Cutting-edge autopilot system tailored for Loitering Munitions. This cost-effective solution combines flight control with advanced computer vision technology, enabling precise navigation and target tracking even in GNSS-denied operations
Specialized mission configuration tools provide total control over terminal engagement logic and autonomous tactical routines. Guidance parameters, impact phases, and swarm behaviors can be precisely adjusted to ensure the platform is perfectly optimized for complex loitering munition operations.
Advanced visual-inertial control loops lock onto target signatures for high-precision interception while allowing the operator to steer intuitively via the video feed. This seamless integration enables real-time target confirmation and manual course correction during the terminal homing phase.
Scalable architecture supporting synchronized multi-vehicle operations through a shared data-link network. This capability enables coordinated saturation attacks and wide-area surveillance, where multiple units maintain precise relative positioning.
Dedicated stealth profiles including Communications Silence to eliminate electromagnetic signatures and Full Stealth Glide mode for acoustic reduction. By shutting down propulsion and emissions during the final approach, the platform achieves a covert arrival at the target area.
Veronte Autopilot LM integrates a layered navigational defense, combining visual references with multi-source telemetry to maintain absolute positioning integrity in GNSS-denied, spoofing, or heavily jammed operational zones.
The Veronte Autopilot LM features a fully integrated architecture that combines the safety-critical Autopilot layer, the high-performance Computer Vision layer, and a comprehensive internal sensor suite into a single, compact unit. This all-in-one design eliminates the need for external mission computers, providing a streamlined core for advanced tactical control.
Optimized manufacturing architecture and component selection engineered specifically for rapid, high-volume industrial scaling and lower per-unit costs.
Strategically developed to ensure full compliance with the National Defense Authorization Act for global tactical deployment.
Software and hardware developed under strict DO-178C and DO-254 DAL B procedures to guarantee deterministic system behavior and airworthiness.
High-density integration of redundant 3-axis IMUs, magnetometers, and barometers within a ruggedized, lightweight enclosure for precise attitude estimation.
Validated through MIL-STD-810 and DO-160G testing to withstand accelerations over 35g and temperatures from -40ºC to 60ºC.
Native support for 4G/LTE, SATCOM, and Starlink integration, ensuring continuous command and control over long-range tactical missions
Seamless transition of asset control between different operators or ground stations to support multi-stage mission profiles and complex deployments.
Resilient global supply chain with decentralized manufacturing hubs to meet local content requirements and mitigate geopolitical risks.
High-speed interface featuring USB, dual CAN FD, and dual Ethernet buses for seamless peripheral and gimbal integration.
Fully compatible with STANAG 4586 protocols, allowing the platform to integrate into broader Allied battle management and data-sharing networks.
