This is the higest energy density commercially avaliable drone battery on the market today! Contact us for volume pricing
 
Lead time: 2-4 weeks
 
How to use:
These new Silicon anode based batteries can be charged just like a LiPo or LiIon, to 4.2V/cell. However, due to the lower nominal voltage, the pack voltage will drop down to a lower voltage than a standard LiIon or LiPo chemistry. We recommend landing at 2.7V per cell, or 10.8V for this pack.
 
Electrical Specifications:
Nominal Voltage: 13.6V
Capacity: 10,800mAh
Watt Hours: 146.88Wh
Constant Discharge Power: 440W Airflow Determined
Constant Discharge Current: 32A Airflow Determined
Burst Current: 86A for 10 seconds Airflow Determined
 
Charge Rate: 8 Amps Nominal, 16 Amps Airflow Determined
 
Voltage Parameters:
Max voltage: 16.8V pack, 4.2V per cell
Min voltage: 10.2V pack, 2.55V per cell
Storage voltage: 20.4V pack, 3.4V per cell
Land voltage: 11V pack, 2.75V per cell
 
Mechanical Specifications:
Cell: Amprius SA08
Configuration: 4s1p
 
Energy Density Specs:
Weight: (±2g) 460.0g
Cell Energy Density: 360Wh/kg
Pack Energy Density: 319Wh/kg
Pack Power Density: 956W/kg
Pack Volume: 255.0cm^3
Pack Volumetric Density: 0.576Wh/cm^3
 
Connectors:
Balance Plug: JST-XH-5P, 22AWG
Discharge Plug: XT60 12AWG
Dimensions:
5.2 x 4.9 x 15 cm, 100% SoC L, W, H
 
Maximum Cell Temperature Range:
-20C/0F - 70C/165F