The Multiple Cradle Launcher: Capabilities and Applications

The Multiple Cradle Launcher (MCL), developed by Jobaria Defense Systems in the United Arab Emirates, is a unique and groundbreaking rocket artillery system. Designed to provide effective short-range fire support, the MCL can defeat and suppress a wide range of enemy targets at distances between 16 to 40 kilometers by massively launching up to 240 122mm rockets.

As the world’s largest rocket artillery system by tube count, the MCL boasts 240 tubes and offers both impressive firepower and versatility. Mounted on a semi-trailer truck and hauled by an Oshkosh M1070, this incredible combat vehicle has garnered significant attention for its innovative design.

In addition to the standard MCL, the Jobaria TCL (Twin Cradle Launcher) heavy rocket artillery system was unveiled in February 2017. This iteration fires 300mm rockets from two four-rocket launchers and is compatible with both Chinese A300 and Turkish TRB-300 (Tiger) rockets, offering even more firepower and flexibility for the United Arab Emirates Army.

Design and Features

The Multiple Cradle Launcher, developed by the United Arab Emirates, is a unique and powerful rocket artillery system. With 240 tubes, it holds the title of the world’s largest rocket artillery by tube count. The following sections will provide an overview of the launcher’s components, operational range, and payload capabilities.

Launcher Components

The Multiple Cradle Launcher is built upon an Oshkosh M1070 Heavy Equipment Transporter, equipped with a 29-meter trailer. The trailer is outfitted with four multiple rocket launcher modules, each of which holds 60 122mm rockets. This combination allows the artillery system to carry a massive payload and maintain mobility in various operational environments.

Operational Range

Depending on the type of rocket used, the Multiple Cradle Launcher has various operational ranges. When using the Chinese A300 rocket, the system’s range spans from 120 to 290 km (75 to 180 miles). On the other hand, with the Turkish T-300 Kasirga (Tiger) rocket, the operational range reduces to a distance of 30 to 120 km (19 to 75 miles).

Payload Capabilities

As the world’s largest rocket artillery system, the Multiple Cradle Launcher boasts impressive payload capabilities. Its modular design allows for quick reloading and firing, making it a formidable weapon on the battlefield. The launcher designs can carry both the A300 and T-300 Kasirga rockets, providing flexibility in range and munition options.

Uses and Applications

The Multiple Cradle Launcher (MCL) is a versatile system, designed for both offensive and defensive purposes. It has been implemented in various scenarios and fields, from military operations to civilian applications.

Military Operations

The MCL is primarily a combat vehicle, intended to provide effective short-range fire support to military forces. With its massive launching capability of up to 240 122 mm rockets, it can defeat and suppress a wide range of enemy targets at distances ranging from 16 to 40 km.

The system’s massive rocket artillery allows it to function as a combined form of the BM-21 Grad multiple rocket launcher. Developed by a joint venture between Al Jaber Land Systems and the United Arab Emirates Army, the MCL’s unique design and tube count make it a formidable weapon on the battlefield.

Civilian Applications

In addition to its military use, the MCL system can be adapted for civilian purposes. Although primarily designed for war scenarios, the technology’s potential applications extend beyond the battlefield, leading to its implementation in various industries.

For instance, the MCL can be utilized in emergency response situations, such as natural disasters or large-scale fires. The system’s rapid, large-scale payload delivery could be modified to launch vital resources, such as food, water, and medical supplies, to affected areas in a time-sensitive manner.

Similarly, the MCL’s ability to cover vast distances rapidly could be useful in construction and infrastructure projects. Mass-launching payloads at designated locations could enhance efficiency and reduce heavy equipment requirements for certain construction tasks.

Global Adoption and Usage

The Multiple Cradle Launcher (MCL), specifically the Jobaria Defense Systems (JDS) MCL, has been developed to serve as a powerful and unique rocket artillery system. Though primarily designed for the United Arab Emirates Army, the MCL has garnered interest from other countries worldwide. This section will cover leading countries that have adopted or shown an interest in the MCL system, as well as notable conflicts and deployments.

Leading Countries

Currently, the primary user of the JDS MCL is the United Arab Emirates (UAE) Army. As one of the largest rocket artillery systems in the world, the JDS MCL represents a significant investment in modern military technology by the UAE. No other country has officially acquired the MCL, but reports suggest that other nations have shown interest in the system due to its unique capabilities.

Notable Conflicts and Deployments

While specific instances of the MCL’s deployment in conflicts have not been widely reported, it is believed that the system has been used during training exercises and military demonstrations. The MCL’s extensive capabilities, including its vast number of tubes and simultaneous firing capacity, make it a highly effective system for overwhelming targets and saturating an area with lethal projectiles in a short time.

Given the MCL’s ability to quickly deliver massive firepower, any future conflicts involving the UAE or other potential users of this system could potentially see the MCL play a significant role in achieving strategic objectives.

Advancements and Future Developments

Technological Innovations

The Multiple Cradle Launcher (MCL), developed by the United Arab Emirates’ Jobaria Defense Systems, represents a major step forward in the field of rocket artillery. By housing 240 tubes, the MCL offers unparalleled firepower and an efficient way to cover a wide area with devastating force. Its impressive range of 16 to 40 kilometers allows it to provide effective short-range fire support and defeat various enemy targets.

One of the main innovations of the MCL is its unique design, which enables the simultaneous launching of a large number of 122mm rockets. This massive volley fire capability offers significant advantages over traditional multiple rocket launchers, which often possess fewer tubes and require multiple vehicles to achieve the same level of firepower. Additionally, the MCL is hauled by a robust Oshkosh M1070 semi-trailer truck, ensuring that it maintains a high level of mobility and durability on the battlefield.

Integration with Other Systems

As technology advances, there is a growing emphasis on integrating different systems to create a more cohesive and efficient fighting force. The MCL is no exception, with potential for further development in terms of communication, targeting, and coordination with other systems. Improved communication and data sharing technologies could allow MCL units to better coordinate with other artillery systems, ensuring that targets are engaged with maximum effectiveness and minimal redundancy.

Moreover, the incorporation of advanced targeting systems and real-time intelligence data could further enhance the MCL’s already impressive capabilities. By providing more accurate targeting information and situational awareness, these developments could contribute to a more effective and efficient use of the MCL’s firepower, reducing the risk of collateral damage and friendly fire incidents.

Safeguards and Concerns

Safety Measures

The Multiple Cradle Launcher (MCL), like any other weapon system, requires stringent safety measures to ensure the protection of its operators and minimize risks to civilians. Some of these safety measures include:

  • Establishing a secure perimeter around the MCL during operations, limiting access to the immediate area.
  • Implementing strict access controls, ensuring that only authorized personnel can operate the MCL.
  • Conducting thorough maintenance checks to confirm that all aspects of the system are functioning correctly and safely.
  • Training MCL operators extensively so they can efficiently manage the complex and potentially hazardous system.

Potential Risks

Despite the safety measures in place, the Multiple Cradle Launcher’s sheer destructive power and the inherent risks involved in its operation raise several concerns:

  • Collateral damage: The massive launching of up to 240 122mm rockets can easily cause unintended harm to civilians or critical infrastructure in the target area.
  • Risk of accident: A malfunction or human error during the operation of the MCL could lead to catastrophic consequences, both for the operators and the surrounding environment.
  • Environmental impact: The extensive use of rockets in warfare can result in significant environmental pollution and damage, affecting ecosystems and habitats.
  • Escalation of conflict: The presence of this powerful weapon could potentially provoke adversaries to respond with similarly destructive force, leading to amplified violence and devastation.

Despite the abovementioned risks, the implementation of responsible safeguards and proper use of MCL can help minimize undesirable consequences.


The Multiple Cradle Launcher (MCL) developed by Jobaria Defense Systems in the United Arab Emirates stands as a significant innovation in modern rocket artillery systems. This advanced technology aims to address the UAE Armed Forces’ need for efficient and effective firepower in a compact package.

The MCL provides numerous advantages such as a significantly reduced need for manpower, requiring only three operators instead of the 30 typically needed for six separate rocket launchers. This reduction in personnel has the potential to lower cost, increase efficiency, and minimize the risks faced by military forces during operations.

As the largest Multiple Launch Rocket System (MLRS) in the world, the MCL can deliver devastating firepower to a range of enemy targets, massively launching up to 240 122mm rockets from 16 to 40 kilometers away. Despite this impressive capability, the system remains primarily road-bound due to its wheeled semi-tractor-trailer design, limiting its off-road deployment.

The introduction of the MCL’s sibling, the Twin Cradle Launcher (TCL), further emphasizes the flexibility and potential for adaptation within this rocket artillery platform. By staying informed about the capabilities of cutting-edge military technology such as the MCL, strategists and defense professionals can be more prepared to assess and respond to evolving threats on the modern battlefield.

Watch this video on the MCL.

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