She Left Behind A Legacy
PIP droid 2.0
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"Its modular system lets me switch tools on the fly, and the advanced sensor array helps me diagnose issues faster than ever. The database of starship configurations is a lifesaver, especially when dealing with unfamiliar models. Whether I'm in the harsh vacuum of space or a scorching desert, this droid withstands it all. The voice command interface frees up my hands, and the holoprojector gives me a clear visual aid right where I need it."
― Unknown
The PIP Droid 2.0 is a cutting-edge handheld repair and companion droid designed to meet the rigorous demands of the modern galaxy. Upgraded from the original High Republic model, this droid is tailored for advanced mechanics, engineers, and Jedi, providing versatile support in remote and hazardous environments. Created by the Enclaves Workshop Master, Bobbajo, these droids are indispensable assets at the Jakku Jedi Enclave and beyond.
Built to be indispensable support in a compact and portable form, tts extensive toolset, advanced sensors, and durability make it perfect for the demanding environments of space exploration and Jedi missions. With the added capability of holding up to 300 starship configurations, it is especially valuable for starship repairs and diagnostics. While it has some limitations in mobility and power requirements, its strengths far outweigh these drawbacks, making it a crucial companion for those who need a reliable and multifunctional droid.
OUT OF CHARACTER INFORMATION
- Intent: To codify a companion droid for Jedi of the Jakku Jedi Enclave.
- Image Credit: X - X - X
- Canon: PIP Droid
- Permissions: N/A
- Links:
PRODUCTION INFORMATION
- Manufacturer: Bobbajo
- Affiliation: Jakku Jedi Enclave - X, Jedi Order
- Market Status: Closed-Market
- Model: N/A
- Modularity: Yes
- Production: Limited
- Material:
- Durasteel Alloy:
- Usage: Outer casing and structural framework.
- Properties: High strength, corrosion resistance, and durability.
- Plasteel:
- Usage: Internal reinforcements and protective plating.
- Properties: Lightweight, strong, and flexible.
- Thermocrete:
- Usage: Heat dissipation panels.
- Properties: Excellent heat resistance and dissipation properties.
- Electrum Coating:
- Usage: Sensor and tool casings.
- Properties: Enhances conductivity and provides a stylish finish.
- Quantum Fiber:
- Usage: Internal wiring and data transmission lines.
- Properties: High data transfer rates and durability under stress.
- Titanium-Polymer Composite:
- Usage: Joint mechanisms and moving parts.
- Properties: Lightweight, strong, and resistant to wear and tear.
- Fleximetal:
- Usage: Articulated limbs and tool extensions.
- Properties: Flexible yet strong, allows for precise movements.
- Duraplast:
- Usage: Protective coverings for internal components.
- Properties: Lightweight, durable, and impact-resistant.
- Ceramisteel:
- Usage: Sensor housings and high-stress components.
- Properties: Extremely hard and resistant to abrasion and heat.
- Magnopoxy:
- Usage: Adhesive for assembling components.
- Properties: Strong bonding capabilities and resistance to extreme conditions.
- Neutronium Mesh:
- Usage: Reinforcement for critical areas.
- Properties: High strength-to-weight ratio, resistant to high-energy impacts.
- Hyperconductor:
- Usage: Power distribution system.
- Properties: Efficient electrical conductivity, minimal energy loss.
- Transparisteel:
- Usage: Viewports and sensor lenses.
- Properties: High clarity, strength, and resistance to impacts.
- Polyfibre:
- Usage: Insulation and cushioning for sensitive electronics.
- Properties: High thermal resistance and shock absorption.
- Nano-Carbon:
- Usage: Coatings for internal components to reduce wear.
- Properties: Extremely hard, low friction, and resistant to corrosion.
These materials collectively contribute to the PIP Droid 2.0's robustness, flexibility, and efficiency, ensuring it performs reliably in a wide range of environments and conditions.
TECHNICAL INFORMATION
- Classification: PIP Droid
- Weight: Very Light
- Height: Very Small
- Movement: Carried or by wheels
- Armaments: N/A
- Misc. Equipment:
CHARACTERISTICS
- Size: Handheld, compact enough to fit in a belt pouch
- Color: Orange and teal
- Mobility: Retractable micro-wheels, magnetic treads
- Tools: Electric zappers, fuel-squirting compartments, spotlight, holoprojector, scomp link, multi-tool appendages
- Sensors: Full-spectrum, electromagnetic, heat, motion, life-form
- Configurations: Capable of holding up to 300 starship configurations
- Construction: Durable, resistant to harsh environments
SPECIAL FEATURES
- Retractable Micro-Wheels and Magnetic Treads: Enables limited autonomous movement across various surfaces.
- Modular Tool System: Allows for rapid tool swapping and configuration changes.
- Advanced Sensor Array: Full-spectrum, electromagnetic, heat, motion, and life-form sensors.
- Multi-Tool Appendages: Equipped with electric zappers, fuel-squirting compartments, a spotlight, holoprojector, and scomp link.
- Starship Configuration Database: Capable of storing and working with up to 300 different starship configurations.
- Durasteel Alloy Casing: Provides high strength and corrosion resistance.
- Integrated Diagnostic System: Performs comprehensive diagnostics on starship systems and other machinery.
- Holoprojector: Projects detailed schematics and visual aids for repair and maintenance tasks.
- Enhanced AI: Provides advanced problem-solving capabilities and adaptive learning.
- Energy-Efficient Power Core: Reduces the frequency of recharging cycles.
- Voice Command Interface: Allows for hands-free operation through voice commands.
- Environment Adaptability: Built to withstand extreme conditions, including space, deserts, and underwater.
- Aftermarket Upgrade Compatibility: Highly modifiable with a wide range of aftermarket enhancements.
- Secure Communication Link: Provides encrypted communication with other droids and systems.
- Emergency Beacon: Emits a distress signal and location beacon in case of emergencies.
STRENGTHS
- Versatility: With a wide array of tools, the PIP Droid 2.0 can handle various repair and diagnostic tasks.
- Portability: Its compact size and foldable design make it easy to carry and deploy quickly.
- Durability: Built to withstand extreme conditions, the droid is ideal for operations in space, deserts, and other harsh environments.
- Advanced Sensors: Equipped with state-of-the-art sensors for detecting electromagnetic fields, heat signatures, motion, and life forms, making it an excellent scout and diagnostic tool.
- Aftermarket Upgrades: Highly modifiable, allowing owners to customize and enhance its capabilities.
- Starship Configurations: Capable of storing and working with up to 300 different starship configurations, making it invaluable for starship repairs and diagnostics.
WEAKNESSES
- Limited Mobility: Despite improvements, it still relies on being carried for significant movement across distances.
- Power Dependency: High energy consumption requires frequent recharging, especially when using advanced tools and sensors.
- Complexity: The high level of customization and configuration options can be overwhelming for users without technical expertise.
- Maintenance: Requires regular upkeep and maintenance to ensure optimal performance and reliability.
- Vulnerability: Though durable, it can still be damaged by strong electromagnetic pulses or direct attacks in combat situations.
DESCRIPTION
The PIP Droid 2.0 maintains its compact, portable design, with a sleek orange and teal frame that can easily be carried in a belt pouch. It features a modular construction that allows for rapid tool swapping and configuration changes, making it a highly adaptable and customizable companion. Its improved mobility includes small retractable micro-wheels and magnetic treads, allowing limited autonomous movement across surfaces.
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