Hudson Aerospace Components
Hudson Aerospace Components
Hover over a point of interest or select a label for more information.
Overall
From actuators to sensors, all aerospace components must be manufactured to tight tolerances to ensure the proper operation of critical systems. As these parts make a significant difference in whether a flight ends successfully or catastrophically, it’s important to understand their function within an aircraft. For more information about a specific component, hover over a point of interest or select a label.
Oxygen Generating Systems
Altogether, onboard oxygen generating parts and components produce and regulate the flow of oxygenated air throughout the aircraft. For aerospace and aviation applications, these systems are particularly critical as personnel and passengers are frequently exposed to low-oxygen environments.
Relays/Switches
In aircraft, relays and switches play a critical role in electrical power supply and distribution systems as they control the input of electricity to various connected devices and systems, allowing them to turn on and off as needed. These components are available in a wide range of designs depending on the specific demands of the aircraft, including electromechanical, solid-state, high-voltage, and time delay.
Lighting
Aerospace lighting components find application in both the interior and exterior. Exterior lighting—such as anti-collision and navigation lights—facilitates better visibility (both for the aircraft in question and other aircraft) and is made from durable components designed to withstand harsh environmental conditions, including low and high temperatures, EMI, and extreme vibrations. Interior lighting enhances the comfort levels of passengers and aircraft personnel, allowing them to see within the cockpit and cabin.
Instrumentation
Aircraft instrument parts typically refer to the devices within the cockpit that facilitate safe and smooth operation. Common instrumentation found in aircraft includes flight instruments (such as altimeters, compasses, and gyroscopes), engine gauges (such as fuel pressure and level sensors), and cluster gauges.
Engine Controls
Aircraft engine controls and monitoring systems protect sensitive engine components from damage and ensure the engine is running at peak performance. These devices often use sensors to take in data about the engine, allowing pilots to adjust operations for better efficiency and facilitating maintenance and diagnostics procedures.
Actuators
In aircraft, actuators convert fluid pressure (hydraulic actuators) or electricity (electric actuators) into linear or rotary motion. This motion drives the operation of several essential aircraft components, such as the landing gear, wing flaps, or bay doors.
Flight Control Systems
Flight control systems are the primary means by which a pilot manages the direction of travel and altitude of an aircraft. The components of these systems are largely mechanical, with more heavy-duty parts employing hydraulic principles and advanced parts using electronics and fiber optics. Primary flight controls include elevators, stabilizers, and rudders, while secondary flight controls include flaps, slats, and spoilers.
Fuel Systems
Aircraft fuel systems store and distribute the fuel necessary for the flight. They generally consist of tanks, pipes, pumps, filters, valves, and gauges, all of which work together to deliver the fuel to the engine. Depending on the needs of the aircraft, the systems can feature either a gravity feed or pump feed design.
Sensors
Aircraft sensors find application in many aircraft systems. There are several types of sensors available suitable for use in varying applications, including pressure sensors, temperature sensors, position sensors, humidity sensors, and force sensors.
Hydraulics
Hydraulics play a critical role in aircraft ranging from light, single-person planes to large commercial airliners. Depending on the aircraft in question, hydraulic assemblies can be used in the operation of brake systems, steering systems, cargo and loading doors, and more.
Pressurization Systems
Aircraft pressurization systems maintain interior cabin pressures to facilitate comfortable breathing conditions for passengers and personnel at higher altitudes. Using outflow valves and compressors, they pump in fresh air and pump out spent air, while maintaining cabin pressures of between 11 to 12 psi.
Antennas
Aviation and aerospace antennas are essential components of modern aircraft communication, navigation, and detection systems. Using radio frequency, they serve as a reliable method of sending and receiving important data.
Pressure Valves
Aircraft valves most commonly find use in engines or pressurization systems. Due to their critical function, they must be designed and built to withstand harsh operating conditions, including low pressures, low and high temperatures, and corrosive elements.
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