What are you discharging them to? 3 volts?
I have another pair coming from another supplier so we will see how they test compared to my first 2.
Might show if there is continuity with these cells 
My other pair of cells from the other supplier have just arrived 
Checked the voltage & both showed 3.79v, exactly the same as the first pair :+1:
I have just started a charge cycle & will report back with charge & discharge results when finished
Just received 4 pcs of Liitokala 26650 yesterday. Voltage around 3.82 V.
I will do capacity tests on 2 of them in the next days. Tests will be on 1A, 3A and 5A. 7A test is possible on request.
The more current, the better
Thanks for all the info! What sellers have you bought them from? The first and second pair?
Has to follow this thread. Got 4 from the Ali seller and 4 from Gearbest. Will take weeks before I have them I’m sure off.
Can these be used in series or they are full flat tops?
They can but be advised all: those batteries are kinda not exacly 26mm but like an idea thicker, they barely fit into S70 for instance
As IMR/INR they dont perform well in series with buck drivers- i would reccoment Efest 5200 or Soshine 5500 in this case
First pair were from Aliexpress, second pair from GearBest.
Gearbest”s were much better packed
They are on discharge now
Now this is something I didn’t know… Can you explain it further? Is it because of less voltage sag?
They are full flat tops. Can`t use them in series. I have 4 from GB and they came in good condition at each 3,82 Volts. My discharge test on opus-bt at 1Ah shows 5445mAh, 5367mAh, 5289mAh and 5398mAh in the first cycle. Internal resistance test with opus-bt all four under 30.
Robert
Mine fit in my S70 fine diameter wise, you can even rattle them slightly so they are not a tight fit at all ?
Could you please elaborate on that? 
To me, what you said there just does not make sense at all. I am to get a couple of batteries for an XHP70 custom build, powered by a buck driver I am going to optimize. As I see it, a couple of these seems wonderfully adequate: at 4'8A maximum driving current, the Vdrop caused by an in-series couple of these will always be, at most, 0'3V, which allows the driver I am going to use (unmodded) to stay in regulation down to 7'2V or about 7'5V no load; my “optimizations” (much bigger & very low ESR inductor) should allow me to enjoy a driver overhead reduction of around 0'2V.
Cheers ^:)
Results are in from my second pair of Liitokala 26650”s
Cell 1, IR during charge 20, IR during discharge 21, capacity 5104 ma
Cell 2, IR during charge 17, IR during discharge 19, capacity 5211 ma
Good figures all round again & well matched, very very close to my first pair
First pair were from Aliexpress & second pair were from GearBest.
Do these “sag” under 5a load?
Vsag = I × Rbatt
Since people is reporting low IR values (20 - 30ish mΩ), sag complaints are unlikely to arise.
Seem to be awesome cells, yet I'll refrain from ringing the bells too early, at least until I can see some properly obtained IR figures, HKJ or other reputable techie test them, and or I can make some tests on them (not soon).
Cheers ^:)
Received the first two batteries and Lii-500 charger today and have them on the charger running a nor test at 1A.
IR for cell 1 is 23 and cell 2 is 21 during the charge and discharge phases. Cell 1 5011mAh and cell 2 5098mAh. Since the Lii-500 terminates discharge at 2.8v but typically cell specs state 2.5v the actual capacity is well above the listed 5000mAh.
I decided to order two more yesterday and using my points again the total for all four cells I’ve ordered from gearbest was $20.50 including tracking.