M30 Series Knowledge Quiz Welcome to your M30 Series Knowledge Quiz First and Last Name Email 1. Flight Control and Navigation Which feature allows the Matrice 30 to return to its home point automatically? Smart Return to Home (RTH) Auto Land Hover and Wait Quick Descent None 2. Flight Control and Navigation What is the default GNSS used by the Matrice 30 for positioning? GPS GLONASS Galileo BeiDou None 3. Flight Control and Navigation How many flight modes are available on the Matrice 30? 2 3 4 5 None 4. Flight Control and Navigation What is the maximum wind resistance capability of the Matrice 30? 5 m/s 8 m/s 12 m/s 15 m/s None 5. Flight Control and Navigation Which of the following is NOT a flight mode on the Matrice 30? Position Mode (P-mode) Attitude Mode (A-mode) Sports Mode (S-mode) Follow Me Mode None 6. Flight Control and Navigation What is the typical GNSS signal accuracy for horizontal positioning on the Matrice 30? ±0.5 m ±1.0 m ±1.5 m ±2.0 m None 7. Flight Control and Navigation Which feature on the Matrice 30 enhances stability in environments with weak GPS signals? Vision Positioning System Barometric Pressure Sensor Ultrasonic Sensor Magnetic Compass None 8. Flight Control and Navigation What is the maximum flight speed of the Matrice 30 in Sports Mode? 15 m/s 20 m/s 23 m/s 25 m/s None 9. Flight Control and Navigation Which system on the Matrice 30 provides real-time flight data and diagnostics? Flight Control System Navigation System Health Management System (HMS) Obstacle Sensing System None 10. Obstacle Sensing and Avoidance What type of sensor is primarily used for obstacle avoidance on the Matrice 30? Ultrasonic Sensor Infrared Sensor Vision Sensor Lidar None 11. Obstacle Sensing and Avoidance At what distance does the Matrice 30's obstacle sensing system begin to detect obstacles? 1 meter 2 meters 5 meters 10 meters None 12. Obstacle Sensing and Avoidance Which mode helps the Matrice 30 navigate in complex environments? Tripod Mode Obstacle Avoidance Mode Gesture Mode Waypoint Mode None 13. Obstacle Sensing and Avoidance What happens when an obstacle is detected in the Matrice 30's flight path? The drone stops and hovers The drone speeds up The drone descends rapidly The drone lands immediately None 14. Obstacle Sensing and Avoidance Which system enhances the Matrice 30's obstacle avoidance during low-light conditions? Infrared Sensors GPS Ultrasonic Sensors Barometric Sensors None 15. Obstacle Sensing and Avoidance How many directions can the Matrice 30 sense obstacles in? 2 4 6 8 None 16. Obstacle Sensing and Avoidance What should the operator do if the obstacle avoidance system fails during flight? Continue flying Land the drone immediately Increase altitude Switch to Sports Mode None 17. Obstacle Sensing and Avoidance Which setting allows the Matrice 30 to avoid obstacles automatically? Manual Mode Autonomous Mode Obstacle Avoidance Mode Precision Mode None 18. Obstacle Sensing and Avoidance What is the maximum speed at which the Matrice 30 can avoid obstacles effectively? 5 m/s 10 m/s 15 m/s 20 m/s None 19. Obstacle Sensing and Avoidance Which technology is used in the Matrice 30 to provide 3D mapping for obstacle avoidance? SLAM (Simultaneous Localization and Mapping) GPS Mapping Ultrasonic Mapping Barometric Mapping None 20. Safety and Emergency Procedures What is the first step to take if the Matrice 30 loses GPS signal during flight? Increase altitude Land the drone immediately Switch to Attitude Mode Continue flying None 21. Safety and Emergency Procedures How should the Matrice 30 be handled in case of a battery malfunction mid-flight? Return to Home (RTH) immediately Hover in place Perform a 360-degree turn Switch to Sports Mode None 22. Safety and Emergency Procedures What is the recommended action if the Matrice 30 encounters strong winds? Land immediately Increase speed Ascend to a higher altitude Switch to Sports Mode None 23. Safety and Emergency Procedures In the event of an emergency, what is the best way to quickly land the Matrice 30? Use the Quick Descent feature Perform an Emergency Stop Hover in place Use Gesture Mode None 24. Safety and Emergency Procedures What should be done if the Matrice 30's propellers are damaged during flight? Continue flying Land the drone immediately Increase altitude Switch to Sports Mode None 25. Safety and Emergency Procedures Which feature ensures the Matrice 30 maintains stability during an emergency landing? Attitude Mode Vision Positioning System Ultrasonic Sensor Barometric Pressure Sensor None 26. Safety and Emergency Procedures What should the operator do if the Matrice 30's obstacle avoidance system fails during flight? Continue flying Land the drone immediately Increase altitude Switch to Sports Mode None 27. Safety and Emergency Procedures Which emergency procedure should be followed if the Matrice 30 experiences a loss of power? Hover in place Perform an Emergency Stop Increase speed Use Gesture Mode None 28. Safety and Emergency Procedures How can the operator safely recover the Matrice 30 after a forced landing? Approach cautiously and power off Lift it immediately Restart the drone Increase altitude None 29. Safety and Emergency Procedures What is the recommended action if the Matrice 30 encounters signal interference? Land immediately Increase speed Ascend to a higher altitude Switch to Sports Mode None 30. Battery Management and Maintenance What is the maximum charging voltage for the TB30 Intelligent Flight Battery? 17.4V 22.2V 26.1V 29.4V None 31. Battery Management and Maintenance How many charging cycles can the TB30 Intelligent Flight Battery typically undergo? 100 cycles 200 cycles 400 cycles 600 cycles None 32. Battery Management and Maintenance What is the recommended storage temperature range for the TB30 battery? -20°C to 20°C -10°C to 30°C 0°C to 40°C 10°C to 50°C None 33. Battery Management and Maintenance Which charging mode should be used for long-term storage of TB30 batteries? Ready-to-Fly Mode Storage Mode Standard Mode Quick Charge Mode None 34. What is the charging time for two TB30 batteries from 20% to 90% using the BS30 battery station? 20 minutes 30 minutes 40 minutes 50 minutes None 35. Battery Management and Maintenance How often should the firmware of the TB30 Intelligent Flight Battery be updated? Annually Bi-annually Quarterly As needed None 36. Battery Management and Maintenance Which indicator shows the current battery level of the TB30 Intelligent Flight Battery? Power Button Battery Level LEDs Status Indicator Light Charging Port Light None 37. Battery Management and Maintenance What should be done if the TB30 battery is swollen or deformed? Continue using Dispose of it properly Charge it immediately Store it in a cool place None 38. Battery Management and Maintenance How should the TB30 battery be handled if it gets wet? Dry it with a cloth Place it in a cool dry area and do not use it Continue using Charge it immediately None 39. Battery Management and Maintenance What is the maximum charging current for the TB30 Intelligent Flight Battery? 6A 8A 8.9A 10A None 40. Maintenance and Firmware Updates How frequently should the Matrice 30 undergo regular maintenance checks? Weekly Monthly Every 50 flight hours Every 100 flight hours None 41. Maintenance and Firmware Updates Which tool is recommended for firmware updates on the Matrice 30? DJI Assistant 2 DJI GO 4 DJI Fly DJI Pilot None 42. Maintenance and Firmware Updates What should be inspected regularly to ensure the proper functioning of the Matrice 30's motors? Motor mounts Motor bearings Propeller guards Landing gear None 43. Maintenance and Firmware Updates What is the first step in performing a firmware update on the Matrice 30? Power on the aircraft Connect to Wi-Fi Start the DJI app Remove the propellers None 44. Maintenance and Firmware Updates How should the Matrice 30 be stored when not in use? In a dry cool place In a humid environment Exposed to sunlight Near a heat source None 45. Maintenance and Firmware Updates What should be done if the Matrice 30's firmware update fails? Restart the update process Ignore the update Turn off the drone permanently Use a different app None 46. Maintenance and Firmware Updates Which part of the Matrice 30 should be lubricated to ensure smooth operation? Propeller blades Motor bearings Landing gear Battery contacts None 47. Maintenance and Firmware Updates How can the operator check for firmware updates for the Matrice 30? Through the DJI Assistant 2 By visiting a DJI store By checking the DJI website manually Through a third-party app None 48. Maintenance and Firmware Updates Which component of the Matrice 30 should be inspected for signs of wear and tear before each flight? Propellers Battery Camera Landing gear None 49. Maintenance and Firmware Updates What is the purpose of the Health Management System (HMS) in the Matrice 30? To monitor battery life To provide real-time diagnostics and maintenance alerts To control flight navigation To update firmware automatically None 50. What is the Matrice 30 Series' maximum take off altitude when the takeoff weight is 3.8 KG 5050 m 4040 m 6660 m 1450 None 1 out of 5 Time's up
