The Panther KF51 represents a groundbreaking new concept in MBT design, unencumbered by outdated technology. Utilizing the most cutting-edge advancements available, the Panther has been created to provide unparalleled battlefield lethality, while also featuring an integrated survivability strategy. This is bolstered by a fully digitized NGVA data backbone that allows for next-gen operational capabilities and automation.
As a result of this advanced technology, crew sizes can be reduced, opening the door to unmanned turret possibilities and the potential for Human-Machine Teaming.
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| Panther KF51 MBT - Image: rheinmetall.com |
Extremely lethal
The Panther MBT boasts unmatched lethality on the battlefield with its cutting-edge 130mm Future Gun System (FGS) and superior sensor-to-shooter links. This lethal combination ensures that the Panther has unrivaled overmatch capabilities.
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| 130 mm Future Gun System (FGS) |
The Panther boasts an impressive capability that fully embodies the concept of domination and destruction. With its advanced Rheinmetall Future Gun System, the Panther is equipped with a 130mm cannon and a fully automated ammunition handling system, which can deliver concentrated firepower for long-range strikes in multi-target engagements.
The Future Gun System is a technological marvel that sets new standards in MBT firepower, with its ability to achieve a 50% longer kill range than its 120mm counterparts, thanks to its outstanding autoloader performance. Complementing the main gun is a 12.7mm co-axial machine gun, while multiple Remote Controlled Weapon Station (RCWS) integration options offer flexibility in proximity and drone defense.
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| The new 130mm APFSDS beside the NATO standard 120mm APFSDS ammunition |
The Panther's optional HERO 120 loitering ammunition capability further expands its already impressive strike capability, enabling it to take out non-line-of-sight targets with ease. All weapons are seamlessly connected through a fully digitized architecture, allowing for hunter-killer and killer-killer operations and future AI decision support. With its unmatched lethality, the Panther is a true force to be reckoned with on the battlefield.
Exceptionally protected
The Panther is the first MBT to incorporate an integrated survivability concept. It utilizes on and off-platform sensors combined with active, reactive, and passive protection systems, as well as a specialized top attack protection system to ensure maximum protection against any threat.The Panther's survivability is a revolutionary, comprehensive, and weight-optimized concept that integrates both on-board and off-board technologies for enhanced protection. Along with traditional measures, the Panther's digital architecture enables active, reactive, and passive protection capabilities.
The Panther has a pre-shot detection capability that allows it to take preemptive measures. The TAPS (Top Attack Protection System) developed by Rheinmetall is effective in countering aerial threats. The ROSY smoke obscurance system is integrated with the digitized architecture to provide additional defense measures. The active KE protection, a remarkable feature of the Panther, offers increased protection levels without adding to the system's weight.
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| The KF51 Panther - Integrated Survivability Overview |
Designed for operations in a contested electromagnetic spectrum, the Panther is cyber-hardened to prevent cyber-attacks. Reactive and passive protection systems, along with protection against large-caliber KE, ATGM, and mine threats, provide comprehensive protection against all kinds of threats. Rheinmetall drones are integrated with the Panther for enhanced situational awareness, and the pre-shot detection capability ensures the Panther is always prepared for any threats.
Fully digitized
The Panther sets a new standard for MBTs, as it is designed with a fully digitized architecture that complies with the NGVA standard. This digital framework is the critical enabler for future decision support and automation systems, making the Panther a technologically advanced vehicle.
The Panther's Mobility
The Panther's exceptional mobility stems from its lean combat weight, which is less than 59 tonnes, giving it a competitive edge over other MBTs in its class. Its tactical and strategic mobility is further enhanced by its ability to easily fit the AMovP-4L tunnel profile, a stringent requirement that no other current MBT upgrade can meet without preparation. This exceptional mobility is complemented by a range of over 500 km, making the Panther a formidable force to reckon with on the battlefield.
Video: The KF51 Panther MBT
The Panther's concept
The Panther's concept is centered around its fully software-defined tank, providing it with the ability to collect and share information across the multi-domain battlefield. With modern BMS and software-defined communication systems deeply integrated, the Panther can operate effectively in collaborative combat environments, including cross-platform sensor-to-shooter links.
Additionally, the Panther can effectively control assigned unmanned aerial vehicles, including on-board and off-board drones, loitering ammunition, and various uncrewed ground vehicles. The Panther's digitised system and common crew stations make true Human-Machine Teaming possible, allowing for control of wingman UGVs that cover capabilities like platoon-level air and drone defence.
The Panther's Commandability
Rheinmetall has developed highly integrated workstations that cater to the specific needs of the crew for unparalleled commandability.
With a crew of only three, the Panther is tailored to meet the requirements of future force structures with fewer soldiers. The chassis houses two crew stations: one for the driver, and the other for the company commander, drone operator, or wingman pilot (optional).
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| The Panther KF51's Commandability |
Thanks to the fully digitised NGVA architecture, sensor and effector integration is seamless both within the platform and across platforms. Instant transfer of control assignments for sensors and weapons between crew members is possible. Each workstation can assume and relinquish roles and tasks from others without any reduction in functionality. As turret and weapons control are also accessible from chassis-based workstations, unmanned turrets and remotely operated Panthers are some of the planned future upgrades.
Sustainability: A New MBT Concept
In conclusion, the Panther MBT is a revolutionary vehicle that challenges the limitations of traditional MBTs. Its modular open-system architecture allows for easy updates and incorporation of new capabilities, making it a sustainable and future-proof platform. As the first of a new MBT family, the Panther paves the way for further advancements in environmentally friendly operations, automation, and overall effectiveness. The Panther represents a significant step forward in MBT design and sets a new standard for future military vehicles.