- May 22, 2020
- 1,858
Top Secret
Military Institute for Research and Implementation
The Military Institute of Research and Implementation, or MIRI, was founded to assist in Poland in propelling its Armed Forces into the 21st century and reducing the Kingdom's reliance on foreign nations to provide military equipment. The primary goal for MIRI is to research and develop new technologies for use by the Royal Armed Forces of Poland as well as a few of her select allies. The secondary mission for MIRI is to assist the Office of State Protection in producing new equipment for the intelligence service as well as provide a way to analyze foreign equipment captured from foreign nations and assets.Military Institute for Research and Implementation
With MIRI's core focus on researching and developing cutting-edge technology such as advanced weapon systems, sophisticated surveillance systems, state-of-the-art communication networks, cyber defense mechanizes and unmanned systems such as drone and autonomous vehicles, the Institute has been committed to integrating innovating manufacturing processes, including additive manufacturing, into the production of military hardware. This not only helps them reduce production costs but also allows for rapid prototyping, customization, and on-demand manufacturing of equipment. MIRI also places a strong emphasis on making military operations more sustainable efficient. Research in this area includes developing alternative energy sources, improving fuel efficiency, and creating eco-friendly materials that reduce the environmental impact of military activities.
One of the fundamental objectives of MIRI is to ensure that Poland can independently produce, maintain, and upgrade its military equipment. By fostering domestic innovation and production capabilities, MIRI helps reduce Poland's strategic vulnerabilities associate with dependence on foreign suppliers, especially during the current rise of geopolitical tensions and conflicts. By fostering the domestic innovation and production capabilities of Poland, MIRI enhances Poland's ability to produce its own military equipment, and since then has become a critical component of national security. It ensures that the armed forces can remain operational and effect, even if international supply chains are disrupted.
MIRI makes used to the abandoned Kluczewo Airfield that was abandoned by the Soviets in 1993 after the fall of the USSR. Having been previously used for car shows by the neighboring towns, the paperwork was signed by the Polish Defense Industries and marketed as a new factory for the emerging Polish defense industry. The facilities that are housed within MIRI are as follows:
1. Administrative Building
The Administrative Building serves as the central hub for all administrative functions at MIRI. This modern, multi-story structure houses the offices of the institute's leadership, administrative staff, and various departments. The building is equipped with conference rooms, meeting spaces, and a state-of-the-art communication center to facilitate coordination and decision-making. Designed with security in mind, the building features restricted access areas, secure data storage, and robust cybersecurity measures.
2. Medical Clinic
The on-site Medical Clinic provides comprehensive healthcare services to MIRI staff and personnel. The clinic is equipped with modern medical equipment and facilities, including examination rooms, diagnostic labs, and emergency care units. It also offers routine medical check-ups, vaccinations, and occupational health services to ensure the well-being of all employees. A dedicated team of medical professionals, including doctors, nurses, and support staff, is available to address health concerns and emergencies.
3. CBRN Laboratory
The Chemical, Biological, Radiological, and Nuclear (CBRN) Laboratory is a specialized facility designed for research, development, and testing of CBRN defense technologies. The lab is equipped with advanced containment systems, safety protocols, and specialized equipment to handle hazardous materials. It supports the development of protective gear, detection systems, and decontamination methods, ensuring that the Royal Armed Forces are prepared for CBRN threats. Strict access controls and safety measures are in place to protect personnel and the environment.
4. Decontamination and Quarantine Facility
This facility is dedicated to the safe decontamination and quarantine of personnel, equipment, and vehicles exposed to hazardous substances. It features advanced decontamination showers, airlocks, and isolation units to prevent the spread of contaminants. The facility is designed to handle various CBRN threats and is equipped with monitoring and filtration systems to ensure that decontamination procedures are thorough and effective.
5. Underground Storage for Petroleum, Oil, and Lubrication
The underground storage facility for petroleum, oil, and lubrication (POL) products is a secure and environmentally controlled space designed to store large quantities of fuel and lubricants. The storage tanks are built to high safety standards, with leak detection systems, fire suppression systems, and spill containment measures. This facility ensures a reliable and secure supply of POL products for MIRI's operational needs.
6. Handling Facility for Petroleum, Oil, and Lubrication
Adjacent to the underground storage, the POL Handling Facility is responsible for the safe and efficient transfer, distribution, and management of POL products. It includes fueling stations, pump systems, and filtration units to ensure the purity and quality of the products. The facility is designed to handle high volumes of POL efficiently and safely, supporting the operational readiness of vehicles and aircraft.
7. 11,000ft Paved Runway
The 11,000-foot paved runway is a critical component of MIRI's infrastructure, capable of accommodating a wide range of military and cargo aircraft. The runway is equipped with advanced lighting, navigation aids, and weather monitoring systems to ensure safe operations under various conditions. Its length and construction allow for the takeoff and landing of heavy aircraft, supporting both routine and emergency operations.
8. Helicopter Landing Pads (3)
MIRI features three helicopter landing pads strategically located to provide rapid deployment and logistical support. Each pad is equipped with lighting, refueling stations, and maintenance facilities to ensure quick turnaround times. These pads support a variety of helicopter operations, including transport, medical evacuation, and reconnaissance missions.
9. Temperature-Controlled Hangars (8)
The eight temperature-controlled hangars provide secure storage and maintenance space for aircraft and other sensitive equipment. Each hangar is equipped with climate control systems to maintain optimal conditions, protecting equipment from extreme temperatures and humidity. The hangars also feature advanced security measures, including surveillance systems and access controls, to safeguard valuable assets.
10. Vehicle and Aircraft Manufacturing Plant
The manufacturing plant is a state-of-the-art facility dedicated to the production and assembly of military vehicles and aircraft. It includes production lines, testing bays, and quality control laboratories to ensure that all products meet stringent military standards. The plant is equipped with the latest manufacturing technologies, including robotics and automation, to enhance efficiency and precision.
11. Air Traffic Control Tower
The air traffic control tower is the nerve center for managing air operations at MIRI. Equipped with advanced radar, communication systems, and weather monitoring tools, the tower ensures the safe and efficient movement of aircraft within the facility's airspace. Highly trained air traffic controllers coordinate takeoffs, landings, and in-flight operations, maintaining constant communication with pilots and ground crews.
12. Private Personnel Parking Lot
The private parking lot provides secure and convenient parking for MIRI staff and visitors. It features ample parking spaces, security lighting, and surveillance cameras to ensure the safety of vehicles. Access to the parking lot is controlled, with entry restricted to authorized personnel.
13. Private Drive Leading from Main Road to Facility
The private drive is a secure access road connecting the main road to the MIRI facility. It is designed to handle the traffic flow of personnel, visitors, and deliveries while maintaining high security standards. The road features checkpoints, surveillance systems, and barriers to control and monitor access, ensuring that only authorized vehicles and individuals can enter the facility.
Security:
Perimeter Defense
- Chain-Link Fence with Constantine Wire:
- Description: The entire perimeter of the MIRI facility is secured by a robust chain-link fence topped with Constantine wire, designed to deter and prevent unauthorized climbing and breaches.
- Features:
- High tensile strength to withstand cutting attempts.
- Constantine wire to prevent climbing over the fence.
- Regular maintenance checks to ensure integrity.
- CCTV Surveillance:
- Description: A comprehensive network of secure and covert Day/Night CCTV cameras is strategically placed along the perimeter to eliminate blind spots and ensure continuous surveillance.
- Priority Areas:
- High-security zones: Hangars, CBRN Laboratory, Manufacturing Plant, Administrative Building, Underground Storage, and POL Handling Facility.
- Features:
- Infrared capability for night surveillance.
- Real-time monitoring by security personnel.
- High-resolution cameras to capture clear images.
- Roving Guards:
- Description: Trained security personnel patrol the perimeter and the interior of the compound to provide a physical presence and immediate response to any breaches.
- Features:
- Regular patrol schedules to cover all areas.
- Equipped with communication devices for quick reporting.
- Coordination with CCTV monitoring for rapid response.
Entrance Road Security
- Guard Station:
- Description: A fortified guard station is positioned at the entrance of the perimeter fence to control access to the facility.
- Features:
- Computer systems to verify employee badges.
- Secure communication links with the main control room.
- Emergency response capabilities.
- Crash Gate:
- Description: A secondary layer of defense on the entrance road includes a crash gate rated to stop a 15,000lb truck traveling at 50 mph.
- Features:
- Electrically operated with manual override.
- Reinforced to withstand high-impact forces.
- Integrated with the guard station for coordinated operation.
- Armed Guards:
- Description: Armed security personnel are stationed at the entrance to provide an additional level of defense.
- Features:
- Trained in high-threat response and containment.
- Equipped with firearms and non-lethal weapons.
- Continuous readiness to address security breaches.
Internal Security
- Two-Door Mantrap System:
- Description: High-security buildings use a two-door mantrap system to control access and verify identities.
- Operation:
- Outer Door: Accessed using built-in RFID chips in employee badges.
- Inner Door: Requires a keycard swipe for entry.
- Features:
- Prevents tailgating and unauthorized access.
- Monitors and logs entry and exit of personnel.
- RFID and Keycard Access:
- Description: High-security rooms within the buildings use RFID chips and keycards to track who enters and exits.
- Features:
- Automated logging of personnel movement.
- Restricts access to sensitive areas.
- Integrated with central security for real-time monitoring.
- Alarm and Fire Suppression Systems:
- Description: All buildings are equipped with advanced burglary and fire alarms, as well as fire suppression systems.
- Features:
- Automated and manual activation options.
- Immediate alerts to security and fire response teams.
- Regular maintenance and testing to ensure functionality.
Environmental and Access Control
- Secondary Roads Closure:
- Description: Secondary access roads leading to the base are closed and destroyed to limit civilian access and allow local fauna to reclaim these areas.
- Features:
- Natural barriers created by overgrown vegetation.
- Physical barriers to prevent vehicular access.
- Monitored to ensure no unauthorized re-opening.
