Arrowmax AM-700703 6000mAh 2S Low Profile Lipo Pack  [AM-700703]

Arrowmax AM-700703 AM Lipo 6000mAh 2S TC Low Profile - 7.4V 55C Continuos 110C Burst
Price:
CAD$87.72
Brand:
Arrowmax
Model:
AM-700703
Condition:
Brand New
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alt="Arrowmax AM-700703 AM Lipo 6000mAh 2S TC Low Profile - 7.4V 55C Continuos 110C Burst" title="Arrowmax AM-700703 AM Lipo 6000mAh 2S TC Low Profile - 7.4V 55C Continuos 110C Burst"
alt="Arrowmax AM-700703 AM Lipo 6000mAh 2S TC Low Profile - 7.4V 55C Continuos 110C Burst" title="Arrowmax AM-700703 AM Lipo 6000mAh 2S TC Low Profile - 7.4V 55C Continuos 110C Burst"

Arrowmax AM-700703 High-Output Lipo for RC Models

The Arrowmax AM-700703 Lipo battery is built for hobbyists who demand steady, dependable power in their RC machines. With a capacity of 6000mAh and a rated 100C discharge, this pack supplies the sustained current needed for intense track use and extended runs.

Built for Competitive RC Use

Whether you are tackling technical circuits or pushing for top speed, the Arrowmax AM-700703 provides reliable voltage under load. Its low-profile form helps it sit in tight battery bays so you can keep a compact setup without losing usable capacity.

Specifications

  • Voltage: 7.4V
  • Capacity: 6000mAh
  • Discharge Rate: 100C
  • Dimensions: 139mm x 47mm x 22.5mm

Performance Highlights of Arrowmax AM-700703

This battery suits drivers who need a pack that copes with high demand; the 110C burst rating supplies short power spikes for acceleration and overtaking. Use it with a compatible 2S setup and a balance charger to keep performance consistent.

The Arrowmax AM-700703 is a practical upgrade for serious RC users aiming to improve power delivery while maintaining a neat installation.

Will this pack work in 1/10 scale touring cars?

Yes. The 7.4V configuration and 100C discharge make the Arrowmax AM-700703 suitable for many 1/10 racing and touring setups when matched with the correct ESC and motor.

How should I charge this battery?

Charge with a quality 2S LiPo balance charger and follow safe charge rates. Balance charging preserves cell health and ensures uniform voltage across the pack.

How long between runs should the pack cool down?

Allow the pack to return to near ambient temperature after heavy runs. Cooling intervals depend on load, but brief pauses between heats help protect the cells and maintain consistent output.

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