaster and an integrated grenade launcher, the Stormfire is designed to dominate open engagements and fortified positions alike.
The heavy blaster excels at pinning enemies behind cover with sustained fire while the underslung launcher delivers explosive payloads to neutralize threats. Whether used in offensive pushes or defensive holds, the weapon provides infantry with a tactical advantage against both personnel and light fortifications.
Built for durability, the Stormfire operates reliably in extreme conditions, ensuring Dominion Arms' reputation for excellence. However, its size and weight limit its practicality for rapid engagements or urban warfare. The weapon is best suited for use by heavy infantry, fire teams, or special operations units where suppressive capabilities and versatility are paramount.
Dominion Arms has ensured the Stormfire reflects its commitment to providing cutting-edge weapons designed for professionals who demand reliability and performance in equal measure.
Subsidiary Company of Vax Holdings
OUT OF CHARACTER INFORMATION
The DA-SB/91 "Maelstrom" Blaster is Dominion Arms' solution for battlefield adaptability and non-lethal engagement. Designed to disrupt enemy forces and offer tactical flexibility, the Maelstrom excels in both crowd control and precision strikes. With dual-mode functionality, it can disorient groups of combatants with a concussive wave or focus its energy into a devastating pulse to penetrate defenses.
The sonic blaster is rugged and reliable, built to withstand harsh environments while maintaining consistent performance. Its integrated sonic dampeners ensure the safety of operators and allies, minimizing friendly disruptions during use. The non-lethal option makes it a valuable tool for missions where reducing collateral damage or maintaining public perception is critical.
However, the weapon's dependence on short-range effectiveness for its disorienting mode and its limitations against specialized materials require operators to use it strategically. The Maelstrom's versatility and mass-production make it a go-to choice for infantry and security forces across the galaxy, showcasing Dominion Arms' commitment to innovation and battlefield superiority.
- Intent: A mass-produced sonic blaster designed for battlefield use by Dominion Arms to disorient and incapacitate enemies through non-lethal or destructive means.
- Image Source: (Please link to where you found the image, or to the original artist if possible. TinEye or Google Image Search can help.)
- Canon Link: (Please link the canon link if applicable canon item.)
- Permissions: (Please link any Marketplace purchase approvals or other permissions to use other Writer's submissions as part of the submission)
- Primary Source: (Please link and cite the sources which you are modifying for your use in your submission.)
- Manufacturer: Dominion Arms
- Affiliation: Vax Holdings and Subsidiaries
- Market Status: Closed-Market
- Model: DA-SB/91 "Maelstrom" Blaster
- Modularity: No.
- Production: Mass-Produced
- Material:
- Reinforced durasteel (Casing)
- Vibration-sensitive alloy (Emitter core)
- Insulated energy conduits
- Classification: Sonic Blaster
- Size: Large
- Weight: Average
- Ammunition Type:
- Sonic energy capacitors
- Ammunition Capacity:
- 30 bursts per capacitor
- Effective Range:
- Disorienting Wave: Medium Range
- Focused Sonic Pulse: Long Range
- Rate of Fire:
- Disorienting Wave: Low
- Focused Sonic Pulse: Semi-automatic
- Damage Output:
- Disorienting Wave: Non-lethal (Low)
- Focused Sonic Pulse: Lethal (High)
- Recoil:
- Low
- Dual Modes:
- Disorienting Wave: Emits a wide-area sonic wave designed to disorient and incapacitate groups of enemies, causing dizziness, nausea, and temporary hearing loss.
- Focused Sonic Pulse: Fires concentrated sonic energy capable of shattering barriers and delivering lethal damage to armored and unarmored targets alike.
- Adjustable Intensity: Operators can toggle between non-lethal and lethal settings depending on mission requirements.
- Integrated Sonic Dampeners: Built-in dampeners reduce sound pressure exposure for the operator and nearby allies.
- Rechargeable Capacitors: Easy-to-replace energy cells allow for extended battlefield use.
- Ruggedized Design: Resistant to environmental interference, including extreme heat, cold, and electromagnetic disruption.
- Crowd Control: The wide-area disorienting wave is highly effective against clustered enemies, ideal for riot control or disrupting formations.
- Armor Penetration: Focused Sonic Pulse can bypass conventional armor types that are resistant to energy or kinetic attacks.
- Non-lethal Option: Provides a versatile non-lethal mode for missions requiring minimal collateral damage or civilian safety.
- Minimal Recoil: Low recoil improves operator accuracy and ease of use in chaotic combat environments.
- Short Range (Disorienting Wave): The non-lethal mode is only effective at short to medium range, limiting its use in open-field engagements.
- Ineffective Against Certain Materials: Sonic blasts are less effective against dense materials such as ultrachrome or phrik.
- Collateral Risk: Focused Sonic Pulse can cause structural damage, making it unsuitable for confined spaces or urban environments.
- Capacitor Dependency: The blaster requires regular capacitor replacements during prolonged engagements, necessitating careful resupply planning.
The DA-SB/91 "Maelstrom" Blaster is Dominion Arms' solution for battlefield adaptability and non-lethal engagement. Designed to disrupt enemy forces and offer tactical flexibility, the Maelstrom excels in both crowd control and precision strikes. With dual-mode functionality, it can disorient groups of combatants with a concussive wave or focus its energy into a devastating pulse to penetrate defenses.
The sonic blaster is rugged and reliable, built to withstand harsh environments while maintaining consistent performance. Its integrated sonic dampeners ensure the safety of operators and allies, minimizing friendly disruptions during use. The non-lethal option makes it a valuable tool for missions where reducing collateral damage or maintaining public perception is critical.
However, the weapon's dependence on short-range effectiveness for its disorienting mode and its limitations against specialized materials require operators to use it strategically. The Maelstrom's versatility and mass-production make it a go-to choice for infantry and security forces across the galaxy, showcasing Dominion Arms' commitment to innovation and battlefield superiority.
Subsidiary Company of Vax Holdings
OUT OF CHARACTER INFORMATION
Intent: To create a highly efficient mining drone for resource extraction in hazardous environments.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source: N/A
PRODUCTION INFORMATION
Manufacturer: Iol Mining Consortium
Affiliation: Iol Mining Consortium (Subsidiary of Vax Holdings)
Market Status: Closed-Market (Accessible only with explicit permission from Iol Mining Consortium)
Model: IMC-MD-01 (Iol Mining Consortium - Model Drone - 01)
Production: Mass-Produced
Material: Durasteel frame, reinforced tungsten plating, composite sensor arrays, advanced mining laser components
TECHNICAL SPECIFICATIONS
Classification: Mining Drone
Length: 3.5 meters
Width: 2.2 meters
Height: 1.8 meters
Armament: None
Defenses: Low (Durasteel frame with reinforced tungsten plating for minor protection against environmental hazards)
Squadron Count: High (20 drones per standard operational unit)
Maneuverability Rating: High (Designed for precise navigation in tight mining shafts and rugged terrain)
Speed Rating: Average (Prioritizes stability over speed for delicate operations)
Hyperdrive: None
STANDARD FEATURES
ADVANCED SYSTEMS
STRENGTHS
WEAKNESSES
DESCRIPTION
The IMC-MD-01 Mining Drone is the latest innovation from the Iol Mining Consortium, designed for efficient and reliable resource extraction in the galaxy's most challenging environments. With a durasteel frame reinforced by tungsten plating, the drone is built to endure extreme conditions, from molten planetary cores to asteroid fields saturated with radiation.
Its adaptive AI module allows it to analyze and optimize mining operations in real-time, ensuring maximum efficiency. The integrated mining lasers are capable of cutting through even the toughest ores, while its magnetic grappler arms allow it to manipulate large material fragments with precision. The drone's subspace communication link ensures seamless coordination with central command and other units in the field.
Despite its advanced features, the IMC-MD-01 is not designed for combat. Its defenses are minimal, focusing on resistance to environmental hazards rather than direct attacks. This limitation makes it imperative for the drones to operate under the protection of security forces or in secure zones.
With its rugged construction and innovative technology, the IMC-MD-01 Mining Drone exemplifies the Iol Mining Consortium's commitment to maintaining its dominance in the resource extraction industry. It is a testament to their mission: profit-driven innovation, no matter the environmental or ethical cost.
Intent: To create a highly efficient mining drone for resource extraction in hazardous environments.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source: N/A
PRODUCTION INFORMATION
Manufacturer: Iol Mining Consortium
Affiliation: Iol Mining Consortium (Subsidiary of Vax Holdings)
Market Status: Closed-Market (Accessible only with explicit permission from Iol Mining Consortium)
Model: IMC-MD-01 (Iol Mining Consortium - Model Drone - 01)
Production: Mass-Produced
Material: Durasteel frame, reinforced tungsten plating, composite sensor arrays, advanced mining laser components
TECHNICAL SPECIFICATIONS
Classification: Mining Drone
Length: 3.5 meters
Width: 2.2 meters
Height: 1.8 meters
Armament: None
Defenses: Low (Durasteel frame with reinforced tungsten plating for minor protection against environmental hazards)
Squadron Count: High (20 drones per standard operational unit)
Maneuverability Rating: High (Designed for precise navigation in tight mining shafts and rugged terrain)
Speed Rating: Average (Prioritizes stability over speed for delicate operations)
Hyperdrive: None
STANDARD FEATURES
- Advanced sensor array for resource detection and terrain mapping
- Integrated mining lasers capable of extracting various materials
- Autonomous navigation system for efficient operation
- Compact storage compartment for raw material collection
- Rechargeable power core with a 48-hour operational capacity
- Environmental resistance (extreme heat, cold, and radiation protection)
ADVANCED SYSTEMS
- Adaptive AI module for optimizing resource extraction patterns
- Magnetic grappler arms for material manipulation and large fragment relocation
- Enhanced shielding against EMP interference
- Subspace communication link for real-time coordination with base operations
STRENGTHS
- Efficient Extraction: Equipped with advanced mining lasers and adaptive AI, it maximizes resource yield in minimal time.
- Rugged Design: Engineered to withstand harsh environmental conditions, including extreme heat and radiation.
- High Coordination: Subspace communication allows drones to work in highly synchronized units, increasing operational efficiency.
WEAKNESSES
- Defenseless: Lacks any combat capabilities, making it vulnerable to sabotage or attacks.
- Limited Durability: While resistant to environmental damage, it cannot withstand direct combat or heavy impacts.
- No Hyperdrive: Restricted to deployment within the immediate vicinity of mining operations.
DESCRIPTION
The IMC-MD-01 Mining Drone is the latest innovation from the Iol Mining Consortium, designed for efficient and reliable resource extraction in the galaxy's most challenging environments. With a durasteel frame reinforced by tungsten plating, the drone is built to endure extreme conditions, from molten planetary cores to asteroid fields saturated with radiation.
Its adaptive AI module allows it to analyze and optimize mining operations in real-time, ensuring maximum efficiency. The integrated mining lasers are capable of cutting through even the toughest ores, while its magnetic grappler arms allow it to manipulate large material fragments with precision. The drone's subspace communication link ensures seamless coordination with central command and other units in the field.
Despite its advanced features, the IMC-MD-01 is not designed for combat. Its defenses are minimal, focusing on resistance to environmental hazards rather than direct attacks. This limitation makes it imperative for the drones to operate under the protection of security forces or in secure zones.
With its rugged construction and innovative technology, the IMC-MD-01 Mining Drone exemplifies the Iol Mining Consortium's commitment to maintaining its dominance in the resource extraction industry. It is a testament to their mission: profit-driven innovation, no matter the environmental or ethical cost.
Subsidiary Company of Vax Holdings
OUT OF CHARACTER INFORMATION
Intent: To create a support tender vessel specialized in deploying and maintaining mining drones for resource extraction operations.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source: N/A
PRODUCTION INFORMATION
Manufacturer: Iol Mining Consortium
Affiliation: Iol Mining Consortium (Subsidiary of Vax Holdings)
Market Status: Closed-Market (Accessible only with explicit permission from Iol Mining Consortium)
Model: IMC-MT-01 (Iol Mining Tender - Model 01)
Production: Limited (Restricted to Iol Mining Consortium operations)
Material: Durasteel hull, reinforced composite armor plating, high-capacity drone bays
TECHNICAL SPECIFICATIONS
Classification: Mining Drone Tender
Length: 85 meters
Width: 45 meters
Height: 30 meters
Armament: Very Low (Defensive laser turrets for anti-pirate deterrence)
Defenses: Average (Composite armor plating and energy shielding for moderate protection)
Squadron Count: None (Carries and supports mining drones instead of combat craft)
Maneuverability Rating: Low (Prioritizes stability for operations rather than agility)
Speed Rating: Low (Designed for operational zones rather than rapid transit)
Hyperdrive: Yes, Class 2.0
STANDARD FEATURES
ADVANCED SYSTEMS
STRENGTHS
WEAKNESSES
DESCRIPTION
The IMC-MT-01 Mining Tender is a cornerstone of the Iol Mining Consortium's large-scale resource extraction operations. Built to serve as the logistical backbone of mining fleets, the tender excels in deploying and maintaining IMC's signature mining drones. With high-capacity drone bays and precision docking arms, the vessel ensures continuous operations even in the harshest environments.
Equipped with an integrated ore refinement module, the IMC-MT-01 reduces the need for constant material transport by processing raw materials on-site. Its advanced sensor suite aids in scouting resource-rich locations, enabling efficient deployment of drones. The vessel also boasts shielded cargo bays for storing extracted materials and a robust subspace communication array for fleet coordination.
Despite its specialized design, the IMC-MT-01 is not without limitations. Its slow speed and limited armament make it a vulnerable target in hostile territories, necessitating the presence of armed escorts. However, its durable construction and emergency countermeasures provide some measure of protection in unforeseen situations.
The IMC-MT-01 embodies the Iol Mining Consortium's commitment to operational efficiency and resource dominance, serving as an essential component of their ambitious extraction endeavors. This vessel is the key to sustaining prolonged mining campaigns, ensuring the Consortium's continued supremacy in the galactic resource market.
Intent: To create a support tender vessel specialized in deploying and maintaining mining drones for resource extraction operations.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source: N/A
PRODUCTION INFORMATION
Manufacturer: Iol Mining Consortium
Affiliation: Iol Mining Consortium (Subsidiary of Vax Holdings)
Market Status: Closed-Market (Accessible only with explicit permission from Iol Mining Consortium)
Model: IMC-MT-01 (Iol Mining Tender - Model 01)
Production: Limited (Restricted to Iol Mining Consortium operations)
Material: Durasteel hull, reinforced composite armor plating, high-capacity drone bays
TECHNICAL SPECIFICATIONS
Classification: Mining Drone Tender
Length: 85 meters
Width: 45 meters
Height: 30 meters
Armament: Very Low (Defensive laser turrets for anti-pirate deterrence)
Defenses: Average (Composite armor plating and energy shielding for moderate protection)
Squadron Count: None (Carries and supports mining drones instead of combat craft)
Maneuverability Rating: Low (Prioritizes stability for operations rather than agility)
Speed Rating: Low (Designed for operational zones rather than rapid transit)
Hyperdrive: Yes, Class 2.0
STANDARD FEATURES
- High-capacity drone bays for storage and deployment
- Maintenance and repair facilities for mining drones
- Advanced sensor suite for resource scouting and terrain mapping
- Shielded cargo bays for raw material storage
- Crew quarters for extended operations
- Standard navigation and communication systems
ADVANCED SYSTEMS
- Automated drone deployment and retrieval system
- Precision docking arms for in-field drone repairs
- Subspace communication array for real-time coordination with mining operations
- Integrated ore refinement module for preliminary material processing
- Emergency countermeasures system (chaff and electronic countermeasures)
STRENGTHS
- Specialized Support: Designed specifically to support mining drone operations with maintenance, storage, and deployment capabilities.
- Efficient Refinement: Onboard ore refinement module allows for preliminary processing, reducing transport requirements.
- Durable Design: Equipped with moderate defenses and sturdy construction to operate in hazardous environments.
WEAKNESSES
- Limited Armament: Minimal combat capabilities, reliant on escort for protection in hostile regions.
- Slow and Unwieldy: Poor speed and maneuverability make it a target for faster, more aggressive ships.
- Operational Dependence: Functions best as part of a mining fleet; ineffective in isolation.
DESCRIPTION
The IMC-MT-01 Mining Tender is a cornerstone of the Iol Mining Consortium's large-scale resource extraction operations. Built to serve as the logistical backbone of mining fleets, the tender excels in deploying and maintaining IMC's signature mining drones. With high-capacity drone bays and precision docking arms, the vessel ensures continuous operations even in the harshest environments.
Equipped with an integrated ore refinement module, the IMC-MT-01 reduces the need for constant material transport by processing raw materials on-site. Its advanced sensor suite aids in scouting resource-rich locations, enabling efficient deployment of drones. The vessel also boasts shielded cargo bays for storing extracted materials and a robust subspace communication array for fleet coordination.
Despite its specialized design, the IMC-MT-01 is not without limitations. Its slow speed and limited armament make it a vulnerable target in hostile territories, necessitating the presence of armed escorts. However, its durable construction and emergency countermeasures provide some measure of protection in unforeseen situations.
The IMC-MT-01 embodies the Iol Mining Consortium's commitment to operational efficiency and resource dominance, serving as an essential component of their ambitious extraction endeavors. This vessel is the key to sustaining prolonged mining campaigns, ensuring the Consortium's continued supremacy in the galactic resource market.
Subsidiary Company of Vax Holdings
OUT OF CHARACTER INFORMATION
Intent: To create a flagship for mining fleets capable of coordinating large-scale resource extraction operations and ensuring fleet security.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source: N/A
PRODUCTION INFORMATION
Manufacturer: Iol Mining Consortium
Affiliation: Iol Mining Consortium (Subsidiary of Vax Holdings)
Market Status: Closed-Market (Accessible only with explicit permission from Iol Mining Consortium)
Model: IMC-FCV-01 (Iol Mining Fleet Command Vessel - Model 01)
Production: Limited (Restricted to Iol Mining Consortium operations)
Material: Durasteel hull, reinforced composite armor plating, sensor-dampening alloys, high-capacity command modules
TECHNICAL SPECIFICATIONS
Classification: Mining Fleet Command Vessel
Length: 300 meters
Width: 120 meters
Height: 90 meters
Armament: Low (Defensive laser batteries, point-defense turrets, and ion cannons)
Defenses: High (Reinforced composite armor plating, advanced energy shielding, ECM systems)
Squadron Count: None (Supports mining drones and auxiliary craft)
Maneuverability Rating: Low (Designed for strategic positioning, not agility)
Speed Rating: Low (Built for operational zones rather than rapid movement)
Hyperdrive: Yes, Class 1.5
STANDARD FEATURES
ADVANCED SYSTEMS
STRENGTHS
WEAKNESSES
DESCRIPTION
The IMC-FCV-01 Mining Fleet Command Vessel is the pinnacle of the Iol Mining Consortium's engineering, designed to oversee and coordinate large-scale resource extraction operations. This massive vessel acts as both the nerve center and logistical backbone of mining fleets, ensuring seamless integration of drones, tenders, and auxiliary craft.
Equipped with state-of-the-art command systems, the IMC-FCV-01 can manage complex mining operations across multiple planetary sites. Its advanced ECM suite and reinforced defenses protect the fleet from hostile forces, while its centralized hub allows for real-time coordination and decision-making.
The vessel features high-capacity mining drone bays and repair facilities to maintain continuous operations. Its onboard ore refinement module minimizes the frequency of material transports, increasing efficiency in remote or hazardous locations. Additionally, its robust communication systems ensure coordination across vast distances, enabling mining fleets to operate independently of external oversight.
Despite its formidable design, the IMC-FCV-01 is not a combat vessel. Its armament is limited to defensive systems, and its low speed and maneuverability make it reliant on escorts and fleet support. However, its unparalleled capability to manage large-scale operations solidifies its role as an essential asset for the Iol Mining Consortium.
The IMC-FCV-01 exemplifies the Consortium's vision of operational dominance, combining strategic oversight with cutting-edge technology to maintain its supremacy in the resource extraction industry. This command vessel ensures the Consortium's fleets remain efficient, secure, and prepared for any challenge the galaxy presents.
Intent: To create a flagship for mining fleets capable of coordinating large-scale resource extraction operations and ensuring fleet security.
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source: N/A
PRODUCTION INFORMATION
Manufacturer: Iol Mining Consortium
Affiliation: Iol Mining Consortium (Subsidiary of Vax Holdings)
Market Status: Closed-Market (Accessible only with explicit permission from Iol Mining Consortium)
Model: IMC-FCV-01 (Iol Mining Fleet Command Vessel - Model 01)
Production: Limited (Restricted to Iol Mining Consortium operations)
Material: Durasteel hull, reinforced composite armor plating, sensor-dampening alloys, high-capacity command modules
TECHNICAL SPECIFICATIONS
Classification: Mining Fleet Command Vessel
Length: 300 meters
Width: 120 meters
Height: 90 meters
Armament: Low (Defensive laser batteries, point-defense turrets, and ion cannons)
Defenses: High (Reinforced composite armor plating, advanced energy shielding, ECM systems)
Squadron Count: None (Supports mining drones and auxiliary craft)
Maneuverability Rating: Low (Designed for strategic positioning, not agility)
Speed Rating: Low (Built for operational zones rather than rapid movement)
Hyperdrive: Yes, Class 1.5
STANDARD FEATURES
- Centralized fleet command hub for overseeing multiple operations
- High-capacity mining drone bays for storage and deployment
- Advanced navigation and communication systems
- Crew quarters for extended operations
- Large shielded cargo bays for refined and unrefined materials
- Preliminary ore refinement facilities
ADVANCED SYSTEMS
- Comprehensive fleet management systems for real-time coordination
- ECM suite for fleet-wide electronic warfare and defense
- Subspace communication array for long-range operations
- Redundant power core for sustained energy needs
- Command and control center with augmented reality interfaces
- Docking arms and repair bays for auxiliary craft and mining tenders
STRENGTHS
- Fleet Coordination: Serves as the operational nexus for mining fleets, optimizing resource extraction and logistics.
- Durable and Resilient: Advanced defenses and ECM systems ensure fleet safety in hostile or contested environments.
- Refinement Capability: Onboard ore processing reduces the need for frequent transport to refineries.
WEAKNESSES
- Limited Offensive Capabilities: Focused on defense and coordination, not suited for frontline combat.
- Slow and Unwieldy: Low speed and maneuverability make it vulnerable without fleet support.
- Operational Dependence: Requires a mining fleet to operate effectively; inefficient on its own.
DESCRIPTION
The IMC-FCV-01 Mining Fleet Command Vessel is the pinnacle of the Iol Mining Consortium's engineering, designed to oversee and coordinate large-scale resource extraction operations. This massive vessel acts as both the nerve center and logistical backbone of mining fleets, ensuring seamless integration of drones, tenders, and auxiliary craft.
Equipped with state-of-the-art command systems, the IMC-FCV-01 can manage complex mining operations across multiple planetary sites. Its advanced ECM suite and reinforced defenses protect the fleet from hostile forces, while its centralized hub allows for real-time coordination and decision-making.
The vessel features high-capacity mining drone bays and repair facilities to maintain continuous operations. Its onboard ore refinement module minimizes the frequency of material transports, increasing efficiency in remote or hazardous locations. Additionally, its robust communication systems ensure coordination across vast distances, enabling mining fleets to operate independently of external oversight.
Despite its formidable design, the IMC-FCV-01 is not a combat vessel. Its armament is limited to defensive systems, and its low speed and maneuverability make it reliant on escorts and fleet support. However, its unparalleled capability to manage large-scale operations solidifies its role as an essential asset for the Iol Mining Consortium.
The IMC-FCV-01 exemplifies the Consortium's vision of operational dominance, combining strategic oversight with cutting-edge technology to maintain its supremacy in the resource extraction industry. This command vessel ensures the Consortium's fleets remain efficient, secure, and prepared for any challenge the galaxy presents.