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New GM patent leaks plans for drone assisted towing
That's an interesting concept! Using a drone to assist with hitching a trailer could indeed make the process easier and more accessible, especially for those who may not have the experience or confidence to do it manually. Here’s how such a system might work based on the patent details:
1. **Drone Assistance**: The drone would be equipped with cameras and sensors to provide a clear view of the hitching area. It could fly around the trailer and the vehicle to give the driver a real-time, bird's-eye view of the alignment process.
2. **Guided Alignment**: The drone could use its sensors to guide the driver, providing visual or audible cues to help align the hitch with the trailer coupler. This could include directions like "move forward," "move back," "turn left," etc.
3. **Automated Adjustments**: In more advanced implementations, the drone could potentially communicate with the vehicle's systems to make small adjustments to the vehicle's position, such as slight movements forward or backward, to help align the hitch perfectly.
4. **Safety Features**: The drone could also be programmed to ensure safety by detecting obstacles or potential hazards in the hitching area, alerting the driver to any issues that need to be addressed before proceeding.
5. **User Interface**: The system would likely include a user-friendly interface, possibly on a smartphone app or the vehicle's infotainment system, where the driver can see the drone's feed and receive instructions.
6. **Learning Mode**: For those who want to learn the manual process, the drone could operate in a "learning mode," where it guides the driver through the steps while allowing them to perform the actions themselves.
This technology could be particularly useful for recreational vehicles, boats, and other large trailers, making it easier for people to enjoy outdoor activities without the stress of hitching up their equipment. It also aligns with the trend of making vehicles more user-friendly and accessible to a broader range of drivers.
As with any new technology, there will likely be challenges to overcome, such as ensuring the drone's reliability, maintaining a stable connection, and addressing privacy concerns. However, if successfully implemented, this could be a game-changer for many vehicle owners.
1. **Drone Assistance**: The drone would be equipped with cameras and sensors to provide a clear view of the hitching area. It could fly around the trailer and the vehicle to give the driver a real-time, bird's-eye view of the alignment process.
2. **Guided Alignment**: The drone could use its sensors to guide the driver, providing visual or audible cues to help align the hitch with the trailer coupler. This could include directions like "move forward," "move back," "turn left," etc.
3. **Automated Adjustments**: In more advanced implementations, the drone could potentially communicate with the vehicle's systems to make small adjustments to the vehicle's position, such as slight movements forward or backward, to help align the hitch perfectly.
4. **Safety Features**: The drone could also be programmed to ensure safety by detecting obstacles or potential hazards in the hitching area, alerting the driver to any issues that need to be addressed before proceeding.
5. **User Interface**: The system would likely include a user-friendly interface, possibly on a smartphone app or the vehicle's infotainment system, where the driver can see the drone's feed and receive instructions.
6. **Learning Mode**: For those who want to learn the manual process, the drone could operate in a "learning mode," where it guides the driver through the steps while allowing them to perform the actions themselves.
This technology could be particularly useful for recreational vehicles, boats, and other large trailers, making it easier for people to enjoy outdoor activities without the stress of hitching up their equipment. It also aligns with the trend of making vehicles more user-friendly and accessible to a broader range of drivers.
As with any new technology, there will likely be challenges to overcome, such as ensuring the drone's reliability, maintaining a stable connection, and addressing privacy concerns. However, if successfully implemented, this could be a game-changer for many vehicle owners.
Anonymous