Products
Established in 2022, NDR-Industries' fundamental objective
is to offer innovative and reliable robotic products.
HAVOC
S-300 Dual Cabin Arctic
The Havoc S-300 Dual Cabin Arctic represents the latest evolution of our renowned Havoc S-300 platform, setting a new benchmark for performance, endurance, and versatility in demanding environments.
Engineered for heavier payloads and longer missions, the Gen3.0 features an upgraded drivetrain delivering 600 horsepower through two powerful 300 hp electric motors. Its reinforced chassis and redesigned track system provide superior mobility across challenging terrain, while the enhanced battery system significantly extends operational time on a single charge.
With a payload capacity exceeding 800 kilograms, and up to 1.6 tons when paired with the Havoc trailer, the S-300 Gen3.0 is built to tackle the toughest transport missions with confidence and efficiency.
Integrated Havoc Trailer System
The true strength of the Havoc S-300 Gen3.0 is realized when combined with the Havoc electric trailer system. Equipped with its own 300 hp electric motor and independent battery pack, the trailer not only increases payload capacity but also extends the vehicle’s operational range.
An integrated onboard generator automatically recharges the S-300’s batteries while in motion, ensuring continuous power during extended operations. Together, the vehicle and trailer deliver an impressive 900 horsepower, support payloads of up to 1.6 tons, and provide up to 16 hours of continuous operation before recharging is required.
The result is a highly capable, fully electric multipurpose platform designed to maximize mobility, endurance, and mission effectiveness in the most demanding operational environments.
Modular CASEVAC Capability
The Havoc S-300 Gen3.0 also supports the installation of CASEVAC capsules on either the primary vehicle or the trailer. These self-contained units operate independently and feature advanced interior lighting, efficient ventilation, and climate control systems designed to maintain occupant comfort in all weather conditions.
To meet a wide range of mission requirements, the capsules can be configured with specialized equipment and can be fitted with ballistic protection up to B7 level, providing enhanced safety for personnel operating in high-risk environments.
Designed for the Future
The Havoc S-300 platform has been engineered with scalability at its core. As development continues, future variants will be available in multiple sizes and configurations, enabling payload capacities of up to 4 tons while maintaining exceptional off-road mobility.
Future hybrid-powered models are expected to deliver operational ranges of up to 800 kilometers, while fully electric versions are targeted to achieve up to 500 kilometers on a single charge, providing customers with the flexibility to meet a wide variety of mission profiles.
At NDR, innovation never stops. We are committed to continuously advancing the Havoc platform by integrating cutting-edge technologies that enhance operational effectiveness, increase survivability, and reduce risk to personnel. Our mission is to provide customers with decisive advantages in the world’s most demanding environments—especially in situations where human life may be at risk.
HAVOC
M-750
The Havoc M-750 is a scalable medium-class unmanned ground vehicle (UGV) engineered to support a wide spectrum of tactical, reconnaissance, surveillance, logistics, and force protection missions. Designed around a modular, multi-purpose architecture, the M-750 can be rapidly configured to meet evolving operational requirements without compromising mobility, reliability, or mission effectiveness.
To provide maximum flexibility, the Havoc M-750 is available with multiple propulsion options, including fully electric, hybrid-electric, gasoline, and diesel powertrains. This enables customers to select the optimal configuration for their specific operational environment, endurance requirements, and logistical infrastructure, ensuring the platform adapts to the mission—not the other way around.
Unlike conventional UGVs in its class, the Havoc M-750 has been engineered for true multi-domain operations, capable of operating seamlessly on both land and water. Its amphibious capability, combined with exceptional all-terrain mobility, allows the platform to perform in environments where other vehicles of similar size and weight cannot operate, significantly expanding mission possibilities.
The M-750’s modular design supports a wide range of mission payloads, including ISR sensors, remote weapon stations, CASEVAC modules, logistics cargo, engineering equipment, communications systems, and autonomous mission packages. This flexibility allows a single platform to fulfill multiple operational roles throughout its service life while reducing fleet complexity and lifecycle costs.
To enhance survivability in hostile environments, the Havoc M-750 is built with an armored hull capable of providing protection against 7.62 mm FMJ small-arms fire, offering valuable cover for personnel and critical mission equipment during high-risk operations.
The Havoc M-750 demonstrates NDR Industries’ commitment to delivering innovative, scalable, and mission-adaptable autonomous systems that provide military and security forces with a decisive operational advantage across the full spectrum of modern missions.
HAVOC
Air-300
The Havoc AIR-300 is currently under development as NDR Industries’ next-generation unmanned aerial vehicle (UAV), engineered to deliver rapid-response capability, heavy-lift performance, and autonomous support in environments where human operations are too dangerous, inaccessible, or operationally impractical.
Designed around a scalable and modular architecture, the Havoc AIR-300 is being developed to transport payloads of up to 1,000 kg, enabling the deployment of mission-critical equipment, logistics supplies, medical evacuation modules, engineering assets, and specialized payloads through the Quick-Release Equipment Rack System (QReRS). This standardized interface will allow seamless interoperability with the entire Havoc UGV family, creating a unified logistics and mission support ecosystem.
With a projected maximum airspeed of up to 210 knots, the Havoc AIR-300 is designed to become one of the fastest heavy-lift UAV helicopters in its class, combining exceptional speed with long-range operational capability and rapid mission deployment.
Once operational, the Havoc AIR-300 will work in close coordination with the Havoc S-300 and Havoc M-750 unmanned ground vehicles, forming an integrated air-ground autonomous system capable of transporting supplies, supporting reconnaissance, conducting CASEVAC operations, deploying mission equipment, and extending operational reach across complex environments.
The platform is being developed with an open and modular systems architecture, allowing customers to integrate a wide variety of mission payloads, communication systems, autonomous capabilities, and future technologies. This ensures the Havoc AIR-300 remains adaptable to evolving operational requirements throughout its service life.
The Havoc AIR-300 represents NDR Industries’ vision of the future—an integrated, scalable autonomous aviation platform designed to provide military, security, and emergency response organizations with unmatched mobility, operational flexibility, and mission effectiveness across the most demanding environments.
Magnetron
The Magnetron Motor/Generator is a high-performance axial flux electric machine engineered for applications demanding maximum power, torque, and efficiency. Delivering up to 200 kW of peak power and 480 Nm of torque, its compact, lightweight design offers exceptional power density without compromising reliability.
Designed for seamless integration into electric and hybrid platforms, the Magnetron is available with liquid or air cooling and flexible mounting options, making it ideal for the most demanding mobility and industrial applications.
From electric vehicles and unmanned systems to marine, aerospace, and industrial machinery, the Magnetron delivers reliable, efficient power where performance matters most.
Performance may vary depending on controller configuration, cooling conditions, duty cycle, and operating environment.