Not much difference at all. The 10507 shows a bit more artifacts in the main beam. It might measure a bit more throw distance, but I can’t see any increase in throw.
Use my Code: MGL5S to get your price: US$ 21.90
please use my SHOPLINK
Features:
1. New touch control function;
2. Four optional charging currents: 500mA*4/700mA*4/1000mA *4/2000mA*2;
3. Two discharge currents: 250mA*4/500mA*4;
4. It can charge different batteries of different specifications (18650/26650……/AA/AAA);
5. This product uses a separate LCD display, charge and discharge mode (MODE). Voltage (V). Current (mA). Time (h). Capacity (mAh) parameters, at a glance;
6. CHARGE, DISCHARGE and TEST modes can work simultaneously; independently set charge/discharge capacity detection/normal capacity detection function;
7. A variety of protection functions: overcharge and over discharge, short circuit, temperature, 0V voltage activation function, (-ΔV & 0ΔV), 1.65V-2.2V non-charging function, intelligent identification of bad battery and reverse battery detection protection;
. With standard 5V/1000 mA USB output function (only valid when AC power is connected)
Why make a mode that stops at 3.7v when you can just take the battery out yourself at whatever voltage you want? I don’t get it. Is it just a made up new feature to make it sound better/cooler? That’s what it seems like.
My iCharger hobby charger has that very useful feature, especially for people who owns batteries that are ‘stored’ for years (like in my case).
Lilo cells are ideally stored at 3.7v for longest life expectancies.
Storage mode, when used, will bring up to 3.7v any cell below it and discharge any cell above 3.7v down to it, Automatically terminating at 3.7 while still completing the proper cc/cv protocol (this is different than just watching the display to 3.7v and taking out the cell).
It alams/stops when done or hits the target voltage if you will, so no spending time hawking the charger……I have never used it…but if I did, I could appreciate this feature…
You can play a lot with your lights even at the voltage 3.7v-3.8v.
Keeping your cells at top voltage all the time, how many years does it take within you notice decrease in capacity etc. and it starts to be worn?