Jason Grace
Member
OUT OF CHARACTER INFORMATION
Intent: To create the last support Pieces for the Singularity hyperdrive
Image Source: https://www.deviantart.com
Canon Link: N/A
Permissions: N/A
Primary Source: N/A
PRODUCTION INFORMATION
TECHNICAL SPECIFICATIONS
SPECIAL FEATURES
STRENGTHS
1. Precise Navigation: The DTS-1000 Dimensional Tachyon Synchronizers enable precise navigation through subspace by synchronizing tachyon fluctuations across dimensions. This synchronization ensures accurate hyperdrive calibration and minimizes the risk of dimensional drift, allowing for safe and reliable interstellar travel.
2. Temporal Stability: With its temporal anchoring field, the synchronizers stabilize temporal fluctuations and prevent temporal distortion effects during hyperdimensional transitions. This feature enhances the stability of hyperspace travel, safeguarding against temporal anomalies and temporal disorientation for crew members and passengers.
WEAKNESSES
1. Moderate Power Consumption: The moderate power consumption of the Dimensional Tachyon Synchronizers requires adequate power generation and distribution systems onboard the vessel. Insufficient power supply may compromise the effectiveness of the synchronizers, leading to potential navigation errors or system failures during hyperspace travel.
DESCRIPTION
The DTS-1000 Dimensional Tachyon Synchronizers, developed by StarforgeIndustries, represent a groundbreaking advancement in hyperdrive technology, designed to synchronize tachyon fluctuations across dimensions for precise subspace navigation and temporal stability during hyperspace travel.
Constructed from phrik and Impervium, tachyon emitters, and dimensional resonators, the synchronizers embody durability, precision, and resilience in hyperdrive components. At their core, the synchronizers calibrate tachyon fluctuations across dimensional planes, ensuring accurate hyperdrive calibration and minimizing the risk of dimensional drift during interstellar travel.
Moreover, the synchronizers generate a temporal anchoring field around the vessel, stabilizing temporal fluctuations and preventing temporal distortion effects during hyperdimensional transitions. This temporal stability enhances the safety and reliability of hyperspace travel, mitigating the risks associated with temporal anomalies and temporal disorientation for crew members and passengers.
However, the moderate power consumption of the synchronizers requires adequate power generation and distribution systems onboard the vessel to ensure optimal performance. Insufficient power supply may compromise the effectiveness of the synchronizers, potentially leading to navigation errors or system failures during hyperspace travel.
In summary, the DTS-1000 Dimensional Tachyon Synchronizers stand as a testament to Starforge Industries commitment to innovation and excellence in hyperdrive technology. As spacefaring civilizations embark on journeys of exploration and discovery, the synchronizers pave the way for safe, reliable, and precise interstellar travel across the vast expanse of the galaxy.
Intent: To create the last support Pieces for the Singularity hyperdrive
Image Source: https://www.deviantart.com
Canon Link: N/A
Permissions: N/A
Primary Source: N/A
PRODUCTION INFORMATION
- Manufacturer: Starforge Industries
- Affiliation: Starforge Industries
- Market Status: Closed-Market
- Model: DTS-1000 Dimensional Tachyon Synchronizers
- Modularity: No
- Production: Unique
- Material: phrik, Impervium, Tachyon Emitters, Dimensional Resonators
TECHNICAL SPECIFICATIONS
- Classification: Hyperdrive Component
- Size: Medium
- Weight: Light
- Function: Synchronize tachyon fluctuations across dimensions for precise hyperdrive calibration and subspace navigation
- Power Consumption: Moderate
- Durability: High
- Integration: Seamless integration with hyperdrive matrices for dimensional synchronization
SPECIAL FEATURES
- Dimensional Tachyon Calibration: Calibrates tachyon fluctuations across dimensional planes to ensure accurate subspace navigation and prevent dimensional drift during hyperspace travel
- Temporal Anchoring Field: Generates a temporal anchoring field around the vessel, stabilizing temporal fluctuations and preventing temporal distortion effects during hyperdimensional transitions
STRENGTHS
1. Precise Navigation: The DTS-1000 Dimensional Tachyon Synchronizers enable precise navigation through subspace by synchronizing tachyon fluctuations across dimensions. This synchronization ensures accurate hyperdrive calibration and minimizes the risk of dimensional drift, allowing for safe and reliable interstellar travel.
2. Temporal Stability: With its temporal anchoring field, the synchronizers stabilize temporal fluctuations and prevent temporal distortion effects during hyperdimensional transitions. This feature enhances the stability of hyperspace travel, safeguarding against temporal anomalies and temporal disorientation for crew members and passengers.
WEAKNESSES
1. Moderate Power Consumption: The moderate power consumption of the Dimensional Tachyon Synchronizers requires adequate power generation and distribution systems onboard the vessel. Insufficient power supply may compromise the effectiveness of the synchronizers, leading to potential navigation errors or system failures during hyperspace travel.
DESCRIPTION
The DTS-1000 Dimensional Tachyon Synchronizers, developed by StarforgeIndustries, represent a groundbreaking advancement in hyperdrive technology, designed to synchronize tachyon fluctuations across dimensions for precise subspace navigation and temporal stability during hyperspace travel.
Constructed from phrik and Impervium, tachyon emitters, and dimensional resonators, the synchronizers embody durability, precision, and resilience in hyperdrive components. At their core, the synchronizers calibrate tachyon fluctuations across dimensional planes, ensuring accurate hyperdrive calibration and minimizing the risk of dimensional drift during interstellar travel.
Moreover, the synchronizers generate a temporal anchoring field around the vessel, stabilizing temporal fluctuations and preventing temporal distortion effects during hyperdimensional transitions. This temporal stability enhances the safety and reliability of hyperspace travel, mitigating the risks associated with temporal anomalies and temporal disorientation for crew members and passengers.
However, the moderate power consumption of the synchronizers requires adequate power generation and distribution systems onboard the vessel to ensure optimal performance. Insufficient power supply may compromise the effectiveness of the synchronizers, potentially leading to navigation errors or system failures during hyperspace travel.
In summary, the DTS-1000 Dimensional Tachyon Synchronizers stand as a testament to Starforge Industries commitment to innovation and excellence in hyperdrive technology. As spacefaring civilizations embark on journeys of exploration and discovery, the synchronizers pave the way for safe, reliable, and precise interstellar travel across the vast expanse of the galaxy.
