OEMs are contributing new levels of innovation to enhance Aerospace & Defense capabilities.
Next-generation technologies can be transformative. This underlying incentive is why contributors in this eBook, Deployable Engineering: Aerospace & Defense, hammer out the product requirements and solutions behind fundamental mechanisms that support high precision motion control. Drawing from cross-sector deployments in designing, prototyping and producing componentry, brush up on trends and tried-and-true tech that bolster reliability in harsh conditions.
What you will learn:
How design and test engineers went above and beyond to deliver a test bench system for armored vehicles.
What the aerospace industry can do to equip itself with the right sensors to support the development of advanced air mobility.
Explore what’s behind the collaborative work of munitions and energetics and mechanical engineering professors on propellant ignition studies for modern defense solutions.
Brush up on the basics of physics for drive-systems.
Discover how strain wave gears—trusted in satellites, spacecraft, and rovers—are engineered for extreme environments, high torque and maintenance-free performance.
This latest creation isn’t just highly sensitive and dexterous, it's robust enough to survive impacts previous designs couldn't — all while integrating high-speed sensor networks...
From plug-and-play to custom solutions, discover high-precision spur and planetary gearheads, as well as screw drives that perfectly match maxon electric motors with respect to...
Take a peek inside the design journey of a dual-rotor drone suitable for confined-space inspection in industries such as sewer management, hydro power plants, oil & gas, and chemical...
Explore extended capabilities for applications that demand a compact footprint and low weight, including a rigid speed-torque characteristic that optimizes control for precision...
