Seem like time is a good fitness, though you need it to engage into learning side sensor inputs and side movement.

I would consider adding a bit of randomness to the environment. How about adding some random mild forces that might sway it left, right, front and rear a bit so that that bots are forced to use other sensors and inputs to stay in the center.

If this is not a simulated drone, then your task is a little harder but adding randomness to the environment can still be done. I would suggest tilting your drone a tiny amount in a random direction at random intervals. This will force your drone to learn to correct for being jostled by wind, without you having to actually produce wind.

Seem like time is a good fitness, though you need it to engage into learning side sensor inputs and side movement.

I would consider adding a bit of randomness to the environment. How about adding some random mild forces that might sway it left, right, front and rear a bit so that that bots are forced to use other sensors and inputs to stay in the center.

In cases when drone is not simulated, this task is a little harder but adding randomness to the environment can still be done. For example, tilt your drone a tiny amount in a random direction at random intervals. This will force your drone to learn to correct for being jostled by wind, without you having to actually produce wind.

Seem like time is a good fitness, though you need it to engage into learning side sensor inputs and side movement.

I would consider adding a bit of randomness to the environment. How about adding some random mild forces that might sway it left, right, front and rear a bit so that that bots are forced to use other sensors and inputs to stay in the center.

Seem like time is a good fitness, though you need it to engage into learning side sensor inputs and side movement.

I would consider adding a bit of randomness to the environment. How about adding some random mild forces that might sway it left, right, front and rear a bit so that that bots are forced to use other sensors and inputs to stay in the center.

If this is not a simulated drone, then your task is a little harder but adding randomness to the environment can still be done. I would suggest tilting your drone a tiny amount in a random direction at random intervals. This will force your drone to learn to correct for being jostled by wind, without you having to actually produce wind.