Product Details
HCL-HV2 LiHV Battery - High Performance Power for FPV Drones
The HCL-HV2 LiHV battery series takes high-performance FPV power to the next level. Building on the success of the original HCL-HV flight series , this upgraded pack delivers a higher C rating and a better mAh-to-weight ratio , a rare combination in LiHV battery technology. The result? Increased voltage under load and more flight time per gram —all while maintaining top-tier efficiency.
Designed for serious FPV pilots , this 11.4V, 2400mAh, 90C-rated battery is built to handle the extreme demands of high-speed, high-power drone racing and freestyle flying. The G10 bottom and top plates add durability without unnecessary bulk, and the 12AWG wiring ensures low resistance for maximum power delivery.
Key Features:
✅
True 2400mAh Capacity
(±5%) - Reliable and consistent power output
✅
High Discharge Rate (90C)
- Delivers sustained power for aggressive flying
✅
Optimized Voltage (11.4V)
- More power under load for better performance
✅
Lightweight & Compact
- Improved energy density for efficient flights
✅
Durable G10 Plates
- Reinforced construction for added protection
✅
Flexible Charging (1C to 5C)
- Faster charging when needed (note: higher charge rates reduce cycle life)
Specifications:
- Capacity: 2400mAh (±5%)
- Voltage: 11.4V
- Discharge Rate: 90C
- Size: 21.5mm x 35mm x 110mm
- Weight: 170g
- Wire Gauge: 12AWG
- Charge Rate: 1C to 5C
What's in the Box?
- 1x HCL-HV2 2400mAh 11.4V 90C LiHV Battery
- (Accessories may vary based on supply)
LiPo Battery Safety - Important!
LiPo batteries are powerful and require careful handling. Fire risk exists if misused.
Key Safety Points:
- Always read full safety guidelines: LiPo Battery Safety Page
- Use LiPo chargers only.
- Charge in a LiPo safety bag, on a non-flammable surface, and never unattended.
- Inspect before use, don't use damaged batteries.
- Dispose of responsibly.
By purchasing, you agree to handle LiPo batteries responsibly and understand the risks. Unmanned Tech UK is not liable for misuse.