Radio Controlled Airplanes and Gliders Use Reed Sensors

Radio controlled airplanes, including gliders and helicopters, are available in a wide range of sizes and complexities, catering to both hobbyists and professionals. From basic models with limited controls to high-end versions equipped with extensive functionalities such as flaps, yokes, and variable motor speeds, these aircrafts offer varying levels of control and performance.

In simpler models, handheld controllers utilize joysticks and radio frequency communication to command the aircraft. However, these systems operate without closed-loop feedback, meaning there is no direct confirmation of the exact settings or conditions of the craft during flight.

On the other hand, more advanced and expensive models necessitate real-time feedback from the aircraft to ensure precise control and optimal performance. This is where reed sensors play a crucial role.

Reed sensors, known for their lightweight and reliable operation, are integrated into these models to monitor critical functions such as flap deployment and positioning. They enable the controller to receive feedback on whether the flaps are correctly deployed and at what angles they are positioned. Similarly, reed sensors can verify the status of the landing gear, ensuring it is properly deployed for safe landings.

In sophisticated aircraft models, multiple reed sensors are utilized to monitor various other features and systems. This comprehensive monitoring capability enhances safety, control precision, and overall operational efficiency during flight.

Overall, reed sensors are indispensable components in advanced radio controlled aircraft, providing essential feedback mechanisms that enable pilots to make informed decisions and maintain optimal control over their aircraft. Whether used for monitoring flaps, landing gear, or other critical functions, reed sensors contribute significantly to enhancing the performance and safety of these model aircraft in diverse flying conditions and environments.

Application Classification

Applications are classified as Position Sensing, Pulse Counting, Electromagnetic or Relay, Temperature Sensing or Magnet Biasing types. This application is classified as follows and the link gives more information on best practices to help select the most suitable AT band and matching magnet.

Position sensing Type

When an application requires the end position of a movement sensed, or the sensing of a part when it comes into a zone, or when the Continue reading -> Sep 29, 2024

Recommended Products

The Reed Switches and Sensors used in such radio controlled airplanes need to be robust, durable and efficient in meeting a high life expectancy. Our engineers work hard in life testing our products under various conditions, and our intention is to ensure end product durability and life. Although we wouldn’t want to restrict any of our products for use in only certain applications, the recommended products for use in this application are listed below.

Ultra Miniature Reed Sensors, R5

R5-J SMD Reed SensorR5-J Reed Sensor PCB Layout drawingR5-J Carrier TapeR5-S SMD Reed SensorR5-S Reed Sensor PCB Layout drawingR5-S Continue reading -> Sep 29, 2024

Micro Miniature Reed Sensor, R3

R3S Miniature Reed Sensor drawingR3S Reed Sensor PCB Layout drawingR3F Miniature Reed Sensor drawingR3F Reed Sensor PCB Layout drawingR3 Continue reading -> Sep 29, 2024

Ultra Miniature Reed Switch, UM-0018-H

Full Length LeadsCropped LeadsSMD Formed LeadsFormed Leads for Horizontal MountingFormed Leads for Vertical Mounting starFeatures7.0 Continue reading -> Sep 29, 2024

Ultra Miniature Cylindrical Magnet Sensor, MS-212

MS-212 Magnet Sensor Drawing starFeatures10W Contact Rating. Normally Open contact. Two sensitivity bands. Sputtered Ruthenium Continue reading -> Sep 28, 2024