Mh Mq Sensor Flying Fish 📌

in well‑ventilated area (R0).

: Power indicators and output status lights for visual debugging. Popular MQ Sensors in the Flying Fish Series

Standard MQ calibration uses clean air baseline (Rs/R0 ratio). For moving sources:

In a recent study, researchers have employed MH-MQ sensors to investigate the aerodynamic characteristics of flying fish. By mounting MH-MQ sensors on a scaled model of a flying fish, they were able to measure the distribution of airflow and pressure around the body. The sensors provided valuable data on the flow field, allowing the researchers to:

void loop() for (int i=0; i<numSensors; i++) current[i] = readSensor(i); delta[i] = (current[i] - baseline[i]) / baseline[i]; // relative change if (delta[i] > THRESHOLD && delta[i] < 0.8) // sharp rise // Flying fish detected near sensor i recordPeak(i, millis());

Flying fish have evolved to develop a distinctive body shape, with a streamlined torso, large pectoral fins, and a small caudal fin. As they glide through the air, they use their pectoral fins to generate lift, while their caudal fin provides stability and control. By studying the flying fish's movement patterns and body shape, researchers can gain insights into its remarkable aerodynamic performance.