That would be correct. As a matter of fact you are better off with a Li Ion in larger cells. The batt will last longer between recharges.
In your Reo yes indeed you should be using a 14500 IMR if you are running LRs with it. Your batt will have a greater lifespan.
*fire series batt have a discharge rate of 1.5C which equates to 900mAh x 1.5C = 1350mAh or 1.35A for 1 hr. Your LR is drawing 2.5A a little on the short side wouldn't you say.
On the other hand an AW 14500 IMR is capable of delivering 4A, much better suited fro the application.
Now think of folks running LRs on their 650 and 900 mAh eGos. They are only capable of sustaining a draw of 0.65 and 0.9A respectively. But folks do not want to hear that. They would be far better off running their LRs of a simple box mod using LI Ion 14500 (cheaper).
I run a dual 14500 box mod in parallel with Trustfire 900 mAh batts. The batts in parallel produce 2.7A and 1800mAh.
In your Reo yes indeed you should be using a 14500 IMR if you are running LRs with it. Your batt will have a greater lifespan.
*fire series batt have a discharge rate of 1.5C which equates to 900mAh x 1.5C = 1350mAh or 1.35A for 1 hr. Your LR is drawing 2.5A a little on the short side wouldn't you say.
On the other hand an AW 14500 IMR is capable of delivering 4A, much better suited fro the application.
Now think of folks running LRs on their 650 and 900 mAh eGos. They are only capable of sustaining a draw of 0.65 and 0.9A respectively. But folks do not want to hear that. They would be far better off running their LRs of a simple box mod using LI Ion 14500 (cheaper).
I run a dual 14500 box mod in parallel with Trustfire 900 mAh batts. The batts in parallel produce 2.7A and 1800mAh.