FarDriver 530A High-Power Programmable FOC Sine Wave Controller Series – ND72530 / ND84530 / ND96530

72V / 84V / 96V High-Voltage Controllers for High-Power Electric Motorcycles, Scooters & Custom EV Builds

Take your high-performance electric build to the next level with the FarDriver 530A Programmable FOC Sine Wave Controller Series.

Available in 72V, 84V, and 96V configurations, these high-power controllers are designed for demanding BLDC and PMSM motor applications, including electric motorcycles, high-speed scooters, QS motor builds, and custom EV projects.

With up to 330A continuous DC battery current and 530A peak phase current, the FarDriver series is built for strong acceleration, high torque, hill climbing, and high-speed performance.

The advanced Field-Oriented Control (FOC) sine wave system provides smooth and quiet motor operation while allowing riders and builders to fine-tune controller parameters through the included Bluetooth programming module.

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⚡ Choose Your FarDriver Controller

Model	Nominal Voltage	Maximum Voltage	Motor Power Range*
ND72530	72V DC	88V DC	5,000W–8,000W
ND84530	84V DC	100V DC	5,000W–8,000W
ND96530	96V DC	115V DC	6,000W–10,000W

Important: Select the controller according to your battery's actual nominal voltage and maximum charging voltage. Do not select a controller based on motor wattage alone.

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🚀 High-Performance Features

530A Peak Phase Current

The FarDriver 530 series provides up to 530A peak phase current for aggressive acceleration, high launch torque, and demanding performance applications.

Actual motor performance depends on the battery, BMS, motor, wiring, controller settings, thermal conditions, and drivetrain configuration.

330A Continuous DC Battery Current

With a listed 330A continuous DC battery-current rating, these controllers are intended for serious high-current electric powertrains.

Your battery pack and BMS must be capable of supplying the required current. A controller capable of high current does not mean every battery can safely deliver that current.

FOC Sine Wave Control

Advanced Field-Oriented Control provides smooth electronic commutation for:

• Quiet motor operation

• Smooth throttle response

• Strong low-speed torque

• Reduced motor vibration

• Improved control

• Adjustable performance characteristics

Bluetooth Programming

The included Bluetooth module allows compatible FarDriver software/app tools to connect wirelessly for controller configuration and monitoring.

Depending on supported controller functions, users can adjust parameters such as:

• Battery current

• Phase current

• Throttle response

• Speed limits

• Motor parameters

• Flux weakening

• Hall/phase configuration

• Performance settings

Always verify the correct FarDriver application, firmware, and parameter range for your specific controller model.

Automatic Motor Learning

The controller's auto-learning functionality can simplify motor commissioning by helping determine the appropriate Hall and phase relationship for compatible motors.

IP67 Aluminum Housing

The controller uses a rugged aluminum heat-sink housing designed for demanding riding environments.

Rated protection: IP67

The enclosure is designed for protection against dust and temporary water immersion under the applicable IP67 test conditions. Proper connector sealing and installation are still essential.

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📊 Technical Specifications

Specification	ND72530	ND84530	ND96530
Brand	FarDriver	FarDriver	FarDriver
Controller Type	FOC Sine Wave BLDC	FOC Sine Wave BLDC	FOC Sine Wave BLDC
Nominal Battery Voltage	72V DC	84V DC	96V DC
Maximum Operating Voltage	88V DC	100V DC	115V DC
DC Battery Current	330A Continuous	330A Continuous	330A Continuous
Peak Phase Current	530A Surge	530A Surge	530A Surge
Recommended Motor Range*	5,000W–8,000W	5,000W–8,000W	6,000W–10,000W
MOSFET Configuration	24 High-Power FETs	24 High-Power FETs	24 High-Temp FETs
Control Technology	FOC Sine Wave	FOC Sine Wave	FOC Sine Wave
Waterproof Rating	IP67	IP67	IP67
Bluetooth Programming	Included	Included	Included
Dimensions	200 × 140 × 70 mm	200 × 140 × 70 mm	200 × 140 × 70 mm
Weight	Approx. 2.5 kg / 5.5 lb	Approx. 2.5 kg / 5.5 lb	Approx. 2.5 kg / 5.5 lb

*Motor-power ranges are based on the supplied specifications. Actual usable power depends on the complete electrical system and controller configuration.

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🔋 Battery Compatibility Is Critical

These controllers can demand extremely high current. Before installation, verify that your battery system can safely support the controller settings.

Check:

• Battery nominal voltage

• Maximum battery charging voltage

• Battery capacity

• BMS continuous current rating

• BMS peak current capability

• Battery cell capability

• Main power cables

• Connectors

• Fuse or circuit protection

• Controller current settings

Example

A 72V system drawing 100A from the battery represents approximately:

72V × 100A = 7,200W

A 96V system drawing 100A represents approximately:

96V × 100A = 9,600W

Actual power varies with battery voltage, current, efficiency, and controller settings.

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⚙️ Motor Compatibility

The FarDriver 530 series is intended for compatible brushless DC (BLDC) and PMSM motors.

Before ordering, verify:

• Motor voltage

• Motor power

• Phase configuration

• Hall sensor compatibility

• Motor phase wiring

• Hall wiring

• Motor temperature sensor requirements

• Controller connector configuration

• Battery current requirements

These controllers are particularly suited to high-performance custom builds using compatible hub and mid-drive motors.

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📱 Bluetooth Controller Programming

The included Bluetooth module provides a convenient wireless connection for controller configuration.

Depending on the specific model and supported software, programmable parameters may include:

• Battery current limits

• Phase current limits

• Throttle curves

• Speed limits

• Regenerative braking

• Flux weakening

• Motor timing

• Hall angle

• Acceleration characteristics

• Performance limits

Programming warning: Incorrect controller parameters can damage a motor, battery, BMS, wiring, or controller. Change settings gradually and verify system limits before operating the vehicle.

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🏍️ Ideal Applications

The FarDriver 530 series is designed for advanced electric vehicle projects such as:

• High-performance electric motorcycles

• High-speed electric scooters

• QS motor builds

• Custom eBike projects

• Electric dirt bikes

• High-power hub motors

• PMSM motor systems

• Custom EVs

• Competition/racing applications

• High-voltage experimental builds

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📏 Compact High-Power Housing

Despite its high-current capability, the controller uses a compact aluminum enclosure:

200 × 140 × 70 mm

Approximate weight:

2.5 kg / 5.5 lbs

The aluminum housing functions as a heat sink to help manage controller temperature during high-power operation.

Allow adequate airflow and mounting clearance around the controller. Do not enclose the controller in a way that prevents heat dissipation.

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⚠️ Important Installation & Safety Information

This is a high-voltage, high-current motor controller intended for experienced builders and properly engineered electric vehicles.

Before powering the system:

1. Confirm battery voltage.

2. Confirm maximum battery charging voltage.

3. Confirm controller model.

4. Verify battery BMS current capability.

5. Verify motor voltage and power rating.

6. Confirm Hall and phase wiring.

7. Verify throttle and control connections.

8. Confirm connector polarity.

9. Inspect all high-current connections.

10. Configure conservative controller settings before increasing performance.

Never connect a controller to a battery that exceeds the controller's maximum voltage rating.

High-current DC systems can produce dangerous electrical energy and extreme short-circuit currents. Use appropriate fusing, wiring, connectors, insulation, and protective equipment.

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❓ Frequently Asked Questions

What is the FarDriver ND72530?

The ND72530 is the 72V version of the FarDriver 530A high-power FOC controller series, with a listed 330A continuous DC battery-current rating and 530A peak phase-current rating.

What voltage is the ND84530?

The ND84530 is designed around an 84V nominal DC battery system with a listed maximum operating voltage of 100V DC.

What voltage is the ND96530?

The ND96530 is the 96V nominal version, with a listed maximum operating voltage of 115V DC.

Does it include Bluetooth?

Yes. The supplied configuration includes a plug-and-play Bluetooth module for compatible wireless controller programming and monitoring.

Is this a sine wave controller?

Yes. The FarDriver 530 series uses FOC sine wave control for smooth and quiet motor operation.

Can I use this controller with any 72V battery?

No. The battery must be compatible with the controller's voltage requirements and capable of safely supplying the required current. The battery BMS, cells, wiring, connectors, and protection system must all be evaluated.

Can I use the ND72530 with a 72V lithium battery?

Potentially, provided the battery's actual voltage range stays within the controller's allowable operating range, and the battery/BMS can safely supply the programmed current.

Does a 530A controller always draw 530A?

No. 530A is the listed peak phase-current capability, not necessarily the current the controller will continuously draw. Actual current depends on controller programming, throttle demand, motor conditions, battery voltage, BMS limitations, and other system parameters.

Does IP67 mean I can pressure-wash the controller?

No. IP67 should not be interpreted as permission to pressure-wash the controller. Keep connectors properly sealed and avoid directing high-pressure water at electrical connections.

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🛒 Build Your High-Performance EV System

Whether you're upgrading an electric motorcycle, building a high-speed scooter, or creating a custom QS motor EV, the FarDriver ND72530, ND84530, and ND96530 provide programmable FOC control for serious high-power applications.

Choose your voltage carefully and match the controller to your complete battery, motor, BMS, wiring, and drivetrain system.

Power Your Ride. Charge Anywhere. Ride Longer.

Shop high-performance eBike and EV electrical components at ChargeMyEBike.com.

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