DJI Inspire 2 Knowledge Quiz Welcome to your DJI Inspire 2 Knowledge Quiz First and Last Name Email 1. Which flight mode allows the Inspire 2 to utilize GPS and vision systems for precise hovering? P-mode S-mode A-mode C-mode None 2. In which mode is obstacle sensing disabled, making the aircraft more agile but less safe? P-mode S-mode A-mode C-mode None 3. What happens when the Return-to-Home (RTH) function is initiated with a weak GPS signal? The aircraft will ascend to the set RTH altitude. The aircraft will return to the last known location. The aircraft may not return to the Home Point. The aircraft will automatically land in place. None 4. What is the primary purpose of the Aircraft Status Indicator on the Inspire 2? To communicate the system status of the flight controller. To indicate battery life. To show the current flight mode. To display GPS signal strength. None 5. Which component is responsible for stabilizing the Inspire 2 in P-mode? GPS and Vision Systems Barometer and IMU Ultrasonic sensors Infrared sensors None 6. What function does the Smart RTH feature serve? Automatically returns the aircraft to the last recorded Home Point. Automatically avoids obstacles during flight. Extends battery life during flight. Enhances video transmission quality. None 7. What triggers the Low Battery RTH function? Depletion of the DJI Intelligent Flight Battery to a critical level. Loss of GPS signal. Loss of remote controller signal. Activation of Sport Mode. None 8. Which indicator shows that the Inspire 2 is ready to enter Travel Mode? Flashing yellow lights Solid red light Green LED indicator Blue LED indicator None 9. What is the function of the IMU Error indicator on the Aircraft Status Indicator? Alerts the pilot to an issue with the Inertial Measurement Unit. Indicates a low battery warning. Shows a weak GPS signal. Warns of high wind conditions. None 10. How does the Inspire 2 handle a situation where it encounters an obstacle during RTH? It automatically ascends to avoid the obstacle. It immediately lands. It hovers in place. It returns to the last known GPS location. None 11. What is the primary purpose of the Vision System on the Inspire 2? To help the aircraft maintain its position indoors or in GPS-denied environments. To increase flight speed. To enhance video quality. To reduce battery consumption. None 12. The Vision System on the Inspire 2 is most effective at what range? 0.3 to 10 meters 10 to 20 meters 20 to 50 meters 50 to 100 meters None 13. What should you avoid when using the Vision System on the Inspire 2? Flying over monochrome surfaces Flying in open areas Flying during daylight hours Flying in temperatures above 20°C None 14. What is the function of the Infrared Sensing System on the Inspire 2? Scanning for obstacles above the aircraft Enhancing GPS signal strength Recording flight data Stabilizing the camera gimbal None 15. How does the Inspire 2 respond when an obstacle is detected 15 meters ahead? It decelerates to avoid the obstacle. It immediately ascends. It turns around. It lands automatically. None 16. What must be done to calibrate the Vision System on the Inspire 2? Use the DJI Assistant 2 software. Fly the drone outdoors for 10 minutes. Reset the drone to factory settings. Manually adjust the propellers. None 17. In which environment is the Vision System on the Inspire 2 likely to be ineffective? Over a body of water In an open field Indoors with artificial lighting In light fog None 18. What happens if the Inspire 2 loses GPS and Vision System functionality during flight? It switches to Attitude mode (A-mode). It lands immediately. It returns to the Home Point. It hovers in place until control is regained. None 19. What is the detection range of the ultrasonic sensors in the Vision System? 0.3 to 10 meters 10 to 20 meters 20 to 50 meters 50 to 100 meters None 20. How does the Inspire 2’s Vision System help with precision hovering? By using image data and ultrasound to stabilize the aircraft. By relying solely on GPS signals. By increasing motor speed. By using the propeller pitch. None 21. What is the purpose of the TapFly feature in the Inspire 2? To allow the aircraft to fly in a designated direction with a tap on the mobile device screen. To enable the aircraft to return to the Home Point. To track a moving subject. To increase flight speed in Sport mode. None 22. In ActiveTrack mode, how does the Inspire 2 track a subject? By automatically identifying and tracing the subject on the screen. By using GPS data from the subject. By following a preset flight path. By using manual control input. None 23. What is the maximum altitude at which TapFly can be used? There is no altitude limit as long as the aircraft is in P-mode. 10 meters 50 meters 120 meters None 24. Which Intelligent Flight Mode allows the Inspire 2 to capture smooth, stable footage at reduced speeds? Tripod Mode ActiveTrack TapFly Sport Mode None 25. What does the Inspire 2 do when it loses the subject during ActiveTrack? It stops and hovers in place. It returns to the Home Point. It switches to Sport Mode. It lands automatically. None 26. What does the Spotlight Pro mode in the Inspire 2 allow? The gimbal to automatically adjust and keep the camera pointed at the subject. The aircraft to follow a moving object. The camera to zoom in on distant objects. The battery to last longer. None 27. Which mode allows a single pilot to capture complex, dramatic images while flying? Spotlight Pro TapFly ActiveTrack Tripod Mode None 28. What must be done before using TapFly or ActiveTrack? Ensure the aircraft is flying at least 2 meters above the ground. Set the home point. Enter Sport Mode. Link the remote controller. None 29. In Tripod Mode, what does the Inspire 2 do when it loses GPS signal? It automatically switches to Atti mode. It hovers in place. It returns to the Home Point. It lands immediately. None 30. How does the Inspire 2 maintain safety during TapFly? It automatically avoids obstacles it detects in its path. It limits flight speed to 5 m/s. It hovers when an obstacle is detected. It sends a warning to the remote controller. None 31. What is the capacity of the DJI Intelligent Flight Battery used in the Inspire 2? 4280mAh 3000mAh 5000mAh 6000mAh None 32. What should you do before using a new battery in the Inspire 2 for the first time? Fully charge the battery. Fully discharge the battery. Calibrate the battery. Update the battery firmware. None 33. How does the Inspire 2's Intelligent Flight Battery prevent swelling? By automatically discharging to below 70% when idle for over 10 days. By reducing voltage during flight. By limiting charge cycles to 50. By keeping the temperature below 20°C. None 34. How is the remaining flight time estimated in the DJI GO 4 app? Based on the current battery level and flight status. By measuring the distance to the Home Point. By tracking the time since take-off. By monitoring the aircraft's altitude. None 35. What should be done if the battery temperature is too low for charging? Wait until the temperature rises within the operating range. Force starts the charging process. Lower the charging voltage. Use a third-party charger. None 36. How does the Inspire 2 ensure batteries have similar properties before flight? By pairing the batteries using the DJI GO 4 app. By calibrating the batteries. By updating the battery firmware. By balancing the voltage. None 37. What is the primary function of the DJI Intelligent Flight Battery's auto-discharging feature? To prevent battery swelling when idle. To extend flight time. To improve charging speed. To enhance the battery's lifespan. None 38. When should you use the battery heating feature on the Inspire 2? In cold weather to ensure safe operation. After every flight to maintain battery health. During charging to speed up the process. During storage to prevent swelling. None 39. How can you check the remaining battery level on the Inspire 2's Intelligent Flight Battery? By pressing the power button once. By connecting to the DJI GO 4 app. By checking the remote controller's display. By inspecting the aircraft's status indicator. None 40. What safety feature does the Intelligent Flight Battery use to prevent overcharging? Charging automatically stops when the battery is fully charged. The battery discharges when full. The voltage is reduced during the last 10% of charging. The charger cuts off after one hour. None 41. What is the purpose of the Gimbal Dial on the Inspire 2's remote controller? To control the tilt of the gimbal. To adjust the flight speed. To change the camera settings. To rotate the aircraft. None 42. Which camera system allows the Inspire 2 to capture lossless video in CinemaDNG and ProRes formats? Zenmuse X5S Zenmuse X7 Zenmuse X4S Zenmuse Z3 None 43. What should you do before mounting the Zenmuse X5S to the Inspire 2? Remove the gimbal cap. Charge the battery. Update the firmware. Calibrate the gimbal. None 44. How does the Inspire 2 handle camera settings adjustments during flight? The Camera Settings Dial on the remote controller is used. The gimbal is automatically adjusted. The DJI GO 4 app must be used. The camera settings cannot be adjusted during flight. None 45. What is the function of the CINESSD in the Inspire 2? To store high-quality video footage. To control the gimbal. To power the aircraft. To enhance GPS signal reception. None 46. How does the Inspire 2 ensure stable video transmission to the remote controller? By using DJI LIGHTBRIDGE technology. By increasing flight speed. By using a dual battery system. By enhancing GPS signal strength. None 47. What should you do if the camera on the Inspire 2 is not functioning properly? Check the gimbal connection. Restart the aircraft. Replace the camera lens. Update the DJI GO 4 app. None 48. What is the primary use of the HDMI port on the Inspire 2's remote controller? For video output. For charging the remote controller. For connecting to a mobile device. For updating firmware. None 49. Which feature of the Inspire 2 allows for automatic camera adjustments to keep the subject in frame? Spotlight Pro mode ActiveTrack Tripod Mode TapFly None 50. How does the Inspire 2 maintain high video quality when recording in demanding environments? By separating the camera unit from the image processor. By increasing the frame rate. By reducing the resolution. By limiting flight speed. None 1 out of 5 Time's up
