Trophy APS Boosts BOXER 8x8 APC with Advanced Active Protection

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KNDS Deutschland and EuroTrophy have successfully integrated the Trophy Active Protection System (APS) into a prototype version of the BOXER Armored Personnel Carrier (APC). This achievement marks a significant milestone in the evolution of battlefield survivability and modular vehicle design. The integration process required a comprehensive redesign and adaptation of the BOXER’s mission modules to accommodate the sophisticated Trophy system.

Photo: knds.com

Following the completion of all system tests, including the critical calibration phase of the APS, the vehicle is now fully prepared for live-fire trials. These trials are scheduled to take place in Germany within the coming months and serve as a vital risk mitigation step before broader deployment. The readiness of the BOXER for such rigorous testing underscores the maturity of the integration and the confidence in the system’s performance.

The BOXER is renowned for its high modularity and 8x8 wheeled configuration, which allows it to fulfill a wide range of battlefield roles. Its ability to adapt to different mission profiles makes it an ideal candidate for advanced protection systems like Trophy. By incorporating Trophy APS, the BOXER gains a formidable layer of defense against modern threats such as anti-tank guided missiles (ATGMs), rocket-propelled grenades (RPGs), drones, and other anti-armor weapons.

Trophy APS offers 360-degree protection, ensuring comprehensive coverage around the vehicle and safeguarding it from threats originating from any direction. The system is engineered to rapidly detect, classify, and neutralize incoming chemical energy threats using a kinetic countermeasure. This capability is crucial in high-intensity combat environments where reaction time and precision are paramount.

One of the standout features of Trophy APS is its automatic hostile fire detection capability, which allows the system to identify the source of enemy fire. This not only enhances the vehicle’s survivability but also enables immediate counter-fire, increasing the lethality and responsiveness of the entire force. The system’s high kill probability, exceeding 90%, reflects its precision and reliability in real-world combat scenarios.

Trophy’s integration flexibility is another key advantage, as it can be adapted to both wheeled and tracked platforms. This includes Main Battle Tanks (MBTs) and medium-weight vehicles, making it a versatile solution for various operational needs. The system has already been successfully deployed on platforms such as the Merkava MBT and has been contracted for use on the U.S. Abrams MBT, demonstrating its global relevance and effectiveness.

In terms of technical specifications, Trophy APS adds approximately 7,200 pounds (around 3,265 kilograms) to the host platform. Despite this additional weight, the system is designed to maintain the vehicle’s operational agility and performance. Its ability to engage low-signature threats, which are often difficult to detect, significantly enhances crew survivability in complex combat environments.

Safety is a core consideration in Trophy’s design, with features such as a pre-defined safety zone to protect dismounted soldiers. The system also boasts a low rate of false alarms and minimal collateral damage, ensuring that its deployment does not compromise the safety of friendly forces or civilians. These attributes make Trophy a responsible and effective choice for modern military operations.

The system’s combat-proven status is backed by over 500,000 operational hours and a track record of saving lives on the battlefield. Its deployment in various conflict zones has validated its performance and reliability under the most demanding conditions. This extensive operational experience provides a strong foundation for its integration into new platforms like the BOXER.

Trophy APS is compatible with a wide range of platforms beyond MBTs, including Infantry Fighting Vehicles (IFVs) such as the Bradley and LAV III. Its deployment on 8x8 vehicles and other medium-weight platforms further illustrates its adaptability and broad utility. This compatibility ensures that forces can standardize protection across different vehicle types, streamlining logistics and training.

The BOXER’s physical dimensions reflect its robust and imposing battlefield presence, measuring approximately 7.9 meters in length, 2.99 meters in width, and 2.38 meters in height at the hull roof. With a ground clearance of around 0.50 meters, it balances protection and mobility across varied terrain. These proportions contribute to its ability to operate effectively in both urban and off-road environments, offering tactical versatility.

Powered by the MTU V8 199 TE20 diesel engine, the BOXER delivers an impressive 530 kW or 711 horsepower, enabling speeds exceeding 100 km/h. Its operational range of up to 1,050 kilometers ensures extended missions without frequent refueling, a critical advantage in sustained operations. The vehicle’s ability to tackle gradients of up to 60% further enhances its maneuverability in challenging landscapes.

The standard crew configuration includes a driver, commander, and gunner, while its modular interior allows for the transport of up to seven or eight infantry soldiers depending on mission requirements. This capacity makes the BOXER a formidable troop carrier, capable of rapid deployment and extraction under fire. Its internal layout is designed to maximize space efficiency while maintaining crew comfort and operational readiness.

Protection is provided by advanced AMAP composite armor, offering resistance against ballistic threats and explosive devices. The vehicle’s armament options include a 7.62mm machine gun, a 12.7mm heavy machine gun, or a 40mm automatic grenade launcher, allowing for tailored offensive capabilities. These weapons systems can be integrated with remote weapon stations, enhancing firepower while minimizing crew exposure.

With a gross vehicle weight of approximately 36.5 tons and a payload capacity of up to 8 tons, the BOXER supports a wide array of mission modules and equipment. This payload flexibility enables the vehicle to adapt to roles ranging from command and control to medical evacuation and reconnaissance. Its structural integrity and load-bearing design ensure consistent performance even under maximum operational stress.

The combination of high mobility, substantial protection, and modular adaptability positions the BOXER as a cornerstone of modern mechanized forces. Its integration with systems like Trophy APS further elevates its survivability, making it a preferred choice for frontline deployment. As threats evolve, the BOXER continues to demonstrate its relevance through technological upgrades and battlefield resilience.

The CEO of KNDS emphasized the importance of continuing technological collaboration in protection systems, citing the success of the LEOPARD 2 A8 as a model. This commitment to innovation and partnership is vital for maintaining a technological edge in armored vehicle development. The integration of Trophy into BOXER reflects this strategic vision and dedication to enhancing force protection.

EuroTrophy’s chairman highlighted the changing role of the BOXER, noting its increasing deployment at the front lines. This shift makes the inclusion of Trophy APS not only relevant but essential, as frontline vehicles face the highest risk from advanced anti-armor threats. The system’s ability to neutralize these threats in real time transforms the BOXER into a more resilient and capable combat asset.


By Trap of War Staff

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