Complimentary shipping on orders over $40
Featured piece

SMC HCL-HV2 Flight 15.2V/4S-6700mAh-90C LiPo Battery

Original price was: $55.24.Current price is: $27.62.
SKU OY0000129140 Category
Thoughtful quality
Easy delivery
30-day returns

HCL-HV2 4S 6700mAh 90C LiHV Battery – High-Capacity Power Without the Sag

Need serious endurance and relentless power for your FPV drone, RC car, or high-performance application? Meet the HCL-HV2 4S 6700mAh 90C LiHV Battery a pack designed to deliver high discharge rates without sacrificing capacity .

Unlike traditional 4.2V LiPos , the HCL-HV2 series pushes 15.2V of sustained power , ensuring stronger voltage under load, more efficiency, and extended run times . Plus, with a 90C discharge rate , this pack delivers instant power when you need it most , whether you’re pushing the limits in a race or tackling high-drain maneuvers.

We’ve also optimized the mAh-to-weight ratio , meaning you get more energy per gram without unnecessary bulk. And with G10-reinforced plates , your battery stays protected from impacts and stress.

Key Features:

High-Capacity 6700mAh – More flight time, longer runtime, and maximum endurance.
90C Discharge Rate – Instant power delivery with minimal voltage sag.
Optimized Weight-to-Energy Ratio – More mAh per gram without extra bulk.
High-Voltage Performance – 15.2V sustained under load for better efficiency.
Durable Construction – G10 bottom & top plates protect against impacts.
Fast Charging Ready – Supports 1C to 5C charge rates (higher rates may reduce cycle life).

Specifications:

Capacity : 6700mAh (5%)
Voltage : 15.2V (4S LiHV)
C-Rating : 90C
Power Factor : TBD
Wire Size : 10AWG
Weight : 570g
Dimensions : 36mm x 50mm x 150mm

What’s in the Box?

  • 1x HCL-HV2 4S 6700mAh 90C LiHV Battery
  • Additional accessories (may vary based on supply)

Disclaimer: Included accessories are subject to availability and may change without notice.

LiPo Battery Safety – Important!

LiPo batteries are powerful and require careful handling. Fire risk exists if mi