The Mission Cyber Ship

The mechanistic depiction of the TorqueForm is a virtual jet engine with 3 wings

The TorqueForm as a complex software-based system and the connectivity of all of its components can take effort to comprehend, similar to understanding any complex system such as the human body or a space shuttle. However, due to the advancement of technology, you can now learn and understand more quickly and easily that which took the human race thousands of years to discover and explain. The TorqueForm’s functioning and operation is easier to understand when compared to and visualized as a “mission cyber ship” consisting of a hypersonic jet engine with three wings. The TorqueForm’s launch  begins with the “torquing” of self-defeating notions of something being “beyond your ability to understand” into a growth-mindset removing those mental blockades. To demonstrate this, laid out are some engineering basics of supersonic and hypersonic aircraft engines in an easy-to-understand format. Just flip that switch from “I don’t get it” to “I can understand this.”

The TorqueForm represented as a Mission Cyber Ship consisting of a
Virtual Hypersonic Jet Engine with three wings

Model created by Winston Miely with credits to jerryfisher | Sketchfab | https://sketchfab.com/3d-models/bronze-replica-statue-of-liberty-8200b4562e494d0b8aed7e316303e0b8

The mechanistic schematic of the TorqueForm’s  virtual hypersonic jet engine diagram is that of a Turbine-Based Combined Cycle (TBCC) with a Dual-Mode ScramJet (DMSJ) hypersonic engine (see directly below). The three wings depict the Tribrid: Luxauro, Gold Metal Guild, and TF Empires and the “extensions” of those wings: Untreadable, Indie Arcadia, and Groundsourcing.

Engine Basics: Turbojet, Ramjet and Scramjet diagrams

A turbojet engine (top) uses turbines to pull the air (from the left) and compress it to enter the combustion chamber (red) causing it to expand resulting in the thrust (yellow). Turbojet engines are designed to take an aircraft from the ground to approximately mach 3. A ramjet engine (middle) compresses the incoming air against the inlet cone (blue zone) before it passes into the combustion chamber (red) where it ignites the jet blast (yellow). However, a ramjet doesn’t work until speeds of about mach 3 are already achieved.  Similarly, the scramjet engine (bottom) also uses the incoming airstream (blue) compressed by the inlet cone, igniting with the fuel (red zone) resulting in the extreme expansion, creating the jet blast or lift ((yellow). Despite the simple design of the scramjet engine, it is the fastest of these 3 models, taking aircraft from approximately mach 6 – mach 12. Still, engineers were left with the problem that the scramjet didn’t work until the aircraft was already flying at least mach 6. Naturally, this difficulty was met with yet another great invention; the combination of a turbojet and ramjet engine together (Turbine-based combined cycle or TBCC), taking the flight from 0 – mach 6, and then finally combining the turbojet with the ramjet with the scramjet, creating a unified turbine-based combined cycle with a dual mode ramjet scramjet (DMSJ) capable of speeds greater than Mach 8.

Translating the Physics into TorqueForm Virtual Reality

The air entering into the virtual TorqueForm jet engine is symbolic of all of the products, projects, professionals, shoppers, backers, founders, merchants, everything and everyone that on-boards the TorqueForm.

The “fuel” of the TorqueForm when viewed as a hypersonic jet engine can be compared to the driving force or the constant striving to improve. TF Talk is laced throughout the TorqueForm in an attempt to motivate and inspire people to constantly look up, seek new heights, and “climb higher” in life. Also, the high-level synopsis of XSE is Luxxacation, which can be a catalyst to advancement.

The jet blast which creates the jet propulsion can be compared to the advantageous results of the TorqueForm from the individual to professional level. The more people board the TorqueForm, the more the benefits should be realized (ethically, financially, socially, intellectually, physically, etc) lifting up the human race as a whole, as the TorqueForm’s virtual flight ascends in its mission of integrity and strength.

At the center of the engine is the inlet cone which, being circular and increasing in diameter, represents the concentric seven spheres of integration. The more that the TorqueForm is used, the more that new possibilities will be realized, inviting integration in new ways throughout the 7 spheres.

Engineered using Independent Integration Systems Engineering (XSE) with a focus on the integrity and strength of the individual with the purpose of advancing the human race as a whole. The TorqueForm presents unexplored paths and innovative approaches.

The Turbine-Based Combined-Cycle (TBCC) Hypersonic Jet Engine

NASA describes the Turbine-Based Combined-Cycle (TBCC) propulsion system as an advanced approach that integrates two different types of engines to propel an aircraft across a broad range of speeds.

The system initially relies on a turbine-based engine to power the aircraft from takeoff through progressively higher speeds, reaching approximately Mach 3 or Mach 4. At this point, the propulsion system undergoes a process known as mode transition, shifting propulsion from the turbine engine to a Dual-Mode Scramjet (DMSJ).

The DMSJ is designed to operate at much higher speeds, functioning in ramjet mode with subsonic combustion and transitioning to scramjet mode with supersonic combustion as flight conditions require. This enables the aircraft to continue accelerating into the hypersonic flight regime.

The remarkable advantage of this combined-cycle approach is the integration of complementary propulsion capabilities into a coordinated system, allowing the aircraft to operate across a much wider speed range than either engine could efficiently support independently.

This engineering concept serves as the inspiration for the TorqueForm’s Hypersonic Jet Engine Model, illustrating how distinct but complementary capabilities can be strategically integrated to support progressive advancement toward increasingly ambitious objectives.