Lightweight Engineering
Optimized structures and materials for efficient performance and lower energy consumption across all mission profiles.
Aevon Dynamics delivers advanced agricultural drones engineered for European precision farming. Less waste, more yield | one platform, infinite possibilities.
We design lightweight aerial platforms with a focus on efficiency, sustainability, and practical deployment. Our systems are built for real operations, not just concepts.
Optimized structures and materials for efficient performance and lower energy consumption across all mission profiles.
Designed for real-world missions with simplified operation and reduced maintenance complexity in demanding field conditions.
Modular architecture that adapts to different mission profiles and payload requirements without platform replacement.
Focused on efficient energy use, low-emission operation, and future mobility solutions that reduce environmental impact.
Robust platform architecture with IP67-rated core modules designed for consistency in practical operational settings.
Prepared for integration with advanced propulsion, autonomous control, and digital support systems as they emerge.
A focused product lineup built around lightweight design, operational flexibility, and scalable mission capability | named by tank capacity.
35L lightweight platform with foldable arm design for easy transport. Ideal for small to mid-scale precision field operations.
55L mid-range platform balancing payload and agility. Supports spraying and spreading system swap for multi-scenario operations.
75L heavy-duty flagship with 360° LiDAR and phased array radar. Supports spray, spread, and delivery modes for complex missions.
Intelligent firefighting drone system building a "break–deliver–suppress" three-in-one aerial architecture for high-rise, forest, and complex emergency scenarios.
Dual-layer hexacopter with 6 rotors. Supports high-altitude drop, low-altitude drop, and remote transport modes. One-touch takeoff, auto fire-source locking, precision payload release, and autonomous return | deployable within 3 minutes.
Auto-identifies fire source and tracks target via 4K 10x optical + infrared camera. Adjusts firing position autonomously.
Supports 4 independent payload channels. Compatible with dry-powder balls, water-based rounds, and window-breaching munitions.
Laser ranging up to 100m. Detects obstacles at 3–15m. Dual protection for safe high-rise and forest operations.
High-rise buildings, forest fires, industrial safety. Swarm coordination for handling multiple simultaneous fire sources.
Field test of the Y12's fire-suppression payload system. The drone deploys a compressed-gas munition to breach a window from altitude, then delivers a dry-powder fire-suppression ball directly into the room interior. A single round covers approximately 15 m²|equivalent to one standard bedroom|enabling targeted suppression without requiring human entry into the fire zone.
Field demonstration of the SL-D60 conducting an autonomous suppression run over open terrain. The drone uses its electro-optical payload to locate and track the fire source, transitions to a hover directly above the target, then releases firefighting grenades with precision. Designed for forest and grassland wildfire scenarios where ground access is limited or unsafe.
Carries up to 4 firefighting munitions per flight. Compatible with dry-powder balls, visual-tracking rounds, and water-based grenades. Single round covers 9 m² at full saturation.
Vertical drop delivery drone with precision high-altitude targeting. Max 45 kg payload, 15 km flight radius. Ideal for forest and oil depot firefighting scenarios.
Industrial-grade flight control system with triple-redundant IMU, 16-channel PWM output, and wide-voltage power input | purpose-built for demanding multi-rotor operations.
Aevon is focused on the development of lightweight aerial platforms and sustainable aviation solutions.
We combine engineering, efficiency, and practical design to create systems that can be deployed in real operational environments.
Our philosophy is simple: build reliable platforms, reduce operational complexity, and design systems that are ready for the future of aviation and aerial mobility.
We develop new platform concepts for future aerial operations.
Our designs focus on energy efficiency and operational simplicity.
We support low-impact aviation solutions for future mobility.
Contact our team to learn more about our platforms, collaboration opportunities, and future projects.