Description
The Crocks Pack Molicel INR 18650 P28A 11.1V 2800mAh 3S1P 30A/35A Discharge Li-ion Drone Battery Pack (Triangle)
is engineered for high-performance UAVs and FPV drones that require compact size, strong discharge capability, and excellent voltage stability. Designed with premium Molicel P28A 18650 cells, known for their reliability and high-current output, this pack ensures consistent performance even under demanding conditions.
The 3S1P configuration delivers a nominal 11.1V output and 2800mAh (2.8Ah) capacity, making it ideal for small-to-medium drone builds, RC crafts, and robotics platforms. With 30A continuous and 35A peak discharge, it supports powerful motors, high-speed acceleration, and responsive flight behavior.
Its triangle-shaped structure makes it perfect for FPV racing drones, custom frames, and tight spaces where traditional rectangular packs may not fit. Built with precision balancing, low-resistance welding, and reinforced insulation, this battery offers safe, durable, and efficient performance for professional and hobby applications.
⭐ Key Features
Built with genuine Molicel INR 18650 P28A high-drain cells
11.1V (3S1P) configuration
2800mAh (2.8Ah) capacity
High discharge rating: 30A continuous / 35A peak
Unique triangle-shaped design for tight FPV and racing frames
Excellent thermal management & low internal resistance
Lightweight, compact, and highly efficient
Long cycle life with proven NMC chemistry
Perfect for FPV quads, racing drones, RC aircraft, robotics & portable electronics
Custom connector options: XT30, XT60, XT90, JST, Deans, etc.
🔧 Applications
Drones & FPV
FPV racing quads
Freestyle drones
Cinewhoop-style frames
Compact UAVs with limited battery space
RC & Hobby Electronics
RC planes
RC boats
Lightweight RC cars
High-current ESC + brushless motor systems
Robotics & Industrial
Compact robotics platforms
Portable electronics
IoT devices
Inspection tools requiring 3S power
DIY & Engineering Projects
Custom drone builds
Lab testing & prototype development
High-discharge electronics experiments
