No, I did test the AW IMR18650 with up to 20A load. My current test rig can test with up to 30A and if I combine my testing stations, rewire and modify my script I can do 60A, but that will not happen while I have a lot of batteries to test.
At the current time I try to reduce my to do pile, i.e. the only new batteries that are added are the ones send from manufactures and dealers, I do not buy any.
Since my last note about added batteries I have added:
LG 3000mAh
AW 26000mAh
3 Orbtronic batteries: 3100, 2900, 2250 (High current)
LG 2800
PALight 3000mAh (A cheap battery)
I have also published test of TrustFire 3000mAh, the test includes batteries from 3 different manufacturers, but I have not added the result to the charts (For comparison use the comparator)
More batteries have been added:
RediLast 2600mAh (Black)
NCR18650A protected (Green)
TrustFire TF26650 5000mAh (Flame) from one more dealer (Not included in the charts).
Fenix 18650 ARB-L2 2600mAh (Black)
My stock of batteries to test is nearly exhaust (Slightly over 1 month testing remains) and I am open to suggestions about other batteries to test.
Edit:
All the batteries:
Front: Working on
Middle: In queue
Back: Done
I did see that and are already looking at cnq, but I need to find some more stuff from cnq to offset the $30 custom fee I will have to pay. Maybe one of the 26650 batteries and a 18350 battery?
And that cell is 3 weeks test time, if I do run it at all 3 voltages (4.2, 4.3 and 4.35).
Seriously awesome. I might move to the 18650 format sometimes in the future but I am concerned with security about those cells. How safe is running/charging those stuffs?