Intellect IP-CC4S6700V9-90C 14.8V 6700mAh High-Current LiPo Pack  [IP-CC4S6700V9-90C]

Intellect IP-CC4S6700V9-90C - 14.8V 90C 6700mah Lipo Battery
Price:
CAD$195.45
Brand:
Intellect
Model:
IP-CC4S6700V9-90C
Condition:
Brand New
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Intellect IP-CC4S6700V9-90C 14.8V LiPo for Competitive RC

RC racers looking for steady race-day power will find the Intellect IP-CC4S6700V9-90C LiPo a strong choice. Its 14.8V nominal voltage and 90C discharge capability supply the immediate current needed for sprint starts and sustained high-load running.

Consistent Race Performance

The 6700mAh capacity is tuned to provide long run times while keeping voltage sag to a minimum during heavy throttle. The 90C continuous discharge rating gives the pack the headroom required for quick acceleration and aggressive track use.

Solid Construction and Fitment

The hard-cased battery resists impact and handling wear common in club-level racing. It uses an XH2.5 balance lead and a Deans T discharge connector for wide compatibility with chargers and ESCs, and its 137.8 x 47 x 49.5mm size and 645g mass are arranged for balanced installation in most touring and 1/8 scale rigs.

Specifications

  • Voltage: 14.8V
  • Capacity: 6700mAh
  • Discharge Rate: 90C
  • Dimensions: 137.8 x 47 x 49.5mm
  • Weight: 645g
  • Balance Charge Plug: XH2.5
  • Discharge Connector: Deans T Plug

For club racers and serious hobbyists, the Intellect 14.8V 90C 6700mAh LiPo provides dependable power and a rugged package that fits a wide range of high-performance cars.

Measure your tray against the stated 137.8 x 47 x 49.5mm. Many 1/8 scale buggies accept this footprint, but confirm clearance for the hard shell and connector routing before mounting.
Program your charger for a 4S LiPo (14.8V nominal) and set charge current according to the pack's mAh rating and manufacturer guidance. Use the XH2.5 balance lead for cell balancing during charge cycles.
Store at storage voltage when not in use, avoid deep discharges, and inspect the hard case and connectors after hard runs. Keep cells balanced and avoid charging at high current constantly to preserve cycle life.

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