Aeromaoz’s control sticks and grips represent cutting-edge interface technology designed to deliver unparalleled operational performance across demanding military platforms.
These ergonomically designed controls offer:
From precise UAV navigation to the engagement of long-range targets with onboard missile systems, Aeromaoz’s control sticks ensure operators maintain superior command in high-stress situations. The intuitive design reduces operator fatigue during extended missions, while the modular construction allows for easy customization to meet specific platform requirements. With Aeromaoz’s control sticks and grips, military forces can rely on responsive, accurate control for their most demanding operations.
Our rugged control sticks are engineered for extreme mission-critical environments including military aviation, armored vehicles, and naval applications. They withstand harsh conditions from -54°C to +85°C, shock, vibration, and electromagnetic interference while maintaining precision control performance throughout their operational lifespan.
Aeromaoz control grips feature modular designs that seamlessly integrate with existing HOTAS architectures. Our ergonomic interfaces support multiple switch configurations, customizable button layouts, and CAN bus communication protocols. This ensures compatibility with major avionics systems from Thales, Honeywell, and other tier-1 integrators.
Our UAV control solutions offer extensive customization including precision flight control, customizable button functions, and modular switch arrangements. Aeromaoz specializes in tailor-made designs that meet unique UAV platform requirements, as demonstrated in our Huron UAV control stick development for Israel Aircraft Industries.
Yes, all our military control grips feature NVIS-compatible illumination optimized for night vision operations. The backlighting systems maintain proper brightness levels and spectral characteristics to ensure pilot situational awareness during covert missions and night operations without compromising night vision equipment effectiveness.
We utilize high-reliability microswitches, Hall effect sensors, and capacitive touch technology depending on application requirements. Our switches are rated for over 10 million actuations with gold-plated contacts ensuring consistent electrical performance in harsh environments. All switches meet MIL-STD specifications for military applications.
Our control stick assemblies undergo rigorous EMC testing per MIL-STD-461 standards. We implement advanced shielding techniques, filtered wiring harnesses, and transient protection to ensure reliable operation in high electromagnetic interference environments typical of modern military platforms and commercial aviation systems.
Custom control grip development typically requires 12-16 weeks from design approval to delivery. Aeromaoz‘s experienced engineering teams work closely with customers through prototype development, testing, and certification phases. Standard modifications to existing designs can be delivered in 6-8 weeks depending on complexity.
Absolutely. Our advanced control grips are designed for both mechanical linkage and fly-by-wire systems. We provide precision potentiometers, LVDT sensors, and digital interfaces that deliver the accuracy and reliability required for modern flight control computers in next-generation aircraft platforms.
All Aeromaoz control systems comply with DO-160 environmental standards, MIL-STD-810 for ruggedness, and DO-178 for software where applicable. Our products undergo extensive qualification testing and maintain AS9100 certification for aerospace quality management, ensuring they meet the stringent requirements of military and commercial aviation applications.
Our engineering teams specialize in retrofit solutions for legacy platforms, providing backward compatibility while incorporating modern control technologies. We develop custom interface adapters and wiring harnesses that enable seamless integration of advanced control grips into existing aircraft systems without major structural modifications.