Wireless Remote Control Model Toy LiFePO4 Protected 9.6V 1200mAH Li-Fe Battery

9.6V 1200mAh LiFePO4 Protected Battery - Wireless Remote Control Model Toy

Professional-grade 9.6V 1200mAh Lithium Iron Phosphate (LiFePO4) rechargeable battery with built-in PCM protection circuit. Available in five connector types (SMP, SYP, EHR, Tamiya, Futaba-3P) for easy plug-and-play installation. Designed for wireless remote control models, RC toys, hobby aircraft, and remote control applications. Features ultra-compact size, lightweight design, long cycle life, and safe LiFePO4 chemistry.

Key Features

• Five Connector Options: SMP, SYP, EHR, Tamiya, Futaba-3P - choose what fits your device
• PCM Protected: Built-in protection circuit for safe operation
• Plug-and-Play: Pre-installed connectors for easy replacement
• High Capacity: 1200mAh for extended runtime
• 14500 Cells: Premium AA-size cells in 3S2P configuration
• Ultra-Compact: 15mm × 29mm × 101mm - very slim profile
• Lightweight: Only 180g
• Long Cycle Life: 2000+ charge cycles

Package Contents

• 1× 9.6V 1200mAh LiFePO4 Battery Pack with connector (connector type as selected)

Connector Types

Connector Type	Description	Common Applications
SMP	Standard SMP plug	RC models, wireless remote toys, hobby devices
SYP	Standard SYP plug	RC vehicles, model toys, portable devices
EHR	EHR connector	RC models, hobby equipment, specialized devices
Tamiya	Standard Tamiya plug	RC models, Tamiya brand vehicles, hobby equipment
Futaba-3P	Futaba 3-pin connector	Futaba receivers, RC aircraft, hobby models

ℹ️ Need a Different Connector? Contact us with your requirements, and we can customize the connector type for you!

Technical Specifications

Nominal Voltage	9.6V (3S configuration)
Capacity	1200mAh (1.2Ah)
Energy	~11.52Wh
Chemistry	LiFePO4 (Lithium Iron Phosphate)
Cell Type	14500 (AA size)
Configuration	3S2P (3 series, 2 parallel)
Dimensions	15mm × 29mm × 101mm
Weight	~180g
Connector Options	SMP / SYP / EHR / Tamiya / Futaba-3P
Protection	PCM (Protection Circuit Module)
Charge Voltage	10.95V (3.65V per cell)
Discharge Cut-off	7.5V (2.5V per cell)
Cycle Life	2000+ cycles
Brand	FMA
Condition	Brand New

PCM Protection Features

Protection Type	Function
Overcharge Protection	Prevents charging above 10.95V
Over-discharge Protection	Cuts off at 7.5V to protect cells
Overcurrent Protection	Limits excessive current draw
Short Circuit Protection	Instantly cuts power if short detected

Common Applications

• Wireless Remote Control Models: RC cars, boats, aircraft
• RC Toys: Battery-powered remote control toys
• Hobby Aircraft: RC planes, helicopters, drones
• RC Boats: Remote control boats and watercraft
• Futaba Systems: Futaba receivers and RC equipment
• Tamiya Models: Tamiya brand RC vehicles and models
• Hobby Equipment: Various RC and hobby devices

Why Choose LiFePO4 for RC Models?

1. Safest Lithium Chemistry:

• LiFePO4 is the safest lithium battery type
• Excellent thermal stability
• No risk of thermal runaway or fire
• Safe for RC models and hobby applications
• PCM adds extra protection layer

2. Long Runtime:

• 1200mAh capacity for extended operation
• Perfect for long flying or driving sessions
• Low self-discharge (3% per month)
• Ready to use when needed

3. Ultra-Lightweight Design:

• Only 180g - improves model performance
• Better flight time for RC aircraft
• Improved speed and handling for RC cars
• Ultra-slim profile: 15mm × 29mm × 101mm

4. Exceptional Lifespan:

• 2000+ charge cycles
• Lasts years with regular use
• Better value than disposable batteries
• Reduces waste and saves money

5. Stable Performance:

• Consistent voltage throughout discharge
• Reliable control and response
• No voltage sag during use
• Better performance for RC models

Simple Battery Replacement Guide

✅ Easy Plug-and-Play Installation - No Soldering Required!

Step 1: Choose the Correct Connector

• Check your RC model's existing battery connector
• Select matching connector: SMP, SYP, EHR, Tamiya, or Futaba-3P
• If unsure, take a photo and contact us for help

Step 2: Prepare for Replacement

• Power off RC model completely
• Open battery compartment
• Take a photo of old battery orientation for reference

Step 3: Remove Old Battery

• Locate the connector inside model
• Gently pull connector straight out (do not twist)
• Remove old battery from compartment

Step 4: Install New Battery

• Place new battery in compartment
• Ensure wires are not pinched
• Align connector with socket
• Plug in connector - it should fit smoothly

Step 5: Test and Close

• Verify model powers on correctly
• Test all functions
• Close battery compartment and secure
• Charge battery fully before first use

Charging Information

Charger Requirements:

• Use LiFePO4-compatible charger (10.95V for 3S)
• Do NOT use standard NiMH/NiCd RC chargers
• Recommended charge current: 0.5-1.2A
• Charging time: 1-2 hours

PCM Protection During Charging:

• PCM automatically stops charging at 10.95V
• Prevents overcharging damage
• Safe to leave connected (PCM will protect)

Charging Tips:

• Charge after each use
• Do not leave discharged for extended periods
• Store at 40-60% charge if not using for weeks
• Allow battery to cool between uses

Safety Information

Charging: Use only LiFePO4-compatible chargers (10.95V for 3S). Do not use NiMH/NiCd chargers. PCM provides overcharge protection.

Storage: Store at 40-60% charge in cool, dry place.

Operation: Do not short-circuit, puncture, crush, or disassemble the battery.

Temperature: Charge: 0-45°C, Discharge: -20-60°C, Storage: -20-35°C.

Disposal: Dispose according to local regulations. LiFePO4 is non-toxic but should be recycled.

PCM Protection: Built-in Protection Circuit Module guards against overcharge, over-discharge, overcurrent, and short circuit.

RC Use: Monitor battery level during operation. Land aircraft or stop vehicle when battery indicates low charge.

Shipping & Transportation Notice

Hazardous Material: This product contains lithium batteries and is classified as dangerous goods for shipping purposes.

Air Transport Restrictions: Due to international air transport regulations, battery shipments may be subject to additional restrictions and longer transit times.

Packaging Compliance: All shipments comply with UN3480 or UN3481 packaging requirements for lithium batteries.

Delivery Time: Battery-containing parcels may experience extended delivery times due to stricter customs inspections and carrier handling procedures.