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22.2V 8000mAh 6S LiPo Battery, 25C, XT60
PCEONAMP 22.2V 8000mAh 6S LiPo battery 25C – 177.6Wh Power for Drones
Built for compact drone missions, this 22.2V 8000mAh 6S LiPo battery 25C delivers 177.6Wh at 25C continuous (200A), ideal for agricultural spraying, FPV racing, and inspection platforms.
Key Specs:
• 6S (6 cells), 22.2V nominal (3.7V/cell), 25.2V full charge (4.2V/cell)
• 8000mAh / 177.6Wh | 25C continuous (200A)
• 170 × 50 × 50 mm / 960 g
• XT60 anti-spark plug + JST-XH 7-pin balance
• 16AWG silicone leads, hard PVC shrink wrap, vibration-resistant
• Dual-connector design: separate charge & discharge plugs
⚠️ Standard 6S (3.7V/cell) LiPo. NOT compatible with HV 6S (3.8V/cell), 4S, or 8S. Compatible with any standard 6S charger and ESC.
Ideal for: Ag spraying, FPV racing, power line / pipeline inspection, surveying & mapping, surveillance UAVs.
Note: Some images are AI-rendered for illustration. Actual product may vary slightly.
Frequently Asked Questions
What drone platforms is this 22.2V 8000mAh battery suitable for?
This battery fits medium-size 6S industrial and FPV drone frames with a battery bay of at least 170 × 50 × 50mm. Common fits include 7"–10" class hexacopter and octocopter builds used for agricultural spraying, mapping, inspection, and medium-payload cinematography. The XT60 plug connects directly to standard 6S ESCs — no adapter needed.
What does 25C mean in practical terms? Can it handle my drone’s power draw?
For a typical 8000mAh 6S build with 2,500–4,000KV motors and a 60–120A ESC, this covers cruise and moderate throttle with margin to spare. If your platform draws sustained peaks above 200A (e.g., 10"+ quad with high-KV motors in aggressive FPV use), you may want a higher-C pack.
How is this different from the 22.8V or 23.1V HV / Ultra-HV batteries in your lineup?
This is a standard 6S pack — 3.7V per cell, 22.2V nominal, 25.2V full charge. It works with any standard 6S LiPo charger and standard 6S ESCs. No special hardware required.
The 22.8V HV pack (3.8V/cell) and the 23.1V Ultra-HV pack (3.85V/cell) operate at a higher cell voltage, which delivers slightly more energy per cell. However, they require matching HV or Ultra-HV chargers and ESCs — a standard 6S charger will overcharge them, and a standard 6S ESC may not handle the higher voltage correctly.
In short: if your drone is already set up for standard 6S (which most are), this 22.2V pack is the one you want. The HV and Ultra-HV packs are for builds specifically designed around those higher cell voltages.
What charger should I use, and what are the recommended charge settings?
Use a 6S LiPo charger (25.2V max output). Recommended settings:
- Charge rate: 1C (8A) for daily use; 2C (16A) maximum for turnaround
- Balance voltage: 4.20V/cell (standard)
- Discharge voltage (if supported): 3.30V/cell minimum
How long will it last in flight?
With a 177.6Wh pack, typical endurance on a medium-size 6S industrial platform (e.g., 7"–8" hexacopter, 3–5kg AUW including payload) is approximately20–35 minutesdepending on prop size, motor efficiency, payload weight, and throttle usage. A light 2kg survey build will trend toward the upper end; a 5kg+ spraying build will trend toward the lower end. Actual flight time varies with conditions — treat these as estimates, not guarantees.
What’s in the box? Is the XT60 plug soldered on or replaceable?
Package contents: 1× PCEONAMP 22.2V 8000mAh 6S LiPo battery with XT60 plug pre-soldered, 1× JST-XH 7-pin balance lead.
The XT60 plug is factory-soldered to 10AWG silicone leads. If you prefer a different connector (XT90S, Anderson, etc.), you can cut the plug and re-solder — 10AWG gauge is sufficient up to ~100A sustained. If you’re not comfortable soldering, stick with XT60 and use an adapter on the ESC side.