I have found these photos which shows how the Aurora is constructed.




By unscrewing the bezel and glass, then by simply removing the refector, you can then unscrew the SCC P7 lamp assembly from the main body.

The P7 lamp assembly will contain the driver electronics (this was not easily accessible because it would have required some desoldering).

The heat generated by the P7 will essentially pass through the emitter assembly to the flashlight main body via the lower half of the assembly upto about 1/3 up the thread. I decided to help matters by covering the lower third of the thread using some Arctic Silver 3 heatseak compound then reassemble the flashlight.

The Aurora does get warm during long periods on the highest setting but is not hot enough not to allow you to hold the flashlight at the head where the heat is being generated. I would say the maximum temperature would be below 50C. i.e. warm to the touch but not really hot.