AeroVironment unveils JUMP 20-X, transforming autonomous maritime operations with next-generation capabilities

AeroVironment has introduced the JUMP 20-X, a cutting-edge modular aircraft system designed to redefine autonomous maritime operations. Revealed at the 2025 International Defence Exhibition & Conference (IDEX), the JUMP 20-X represents a significant leap in uncrewed aerial technology, offering precision, endurance, and adaptability in complex operational environments.

A New Era in Uncrewed Aircraft Systems

Built to enhance shipboard operations and mission-critical surveillance, the JUMP 20-X is a vertical takeoff and landing (VTOL) medium uncrewed aircraft system (MUAS) that delivers extended flight capabilities and seamless deployment on moving vessels. The integration of precision landing technology ensures that the aircraft can execute fully autonomous landings, even under turbulent maritime conditions.

Designed for modern defense and security applications, the JUMP 20-X combines AI-powered autonomy, real-time multi-domain connectivity, and an open-architecture framework to support a wide range of military and reconnaissance missions.

Advanced Design Enhancing Maritime and Expeditionary Operations

The JUMP 20-X is engineered with a powerful heavy-fuel engine capable of operating on multiple fuel types, providing greater flexibility for long-duration missions. This modular aircraft system simplifies logistics by ensuring compatibility with existing fuel supplies, reducing operational constraints in remote environments.

With a flight endurance of up to 13 hours, the JUMP 20-X is designed for prolonged autonomous maritime operations, offering unmatched surveillance and intelligence-gathering capabilities. The aircraft features beyond-line-of-sight (BLOS) connectivity, allowing operators to maintain real-time data exchange over extended distances.

As a next-generation platform, the JUMP 20-X supports diverse mission objectives, including intelligence, surveillance, reconnaissance (ISR), electronic warfare, and secure communications. Its modular design accommodates multiple payload configurations, providing flexibility for a range of operational requirements.

Seamless Interoperability with Military Networks

Built with an open-architecture approach, the JUMP 20-X ensures compatibility with existing military infrastructures. Its payload-agnostic and radio-agnostic design enables seamless integration with allied and coalition forces, enhancing operational effectiveness. Compliance with STANAG standards ensures that the system remains adaptable to evolving military technologies.

By leveraging a scalable platform, the JUMP 20-X allows for quick modifications and upgrades, ensuring long-term viability in dynamic threat environments. This adaptability positions the aircraft as a future-proof solution for modern defense operations.

Precision Landing Technology for Shipboard Deployment

One of the standout features of the JUMP 20-X is its ability to conduct fully autonomous takeoffs and landings on moving vessels. Utilizing precision landing technology, the system ensures consistent accuracy, even in rough sea conditions or low-visibility environments.

With AI-driven autonomy, the aircraft minimizes the need for operator intervention, reducing human error and improving mission reliability. This level of precision enhances operational efficiency, making the JUMP 20-X a strategic asset for naval and expeditionary forces.

AI-Powered Autonomy and Tactical Intelligence Capabilities

The JUMP 20-X incorporates advanced artificial intelligence to optimize mission performance. Its AI-powered automation enables object detection, tracking, and classification in real time, providing critical intelligence for tactical decision-making.

Equipped with next-generation computer vision technology, the system enhances situational awareness by identifying and analyzing threats, whether airborne or maritime. The integration of autonomous maritime operations capabilities ensures that the aircraft can respond dynamically to emerging challenges.

The AI-driven capabilities of the JUMP 20-X extend beyond navigation, allowing for enhanced electronic warfare operations, secure communications, and real-time target acquisition. The aircraft’s ability to operate in highly contested environments makes it an invaluable asset for modern military strategies.

Expanding the Capabilities of Uncrewed Aircraft Systems

As defense forces increasingly rely on uncrewed aerial systems for strategic operations, the JUMP 20-X delivers a versatile solution tailored to the needs of modern warfare. Its ability to support precision strike missions, electronic warfare, and intelligence gathering sets it apart from traditional UAS platforms.

By combining modular adaptability, extended endurance, and AI-driven autonomy, the JUMP 20-X represents a transformative advancement in autonomous maritime operations. Designed to operate seamlessly in complex and dynamic environments, it offers enhanced mission effectiveness while reducing operational risk.

AeroVironment continues to push the boundaries of uncrewed aircraft technology, reinforcing its position as a leader in intelligent multi-domain systems. The introduction of the JUMP 20-X marks a significant step toward the future of modular and autonomous aerial warfare, providing defense forces with a powerful tool to maintain strategic superiority.