The Armored Group is a collaborative entity composed of
4 major manufacturers each contributing to a robust and extensive armoring capacity.
The group benefits from the synergy of its four independent engineering departments, each specializing in different aspects of design, production, and innovation. This structure allows for the creation of high-quality armored vehicles and machinery with diverse applications.
Each member of the group offers a wide range of specialized equipment, including:
- Armored Wreckers: Vehicles designed for recovery and towing operations, built to withstand harsh conditions and provide security during rescues.
- Wheel Loaders: Heavy equipment used for loading materials, modified to include enhanced armor for operations in dangerous or high-risk environments.
- Backhoes: Versatile machines for digging, lifting, and excavation, adapted to offer protection in military or conflict zones.
- Running Chassis: Robust vehicle frames and platforms designed for armored conversion, allowing the creation of customized armored solutions for various needs.
Together, these manufacturing plants and departments can provide a comprehensive armoring solution, meeting both the functional needs of the machinery and the protective requirements of the end users.
Armored 8X8 Wrecker
Armored Vehicles Group
Armored Vehicle Group is 4 specialized Certified Companies
That manufacture Special purpose vehicles designed to protect their occupants and equipment from various threats, such as bullets, explosive devices, and shrapnel. These vehicles are commonly used by military, law enforcement, and security agencies for operations in high-risk environments. Here are a few categories and examples of armored vehicles:
Armored Engineering Vehicles
- Armored Backhoe These are equipped with protective armor to ensure safety in conflict zones, particularly for demolition or construction tasks.
1. Military Armored Vehicles
- Armored Personnel Carriers (APCs): Vehicles designed to transport troops safely through hostile environments.
- MRAP (Mine-Resistant Ambush Protected) Vehicles: Designed to protect occupants from land mines and ambush attacks. Example: Cougar MRAP (USA), Oshkosh M-ATV (USA).
2. Law Enforcement Armored Vehicles
- Armored Police Vehicles: These are used for riot control, SWAT operations, or to transport detainees in high-risk situations. .
- Tactical Armored Vehicles: These vehicles provide protection and mobility for police forces in dangerous urban environments.
3. Key Features of Armored Vehicles
- Armor Materials: These can range from steel plating to composite materials, including ceramics and advanced synthetic materials, designed to withstand gunfire and explosive devices.
- Ballistic Windows: Special windows are made from laminated glass or polycarbonate materials to resist bullets and shrapnel.
- Mine and IED Protection: Many modern armored vehicles are designed to withstand land mines or Improvised Explosive Devices (IEDs), often incorporating V-shaped hulls to deflect blasts.
- Turrets and Weapons: Military armored vehicles often come equipped with turrets, machine guns, or anti-tank missiles to provide firepower.
- Armored Transport Vehicles: Used by companies to transport cash, valuables, or sensitive materials.
- Armored Bulldozers: These are equipped with protective armor to ensure safety in conflict zones, particularly for demolition or construction tasks. Example: Caterpillar D9 armored bulldozer.
- Turrets and Weapons: Military armored vehicles often come equipped with turrets, machine guns, or anti-tank missiles to provide firepower.
Certifications: ISO 9001, NATO certifications. - These companies are certified under international quality management systems (e.g., ISO 9001) and often hold specialized certifications for the defense and military sectors, such as NATO or specific government contracts.
Armored Engineering Vehicles 4X4
armored backhoe
armored backhoe is a specialized version of a traditional backhoe loader, which has been reinforced with protective armor to offer enhanced protection for the operator and the vehicle in high-risk environments. The purpose of the armor is to defend against various threats such as gunfire, explosives, or shrapnel, making it suitable for military, security, and high-threat civil operations.
Uses of Armored Backhoes:
- Military Engineering Operations: Armored backhoes are used for construction, fortification, or demolition in high-risk military environments. They can help clear rubble, dig trenches, or build defensive positions while protecting the operator from enemy fire or explosives.
- Civil Engineering in Conflict Zones: In regions affected by war or terrorism, armored backhoes can assist in construction and recovery operations while ensuring that workers are shielded from threats.
- Humanitarian and Rescue Missions: These vehicles can be used by humanitarian organizations or emergency services in areas where safety is a concern due to ongoing conflict, offering a means of recovery and aid distribution while safeguarding personnel.
Armored Remote Control Front Wheel Loader
Armored wheel loaders are heavy-duty construction vehicles that have been modified or custom-built to include protective armor, designed to shield the operator and the machine from threats such as gunfire, explosives, and shrapnel. These vehicles are typically used in high-risk environments, such as military conflict zones, security operations, and areas with significant civil unrest. They maintain the standard functionality of a traditional wheel loader, such as moving, lifting, and loading heavy materials, while offering enhanced protection.
Uses of Armored Wheel Loaders:
- Military Operations: Armored wheel loaders are critical for military construction tasks, including building barriers, clearing obstacles, fortifying bases, and removing debris from damaged roads.
- High-Risk Civil Engineering: In areas affected by war, civil unrest, or terrorism, armored wheel loaders can perform crucial tasks like repairing infrastructure, digging trenches, or building defensive positions while offering protection from sniper fire, ambushes, or IEDs.
- Disaster Relief: In regions that have been hit by natural disasters or conflict, armored wheel loaders may be deployed to clear debris, rebuild roads, or assist in search-and-rescue operations, ensuring the safety of workers in volatile environments.
Armored Heavy Lift and Tow 8X8
An armored wrecker (or armored tow truck) is a specialized type of tow truck or recovery vehicle that is designed to provide both towing capabilities and protection for its operator, passengers, or valuable cargo. These vehicles are typically equipped with reinforced armor to shield against ballistic threats, such as gunfire or shrapnel, and may also have additional protection against explosives or other attacks. They are commonly used in high-risk environments, such as conflict zones, law enforcement operations, or for transporting valuable assets.
Armored Wreckers:
- Armored Protection:
- The wrecker is reinforced with ballistic-resistant materials such as hardened steel, composite materials, or even bulletproof glass to protect the crew from small arms fire or other threats.
- The vehicle's windows are often made of multi-layered, bullet-resistant glass.
- The wrecker is reinforced with ballistic-resistant materials such as hardened steel, composite materials, or even bulletproof glass to protect the crew from small arms fire or other threats.
- Towing and Recovery Equipment:
- Like standard wreckers, armored wreckers are equipped with powerful towing mechanisms, including winches, hydraulic lifts, and boom arms, allowing them to recover vehicles, machinery, or heavy loads.
- Like standard wreckers, armored wreckers are equipped with powerful towing mechanisms, including winches, hydraulic lifts, and boom arms, allowing them to recover vehicles, machinery, or heavy loads.
- Vulnerability Reduction:
- armored wreckers are designed with underbody blast protection, making them resistant to land mines, IEDs (Improvised Explosive Devices), or other explosive threats.
- armored wreckers are designed with underbody blast protection, making them resistant to land mines, IEDs (Improvised Explosive Devices), or other explosive threats.
- Heavy-Duty Capabilities:
- Heavy-Duty Capabilities:
Uses of Armored Wreckers:
- Military Applications: In conflict zones, armored wreckers are used to recover damaged or disabled military vehicles while providing protection for the crew against hostile threats.
- Law Enforcement: These vehicles can be used for high-risk recovery operations involving the transportation of seized or armored vehicles or in dangerous areas where standard tow trucks would not be safe.
Remote Control
Remote control for armored construction vehicles is a concept that’s gaining traction, particularly in industries that require high levels of safety, such as defense and hazardous material handling. These vehicles, such as armored bulldozers or excavators, are often used in high-risk environments where human safety could be compromised. Remote control systems allow operators to control the vehicle from a safe distance, thus enhancing safety and precision in such environments.
Remote Control
REMOTE CONTROL OPERATION SPECS
LOS : 5000 m NLOS : 1000 m
• 360o visibility with 8 ex-proof CCD day /night protected
cameras
• Mobile DVR recorder
• 21’’ LCD touchpad panel
• MIL-STD 810G environmental protection
Details:
• 21.5’ touch Screen
• MIL -STD-810G certified
• Internal battery for 6 hours of continuous operation
• 12-24 V DC and 220V AC external power inlet for charging and operation
• Secondary display and audio output
• Internal storage room for joysticks and cables
• 36 Kgs weight
• H:275 x L:615 x W:470mm Dimensions
Remote control for armored construction vehicles is a concept that’s gaining traction, particularly in industries that require high levels of safety, such as defense and hazardous material handling. These vehicles, such as armored bulldozers or excavators, are often used in high-risk environments where human safety could be compromised. Remote control systems allow operators to control the vehicle from a safe distance, thus enhancing safety and precision in such environments.
Here are a few key aspects of remote control for armored construction vehicles:
1. Technology Used:
- Radio Frequency (RF) or Wi-Fi: Many remote-controlled armored vehicles use RF signals or Wi-Fi to establish a communication link between the operator and the vehicle. The range of the control system can vary, but advanced systems can operate over several kilometers.
- Sensors & Cameras: The remote system typically includes sensors, cameras (often thermal or night vision), and GPS to give the operator a clear view of the surroundings, which is crucial when operating in dangerous or low-visibility environments.
- Telematics and GPS: These systems provide real-time data to the operator regarding the location, condition, and performance of the vehicle.
2. Applications:
- Military and Defense: Armored vehicles are used for bomb disposal, demining, or moving dangerous materials. Remote control allows military personnel to operate these vehicles from a safe distance, protecting them from explosions or ambushes.
- Disaster Response: After natural disasters, armored vehicles can be used to clear rubble or deliver aid. Remote control helps in hazardous environments, such as landslides or collapsing structures, without endangering human life.
- Construction in Dangerous Areas: In construction zones where there are risks of explosions, toxic substances, or collapsing structures, using remote-controlled armored vehicles can ensure that workers are safe while still allowing heavy-duty tasks to be performed.
- Mining and Exploration: For operations in hostile terrains like minefields or areas with unstable ground, remotely controlled armored vehicles allow for a safer and more efficient operation.
3. Key Features:
- Safety First: The primary advantage is the protection of human life. Since operators are not inside the vehicle, they’re safe from projectiles, debris, or hazardous materials.
- Precision Control: Remote systems often offer high-precision controls, making it possible to operate heavy machinery with accuracy.
- Battery or Fuel Efficiency: Advanced systems ensure that the vehicle has sufficient power to operate for extended periods, especially in dangerous conditions.
- Real-Time Feedback: Operators get real-time data on the vehicle’s status, including diagnostics and environment feedback, which can be critical for performance in volatile situations.
4. Challenges:
- Signal Interference: Operating in areas with lots of interference (e.g., jamming signals, dense structures) can pose challenges for maintaining communication between the operator and the vehicle.
- Limited Range: Depending on the vehicle and control system, the range may be limited, especially in environments with heavy interference or large distances.
- Cost: The technology for remote control systems, including cameras, sensors, and communication systems, can be costly, both for development and implementation.
5. Examples of Remote-Controlled Armored Vehicles:
- Taurus 2 (Germany): A remote-controlled armored bulldozer used in mine clearance and military operations.