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posted ago by BigMikesSaggyBaggens ago by BigMikesSaggyBaggens +82 / -0

https://www.ingersolllockwood.com/1717-51/

I've kept up with this website periodically over the many years, I do not believe this to be a LARP. It's too lengthy and costly to keep this going, for such a minimal impact, unless you are looking for something.


1717-51

Haunebu-Inspired Craft: Space Force Design Proposal Summary Prepared by SpaceLabs Advanced Research Division

This document provides an enhanced review and detailed design proposal for a Haunebu-inspired aerospace craft. The findings are based on the reverse-engineering analysis of the original crashed Haunebu recovered from classified incident sites. The objective is to present the United States Space Force with a next-generation aerospace platform capable of high-speed, high-maneuverability, and vertical take-off and landing (VTOL) operations. This platform is designed for use in orbital deployment, deep-space reconnaissance, and rapid terrestrial response.

  1. Structural Design
    The Haunebu-inspired craft employs a saucer-like aerodynamic disc for 360° directional flight and efficient lift in both atmospheric and near-space environments. The design focuses on structural integrity, weight efficiency, and thermal management to handle extreme operational conditions.

Materials:

  • Titanium Alloys: High-strength, lightweight alloys capable of withstanding extreme heat and pressure.
  • Graphene Composites: Ultra-lightweight and ultra-strong material to reinforce critical areas.
  • Aerogel Insulation: Advanced thermal insulation to protect against atmospheric re-entry temperatures.
  • Meta-Materials: For adaptive camouflage and radar cross-section reduction.

Structure:

  • Diameter: 30 meters for optimal stability and payload capacity.
  • Reinforced Central Core: Houses power supply, avionics, and crew compartments.
  • Modular Design: Allows for rapid reconfiguration for mission-specific needs.
  1. Propulsion Systems
    The proposed propulsion system integrates cutting-edge technology for both atmospheric and space operations.

Primary: Magnetohydrodynamic (MHD) Drive
The MHD Drive uses electromagnetic forces to accelerate ionized plasma, providing thrust without mechanical moving parts. This drive is suitable for high-speed atmospheric and near-space flight.

System Components:

  • Superconducting Magnets: Generate strong, stable magnetic fields.
  • Ionization Chambers: Create plasma by ionizing intake air or onboard stored gas.
  • Lorentz Force Accelerators: Propel the plasma to generate thrust.
  • Thermal Regulation System: Maintains superconducting temperatures using cryogenic coolants.

Performance:

  • Atmospheric Speed: Mach 5 to Mach 10.
  • Space Operations: Effective for near-orbital maneuvering and rapid orbital transfers.
  • Silent Operation: No mechanical noise, making it suitable for stealth missions.

Secondary: Fusion-Powered Ion Thrusters
For extended space operations, the craft uses fusion-powered ion thrusters. These thrusters provide continuous, low-thrust propulsion for long-duration space missions.

System Details:

  • Fusion Reactor: Provides high-efficiency energy for ionization.
  • Electromagnetic Accelerators: Expel charged ions to produce thrust.
  • Fuel: Deuterium-Tritium mixture for sustained energy output.
  1. Power Supply
    The power supply system integrates advanced nuclear and fusion technologies to provide sustained energy for propulsion, systems, and defensive measures.

Primary Power Source:

  • Miniaturized Fusion Reactor: Provides high energy density for continuous operation.
  • Cryogenic Cooling System: Maintains reactor stability and superconducting temperatures.

Backup Power:

  • Graphene Supercapacitors: Rapid discharge for immediate energy needs.
  • Lithium-Air Batteries: For emergency power and life support.
  1. Flight Control & Stabilization
    The flight control system uses advanced AI and stabilization mechanisms to ensure precise maneuverability.
  • AI-Assisted Fly-by-Wire: Adaptive controls for real-time adjustments.
  • Gyroscopic Stabilizers: Maintain orientation during rapid changes in direction.
  • Thrust Vectoring: Multi-directional nozzles for agile control.
  1. Navigation & Sensors
    The craft is equipped with state-of-the-art navigation and sensor suites for situational awareness in any environment.
  • Quantum LIDAR: Provides high-resolution mapping.
  • Infrared and Radar Sensors: Detects threats and obstacles.
  • Inertial Navigation Systems (INS): Functions in GPS-denied environments.
  1. Defensive & Offensive Systems
    The craft is capable of both defensive and offensive operations.
  • Directed-Energy Weapons: Laser turrets for precision targeting.
  • Plasma Defense Grid: Disrupts incoming projectiles.
  • Active Camouflage: Meta-materials for stealth.
  1. Thermal & Electromagnetic Protection
  • Plasma Sheath: For stealth and heat dissipation.
  • Faraday Cage: EMP protection.

Conclusion
This proposal outlines a revolutionary aerospace craft for the United States Space Force. The Haunebu-inspired platform offers unmatched speed, maneuverability, and versatility for future space and defense operations. Details in the enclosed package.


The name 1717-51 is interesting. We have two 17s and one 51. I'm assuming the 51 is due to the area 51 tech being used...the Haunebu Nazi UFOs.

This is a YUGE list of some of the tech we are getting, and these alone are game changers! Take a minute to soak this all in and let your brain wrap around the information provided, and what each one can be used for outside of this "Space Fighter Jet" or whatever you wanna call it.