A123

This A123 chemistry B2S1800 is a dedicated pack consisting of 2 LiFePO4 cells arranged in a series configuration (two cells arranged side-by-side and electrically positive to negative so the voltages add up). Outputting more than 7.1V fresh off charge (6.6VDC nominal), this pack is intended for direct connection to receivers. Representing a lot of juice in a compact package, this pack is equipped with two JST (JR-type) connectors rated at 3.5A each (combined they deliver 7A) along with an XT30...

What's the least reliable component in the avionics system of a model airplane, the receiver? Servos? Battery? Turns out the least reliable is the switch. Next least reliable are servos (at a rate magnified by having 4-8 of them in a model so it looks worse than it is if one takes a crap). They're all followed by the receiver. Most reliable of all? The battery pack. Why? It's because physics dictate the ions in a pack will flow from cathode to anode as reliably as an anvil will fall when...

What's the least reliable component in the avionics system of a model airplane, the receiver? Servos? Battery? Turns out the least reliable is the switch. Next least reliable are servos (at a rate magnified by having 4-8 of them in a model so it looks worse than it is if one takes a crap). They're all followed by the receiver. Most reliable of all? The battery pack. Why? It's because physics dictate the ions in a pack will flow from cathode to anode as reliably as an anvil will fall when...

What's the least reliable component in the avionics system of a model airplane, the receiver? Servos? Battery? Turns out the least reliable is the switch. Next least reliable are servos (at a rate magnified by having 4-8 of them in a model so it looks worse than it is if one takes a crap). They're all followed by the receiver. Most reliable of all? The battery pack. Why? It's because physics dictate the ions in a pack will flow from cathode to anode as reliably as an anvil will fall when...

This A123 chemistry B2S6000 is a dedicated pack consisting of 2 LiFePO4 cells arranged in a series configuration (two cells arranged side-by-side). Outputting more than 7.1V (6.6V nominal), this pack is intended for direct connection to receivers. Representing a lot of juice in a compact package, this pack is equipped with two JST (JR-type) connectors rated at 3.5A each (combined they deliver 7A) along with an XT30 charge/discharge connector (rated at 30A). Plus, an HX-type balance connector...