Explaining How Things Work

What Historical Figures Really Looked Like

 

Its only an initial copy.

Everything has to be checked out first, like -

1. Payload (weight of all equipment)

2. Speed

3. Obstacles (Concrete, trees, leaves & branches, tunnels)

4. Wave penetration through obstacles or additional relay equipment needed within obstacles

5. Alternate wave-forms, radar, x-ray, or others

6 & finally Cost. Is it worth the cost of the number of human lives lost or accidents caused (insurance & hospitalizations)

 

Not only benefits the public. It also makes policing , easier and safer.

 

Finally, the hard part is tracking a moving object within a group of multiple moving objects and through opaque or sometimes wave-cancelling obstacles.

 

There are existing technologies that can be modified for use like...

1. Face-recognition technologies (locking on the right car)

2. Autonomous driving technologies (sensing your environment)

 

But if all of the above fail in a real environment, then the last resort is to make it mandatory for every car to have a radar readable chip so it can be tracked by air. Again privacy issues. Only makes it feasible when we have a real problem and too many are dying.

 

Done