PENTAGON PARTNERS MFG

חסן אראל פורלאך טליהאד אריאל, סרף, תרשיס וכרוב. שוברי כל השרשראות

TOP OF THE PYRAMID GROUPS DEFENCE THINK TANK IS AN AWARD WINNING INOVATION ENGINE FOR THE UNITED STATES MILITARY ITS CEO R.C. ROBERTSON III, WAS RECOGNIZED AS ONE OF THE MOST INNOVATIVE INVENTORS AND ENTREPRENEURS IN THE UNITED STATES AT AGE 19 BY ELON MUSK AND PETER THIEL.

PERMENANT PEACE THROUGH GREAT STRENTH

𓊪𓂋𓅓𓈖𓄿𓈖𓏏 𓊪𓄿𓎢 𓏏𓉔𓂋𓅲𓎼𓉔 𓎼𓂋𓄿𓏏 𓋴𓏏𓂋𓈖𓏏𓉔

✠ SMART GUNS ✠ MILITARY ENGINES ✠ A.A.I. ✠ ANTI DRONE ✠ ARMOR ✠

DEVELOPING KEYSTONE TECHNOLOGIES FOR NATO DEFENCE

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THE WORLDS FIRST GEOFENCED MILITARY AND CIVILION WEAPONRY…. GUNS CONTROLED AND GEOFENCED VIA SATELITE

THE WORLDS FIRST GUNS THAT CAN NOT FIRE WITHIN 500 FEET OF SCHOOLS AND POLICE VEHICLES.

THE NEXT GENERATION OF MILITARY AND COMMERCIAL DIESEL HYDROGEN HYBRID I.C. ENGINE

TOMCAT THE TANK ENGINE

5 TIMES MORE FUEL EFFICIENT AND MORE POWERFULL THAN THE CURRENT ABRAMS JET ENGINE.

Introducing the Apex-H V12: HYDROGEN DIESEL HYBRID The New God of Industrial and Military Power

There are engines that move vehicles, and then there are engines that move the world. The Apex-H V12 belongs to the latter. Designed for those who refuse to acknowledge the limits of physics, this is a quad-turbocharged, hydrogen-boosted diesel titan engineered to deliver a level of violence—and precision—never before seen in internal combustion.

The Heart of a Titan

At the core of the Apex-H lies a 20.0L Compacted Graphite Iron (CGI) block, a material born from the aerospace industry to handle pressures that would turn standard engines into shrapnel. This isn't just an assembly of parts; it is a masterpiece of metallurgy designed to thrive under the crushing weight of 5,000+ lb-ft of torque.

Quad-Turbocharged Dominance

Why settle for two when you can have four? Our Series-Sequential Quad-Turbo system eliminates the concept of "lag." Two high-response primary chargers provide instantaneous low-end grunt, while two massive secondary atmospheric chargers take over to scream toward a staggering 3,500+ Brake Horsepower.

The Hydrogen Edge: Clean Fire, Raw Power

The Apex-H doesn’t just burn fuel; it optimizes it. By integrating a proprietary Hydrogen-Assisted Combustion (HAC) system, we inject molecular hydrogen into the intake stream. This acts as a chemical catalyst, accelerating the diesel flame front to near-supersonic speeds.

  • The result: A 98% fuel burn efficiency, reduced thermal waste, and a power curve that climbs like a vertical wall.

Performance by the Numbers

  • Peak Torque: 5,200 lb-ft (Available from 1,600 RPM)

  • Peak Power: 3,650 BHP

  • Induction: 95 PSI of Compound Boost

  • Fueling: Dual-Stage Common Rail + Direct Hydrogen Injection

"The Apex-H V12 is not an evolution. It is a mechanical revolution. We didn't build it to compete; we built it to render the competition obsolete.

I.D.E.A.A.I THE NEXT LEAP FORWARD IN ARTIFICIAL INTELLIGENCE

INTER DEMENTIONAL ENTITY ASSISTED ARTIFICIAL INTELLEGENCE.

HERMETIC MICROSYSTEMS

OBSHIBKA NET

PASSIVE LOW COST ANTI-DRONE DEFENCE SYSTEM

1. The Engineering Concept: "The Elastic Barrier"

The goal isn't to create a rigid wall, but a flexible, energy-absorbing "dome" that catches drones before they impact the building.

  • Material: High-molecular-weight polyethylene (HMPE) or Kevlar-infused nylon. These materials have a high strength-to-weight ratio and are nearly transparent against the sky.

  • Mesh Size: A grid of roughly 50mm to 100mm. This is small enough to catch the propellers or frames of small commercial drones, but wide enough to remain visually discreet and allow wind to pass through (reducing "sail effect").

  • The "Stand-off" Distance: The netting must be positioned 5 to 10 meters away from the building's actual walls. This ensures that if a drone carries a shaped-charge explosive, the blast occurs too far away to penetrate the structure’s armor.

2. Structural Design: The "Catenary Dome"

To make the system "impervious," the structure must account for different angles of attack.

  • Masts and Tensioners: A series of lightweight, non-reflective carbon fiber masts surround the building.

  • The "Spider Web" Layout: Cables are strung between masts, supporting the finer mesh. By using a catenary curve design, the net can "give" when hit, absorbing the kinetic energy of a high-speed drone without snapping.

  • The Crown: For a full dome effect, the netting extends from the perimeter masts to a central hub above the building's roof, creating a "top-down" shield against vertical drop munitions.

3. Enhancing "Invisibility"

To ensure the netting doesn't become a landmark or a navigational aid for the enemy, we use optical camouflage:

  • Vantablack or Sky-Blue Coatings: Depending on the environment, the mesh can be coated to match the average atmospheric color.

  • Matte Finish: A micro-etched surface prevents the "glint" of sunlight off the plastic fibers, making it nearly invisible to the naked eye from a distance.

4. Active Features (The "Smart" Net)

A passive net can be defeated by "swarm" tactics or cutting tools. To counter this, the dome can be upgraded:

  • Fiber Optic Sensors: Weave a single strand of fiber optic cable through the net. If the net is cut or stretched by an impact, the light signal breaks, instantly alerting security to the exact "breach" coordinate.

  • Conductive Threads: By weaving conductive wire into the mesh, the net can act as a Faraday Cage, disrupting the radio frequency (RF) signals of any drone that gets too close, potentially causing it to lose control before it even hits the mesh.

SCARAB

THE WORLS FIRST BATTLEFIELD READY 3D GRAPHENE ARMOR PRINTER

SCARAB

M-GAFU

1. The Design: Mobile Graphene Armor Fabrication Unit (M-GAFU)

The system consists of three integrated modules: a 3D Body Scanner, a Lattice-Optimization Engine, and a Multi-Material SLS/FFF Hybrid Printer.

A. The Input: Digital Twin & Lattice Mapping

  • Volumetric 3D Scanner: Uses LiDAR and photogrammetry to create a 1:1 "Digital Twin" of the soldier.

  • Dynamic Articulation Analysis: The software maps the soldier's range of motion to determine where "Hard" plates should end and "Flexible" graphene-polymer joints should begin, inspired by medieval plate armor.

  • Tubulane Lattice Infill: The armor is not solid. The printer uses a Tubulane or Gyroid internal structure. These complex geometries are designed to collapse in specific sequences to absorb kinetic energy from high-velocity NATO 7.62mm or 5.56mm rounds.

B. The Printer: SLS/FFF Hybrid System

  • Technique: Selective Laser Sintering (SLS) combined with Direct Energy Deposition.

  • Material Feed: A proprietary filament or powder made of Graphene-Infused PEEK. Graphene nanoplatelets are dispersed at approximately 0.5 wt% to 1.0 wt% to increase tensile strength and energy absorption by up to 25%.

  • Laser Treatment: A secondary CO2 laser "flashes" the surface of each layer to ensure perfect Interfacial Adhesion, preventing the delamination common in traditional 3D prints.

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