The Autel Robotics Live Deck is a wireless video output accessory for use with the EVO. With a single button you can quickly pair any existing EVO remote control to access multiple video outputs such as HDMI, USB and Ethernet.
Autel Robotics currently introduces the Autel Live Deck for the Autel EVO Drone, the Autel Live Deck 2 for the Autel EVO II V3 Drone, and this post discusses the Autel Live Deck.
Live Deck transmits full 1080p HD video at 60fps up to 7km, allowing you to stream live video from strategic surveillance and command locations.
Live Deck connects to standard TVs, computers (Windows or Mac OS), and compatible iOS and Android devices. A great solution for situational awareness for job sites, rescue operations, commercial video shoots or broadcast productions.
Autel Live Deck Live Demo
Autel drones with HD cameras are great for aerial reconnaissance, commercial video, and lifestyle vlogs, and partnering with Live Deck will tell everyone about the actual situation live.
Filming with a drone allows a wide view of everything around you, while live streaming with Autel Live Deck allows a real-time view of what everyone is filming. For police drones, real-time shared video will be able to accurately visualize the status of each officer on the scene, focusing more on duties and giving command posts something to respond to in a timely manner.
SRS airbags are safety devices installed in vehicles to protect the driver and passengers during a crash. Unlike traditional seatbelts, airbags are designed to rapidly inflate during a collision to cushion the impact of the occupants' bodies, reducing the likelihood of serious injury.
The main cause of parking brake malfunction is to short circuit or open circuit of the wires or circuits between the switch, controller, and actuator. When the brake system fails, the brake light on the dashboard will activate so the driver can detect the problem to repair it.
Modern vehicles are becoming increasingly complex, incorporating advanced systems like driver-assistance technologies, electronic control units (ECUs), and hybrid powertrains. AI bridges the gap by analyzing large volumes of data from a car’s onboard systems, helping mechanics pinpoint knots.