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Self-propelled artillery is an artillery system that is mounted on a mobile platform such as a tank or an armored personnel carrier. It is designed to provide indirect fire support to infantry and other ground forces.
Self-propelled artillery can provide effective firepower at long ranges and is capable of firing a variety of different rounds, including high explosive shells, anti-tank missiles, and smoke shells. It is generally more accurate and can be deployed faster than towed artillery, making it an invaluable asset in modern warfare.
Self-propelled artillery systems are typically armed with cannons, but some also employ rocket launchers, mortars, and machine guns.
The cannons are usually of a fairly large caliber, allowing them to fire a variety of different rounds. Artillery cannons are typically mounted on a turret, which allows them to traverse quickly and accurately in order to engage targets.
In addition to the main armament, a self-propelled artillery system may also be armed with machine guns and anti-aircraft guns.
These weapons are used to provide additional protection against enemy aircraft, ground forces, and light vehicles. Self-propelled artillery systems are generally equipped with an advanced fire control system, which allows them to accurately engage targets at long ranges.
Self-propelled artillery systems have become increasingly important in modern warfare. They provide quick and accurate firepower at long ranges, which is essential for the success of many military operations.
Self-propelled artillery systems have proven to be a valuable asset in both offensive and defensive operations, and their use is likely to continue to expand in the future.
The Global Self-propelled artillery system market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Rheinmetall’s Self-propelled Artillery System (SPAS) is a state-of-the-art weapon system designed to provide maximum firepower and support to infantry and armored units. As a long-range indirect fire platform, the SPAS is capable of delivering precision fire support to troops in the field.
The system is equipped with a variety of high-tech features, including a 155mm caliber main gun, an advanced fire control system, and an unmanned turret with a high-resolution day/night sight. The SPAS also features a number of advanced communications systems, advanced protection systems, and a high level of mobility.
The SPAS has been designed to provide maximum firepower with minimum weight. Its 155mm main gun is capable of firing a variety of munitions, including high-explosive, smoke, and multi-role rounds. The SPAS is also equipped with an advanced fire control system that allows for quick target acquisition and engagement.
The system’s unmanned turret is capable of a 360-degree traverse and is equipped with an advanced thermal imaging system that allows for day/night target acquisition. The turret is also equipped with an advanced laser rangefinder and ballistic calculator, enabling it to rapidly deliver precision fire support.
The recently released self-propelled artillery system from Nexter is made to perform better on the battlefield. A 155mm/52 caliber cannon, an autoloader for quicker reloading, and a range of up to 40 km are some of its new features.
Additionally, the system has an automated firing control system that enables quick target acquisition and engagement. The system can be carried easily because it is lightweight and has a low silhouette.
The system is equipped with the most recent information and communication technologies, which enhance situational awareness.
The self-propelled artillery system from Nexter is a strong, dependable system that can deliver exceptional battlefield performance. Any military that had it would be a fantastic addition, and it would secure the success of any operation.
