This car is being used in California’s San Bernardino area.
It is equipped with CCTV, security cameras, an internal combustion engine and sensors that can be used to detect objects and vehicles approaching the vehicle.
The car can be seen by any passerby on its dashboard.
The police car’s sensors can detect movement from above, as well as from the ground.
It can also be used for automatic emergency braking, emergency vehicle braking and to detect road hazards.
The cars cameras also include a range of sensors, including radar, infrared and laser sensors.
The autonomous system is expected to be used in all types of emergency situations.
It will also be able to take control of vehicles, as long as they are not within 30 metres of the car.
The San Bernardino Police Department has been using the autonomous car for over two years, and is also using the car to help the community deal with some of the most difficult cases in the city.
It’s been an incredible success story.
But how will the car react to an incident?
“We will use the car in all of our situations, and the response times are going to be instantaneous.
We’ll be able respond to a situation that takes place on a busy street, or a violent crime,” the San Bernardino police chief, Mike Garcia, said.
The vehicle’s sensors and cameras are being used to help law enforcement investigate crime scenes.
“It can detect if a vehicle is parked illegally in the middle of a busy road, or if it’s a suspect or a vehicle that is a threat to public safety.
It also detects if there is a crime scene and is used to search the area for any suspicious items,” Mr Garcia said.
In other cases, the car can also detect objects like fire hydrants and other obstructions.
“The cameras are used for a variety of purposes, including detecting if a suspect is in the area, and if there’s a building that could potentially be a fire hazard,” Mr García said.
If a car does get involved in an accident, the police car will use its sensors to alert the operator, to report what happened, and to ask the operator to slow down.
The sensors also have the ability to alert other vehicles in the road.
This is an example of a car’s cameras using its cameras to warn other vehicles of an approaching vehicle.
In a scenario where the vehicle does hit another car, the autonomous vehicle will take control and use its radar to determine where the collision is happening.
“If a collision happens, the camera will send a signal to the driver’s side of the vehicle, to tell them what’s happening.
It’ll also send the information to other sensors on the vehicle to help us identify the driver,” Mr Diaz said.
“And if the car’s driver gets hit by the other vehicle, then it’ll send the radar to tell the other car to slow its speed.
If they hit each other, the driver will be able send the signals to tell other cars that there’s another car coming.”
In the case of an emergency, the cameras can also alert people to a danger.
“In a car that’s already been out in traffic, we’re not going to stop and check if the other driver is a police officer.
But the car is going to alert us to an emergency,” Mr Fernandez said.
How to use the autonomous cars?
Police cars can be controlled from a mobile app, or from the vehicle’s own dashboard.
Police vehicles have also been used in many other cities around the world, such as Los Angeles and New York.
The technology is used in Australia, New Zealand, Denmark, Sweden, Norway, Sweden and many other countries.
The first self-driving car is expected in 2019.
“These cars are capable of a lot of things that we think are important for law enforcement and for the community, like detecting if there are vehicles or objects coming in or out of the road, to notify other vehicles, to slow the vehicle down, and so on,” Mr Gutierrez said.