Results for 'Polymer Li Ion Battery 3 6V'

Features and Benefits

• 4 cell Lithium Polymer 3150mAh battery pack.
• 8C continuous discharge rate not to exceed 25 amps.
• Top quality cells with moderate discharge rates.
• Maximum burst of 37.8 Amps for 5 seconds is ok for every 30 seconds.
• Maximum charge rate 3.15 Amps.
• Dimensions: 31mm x 50mm x 140mm
• Weight: 340 grams

Features and Benefits

• 3 cell Lithium Polymer 3850mAh battery pack.
• 8C continuous discharge rate not to exceed 30 amps.
• Top quality cells with moderate discharge rates.
• Maximum burst of 46.2 Amps for 5 seconds is ok for every 30 seconds.
• Maximum charge rate 3.85 Amps.
• Dimensions: 25mm x 50mm x 136mm
• Weight: 303 grams

Features and Benefits

• 3 cell Lithium Polymer 3150mAh battery pack.
• 10C continuous discharge rate of 31.5 amps with 46 amp bursts in accordance with our "Real Flight Rating" method.
• Maximum charge rate 3 Amps.
• Dimensions: 23mm x 49mm x 139mm
• Weight: 257 grams
• Please see our "Real Flight Rating" method that describes more specific use of "burst" discharge rates with our Li-Poly cells.

• This 2500mah Lithium Polymer pack fits all Futaba, Hitec, Airtronics and JR Transmitters that use the "Square" pack.
• It comes with an "RCY" type connector that is likely to work with the connector on your transmitter.
• If it doesn't mate up, you can cut the connector off of your existing battery and splice it to the wires on our pack.
• Airtronics radios cannot be charged using the charging receptacle located on the outside of the radio.
• Maximum discharge rate 10 Amps.
• Maximum charge rate 2.5 Amps/charge at 1 Amp for longer battery life.
• Dimensions: 30mm x 30mm x 100mm

Features and Benefits

• 3 cell Lithium Polymer 2100mAh battery pack.
• 15C continuous discharge rate of 31 amps with 42 amp bursts in accordance with our "Real Flight Rating" method.
• Maximum charge rate 2.1 Amps.
• Dimensions: 32mm x 28mm x 100mm
• Weight: 173 grams
• This pack is ideal for the T-Rex helicopter.
• Please see our "Real Flight Rating" method that describes more specific use of "burst" discharge rates with our Li-Poly cells.