Intelligence based, assaulting places.

SPIDAS One.

The next generation of tank destroyers.

The Self-Propelled Intelligence-Dependent Assault System (SPIDAS) is a specialized family of autonomous tank destroyers, engineered for high-precision strike capability and adaptive battlefield engagement. Designed for both anti-armor and anti-air roles, the SPIDAS One is armed with eight HIBRYD missiles, a versatile weapon system capable of engaging enemy armored units and airborne threats with equal efficiency.

Equipped with advanced targeting algorithms, SPIDAS vehicles use real-time reconnaissance data to assess threat profiles, engagement strategies, and optimal firing solutions. Their autonomous navigation systems allow them to operate independently or in coordination with allied forces, reinforcing frontline operations and deep-strike missions without requiring constant human oversight. With adaptive camouflage and electronic warfare countermeasures, SPIDAS ensures stealth and survivability, making it a formidable force against high-value enemy assets.

Features:

600 Horsepower

The SPIDAS One is powered by a 600-horsepower diesel engine, designed for high-speed maneuverability and endurance in combat zones. Engineered for efficiency, this powerhouse enables the vehicle to reach speeds exceeding 90 mph, ensuring rapid deployment and evasive mobility. Its reinforced cooling systems and adaptive fuel injection technology maximize operational longevity while minimizing thermal output, reducing infrared detection risks. The engine is built with enhanced durability, allowing SPIDAS to withstand the rigors of off-road terrain, urban combat, and prolonged battlefield engagements without compromising performance. Combined with its advanced transmission system, this diesel engine ensures seamless acceleration, responsive handling, and sustained mobility, making SPIDAS an exceptional force in tank destroyer warfare.

Multiple Banded Communication Systems

The SPIDAS One is equipped with multi-banded communication systems, enabling it to receive real-time battlefield intelligence from recon drones, ground forces, and satellite networks. This constant data stream ensures that the vehicle remains fully situationally aware, allowing it to adapt to emerging threats, coordinate engagements, and optimize targeting solutions with minimal delay.

To safeguard these communications, SPIDAS employs the Auctus Janus AI cybersecurity model, a next-generation encryption framework designed to prevent electronic warfare interference, hacking attempts, and signal disruptions. Auctus Janus continuously analyzes network vulnerabilities, reinforcing data integrity while ensuring that only authorized personnel can access mission-critical intelligence. This hardened cybersecurity infrastructure makes SPIDAS resilient against digital threats, ensuring uninterrupted strategic coordination and combat effectiveness in even the most contested environments.

Easy Modification

The SPIDAS chassis is designed for modularity and adaptability, allowing for rapid modifications and variant configurations across multiple battlefield roles. Starcrest United offers other products based on this chassis, ensuring a shared parts ecosystem that enhances maintenance efficiency and logistics management.

By enabling component cannibalization and part-swapping, units operating within the SPIDAS family benefit from streamlined repair processes and reduced downtime, making it easier to sustain operations in contested environments. This chassis standardization ensures cross-compatibility between different vehicle models, reinforcing operational flexibility while lowering manufacturing and supply chain costs.

Manned or Unmanned

The SPIDAS One features an advanced manned-unmanned switching module, allowing operators to seamlessly transition between human crewed operation and full AI autonomy depending on mission requirements. This system ensures maximum flexibility and adaptability, enabling SPIDAS to function as a directly controlled tank destroyer when crew oversight is necessary or operate entirely under AI guidance for independent deployments.

The module is designed with intuitive interface controls, allowing for rapid transitions between modes without requiring extensive reconfiguration. When piloted by a crew, Auctus Battlefield Assistance AI provides real-time intelligence, predictive enemy movement analysis, and optimal engagement recommendations, enhancing operator effectiveness. In fully autonomous mode, SPIDAS can process battlefield data independently, execute target prioritization, and engage threats with precision-guided efficiency using its HIBRYD missile system.