A small ZeniRace 60A/65A/70A 4-in-1 ESC with multiple black integrated circuit chips, gold-plated contacts, and four red terminal caps, photographed on a clean white background.
A compact ZeniRace 60A/65A/70A 4-in-1 ESC with a black PCB, multiple black integrated circuits, gold-plated contacts, and four red terminal caps, photographed on a clean white background.
A small ZeniRace 60A/65A/70A 4-in-1 ESC with a black PCB, gold-plated connectors, black integrated circuit chips, and four red terminal screws, photographed on a clean white background.
A compact ZeniRace 60A/65A/70A 4-in-1 ESC with a black PCB, gold-plated contacts, multiple black integrated circuits, and four red terminal covers, shown on a clean white background.
An accessories list graphic showing included components: a 70A ESC microcontroller, a 680uF 50V capacitor, four pink M3 shock absorber balls, and an XT60 power cord, all labeled on a white background.

ZeniRace 60A/65A/70A AM32 4-in-1 ESC

SKU: ZR060-032AM

Regular price $54.99
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  • High-Current Power for 5" FPV Builds: Designed for freestyle, racing, and cinematic FPV drones, the ZeniRace 4-in-1 ESC delivers reliable high-current performance with 60A / 65A / 70A continuous current ratings and additional burst capability for demanding flight maneuvers.
  • Wide 2S–8S LiPo Compatibility: Supports a broad 2S to 8S LiPo voltage range, giving pilots the flexibility to build lightweight 4S freestyle quads, powerful 6S racing machines, or high-voltage cinematic platforms with confidence.
  • 32-Bit AM32 Control Architecture: Powered by the AT32F4213 MCU with AM32 firmware for fast signal processing, precise throttle response, advanced ESC tuning, and responsive motor control across demanding FPV builds.
  • Ultra-Fast Motor Response: Supports DShot150 / DShot300 / DShot600, Bidirectional DShot, and PWM protocols for precise motor communication, smoother throttle response, and improved flight control.
  • Efficient MOSFET Power Design: Built with high-performance MOSFETs to improve power efficiency, reduce heat generation, and maintain stable operation during aggressive freestyle maneuvers and high-load flights.
  • Integrated TVS Voltage Protection: Built-in TVS surge protection helps protect the ESC from sudden voltage spikes caused by battery connection, hard braking, and high-current transient events.
  • Real-Time Current Telemetry: Integrated current sensing provides accurate power consumption feedback to your flight controller, helping pilots monitor battery usage and optimize flight performance.
Continuous Current
Build Compatibility
Check your build
✓ 5"–7" FPV
✓ 2S–8S LiPo
✓ 30.5×30.5 mm / M4
Compatibility details ↓
Build Size 5"–7" FPV
Battery 2S–8S LiPo
Mounting 30.5×30.5 mm / M4
Firmware AM32
Best For Freestyle / Racing / Cinematic

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Compatible Builds

See where this component fits and explore complete recommended configurations.

Based on selected variant: 60A
A close-up of a black quadcopter drone with orange accents and a mounted camera, resting on a dark textured surface with dramatic golden-hour lighting.
RECOMMENDED CONFIGURATION
Balanced 6S FPV configurations for freestyle and high-performance flying.
✓ See recommended 5-inch configurations using compatible ZeniRace hardware.
Explore Build
A black quadcopter drone with a camera mounted on its gimbal, flying over a scenic mountain landscape with a river below.
RECOMMENDED CONFIGURATION
Higher-current configurations designed for long-range and endurance-oriented FPV builds.
✓ See recommended 7-inch configurations and component combinations.
Explore Build
A large professional drone with a mounted camera and gimbal is flying over a mountainous landscape during sunset or sunrise.
RECOMMENDED CONFIGURATION

Cinelifter

HIGH LOAD
High-load configurations for professional camera payload and demanding propulsion systems.
✓ See recommended Cinelifter configurations for compatible high-current hardware.
Explore Build
i Always verify motor KV, prop size, battery voltage, current draw and payload requirements before finalizing your build.
ZeniRace 60A/65A/70A AM32 4-in-1 ESC
ZeniRace 60A/65A/70A AM32 4-in-1 ESC
$54.99
$54.99
Technical dimension drawing of a rectangular electronic circuit board shown from multiple angles on a white background, with measurements labeled 42mm, 30.5mm, 43mm, and 6.

DESIGNED TO PERFORM

A high-performance FPV flight controller board with gold and black components, red mounting rings, and a black PCB, displayed on a dark gray pedestal against a black background.

Power. Delivered Precisely.

Stable current delivery for confident flights under every throttle input.

A small electronic circuit board or drone motor assembly with red terminal caps and gold contacts, shown floating above a black pedestal against a dark background with stylized blue and brown airflow effects.

Ready for Maximum Load.

Consistent power delivery when every amp matters.

An exploded view of a high-performance electronic circuit board assembly, showcasing multiple stacked layers with gold-plated traces, black PCBs, integrated heat spreaders, capacitors, and red terminal rings, secured with black screws on a dark background.

Every Layer Matters.

Engineered from the inside out for efficiency and reliability.

A close-up of a black electronic flight controller or drone processor mounted on a carbon fiber drone frame, with gold and silver metallic components and screws visible against a dark background.

Designed for Every Build.

Fits seamlessly into modern freestyle, racing and long-range platforms.

A close-up of a ZenRACE drone motor and electronic components laid out on a wooden workbench with tools and screws around them.

Built by Pilots.

Describe the key product advantage here.

ZeniRace 60A/65A/70A 4-in-1 ESC FAQ

This 4-in-1 ESC supports 2S to 8S LiPo batteries (DC 7–36V), providing flexibility for a wide range of FPV builds.

It can be used for:

  • Lightweight 5-inch freestyle drones
  • Racing FPV builds
  • Long-range platforms
  • Cinematic FPV systems

The main difference is the available current capacity and recommended build style.

60A Version
Recommended for:
Lightweight 5-inch freestyle builds
Efficient 4S–6S setups
Pilots who prioritize weight savings and efficiency


65A Version
Recommended for:
Balanced freestyle and racing builds
Everyday 5-inch FPV platforms
Pilots looking for a balance between power and efficiency

70A Version
Recommended for:
High-performance freestyle builds
Aggressive 5-inch setups
Higher power 6S configurations
Pilots requiring additional current headroom

Choose the version based on your motor, propeller, battery, and flying style.

The main difference is the maximum current capacity and recommended build applications.

60A Version
Continuous Current: 60A
Burst Current: 70A
Recommended for lightweight 5-inch freestyle builds
Ideal for efficient 4S–6S setups

65A Version
Continuous Current: 65A
Burst Current: 75A
Recommended for balanced freestyle and racing builds
A great choice for everyday 5-inch FPV platforms

70A Version
Continuous Current: 70A
Burst Current: 80A
Recommended for high-performance freestyle builds
Suitable for aggressive 5-inch setups and higher-power 6S configurations

Choose the version based on your motor size, propeller setup, battery voltage, and flying style.

The ESC supports:
BLHeli_32
AM32

Depending on the firmware version, users can access advanced features including:
Bidirectional DShot
RPM Filtering
Motor timing adjustment
Startup tone configuration

Yes.

Bidirectional DShot enables communication between the ESC and flight controller for:
RPM telemetry
RPM Filtering
Smoother motor response
Improved PID tuning

It is recommended for modern Betaflight builds.

Yes.

The integrated current sensor provides real-time battery current information to your flight controller.

This allows:
Battery consumption monitoring
OSD current display
More accurate battery management

The ESC features integrated TVS surge protection to help absorb voltage spikes caused by:
Sudden throttle changes
Motor braking
Battery connection events

This improves reliability during demanding FPV flights.

The ESC supports:
DShot150
DShot300
DShot600
PWM

DShot protocols provide faster and more precise communication compared with traditional PWM signals.

Yes.

The ESC works with Betaflight-compatible flight controllers using standard ESC signal connections and DShot protocols.

It is compatible with modern FPV stacks including:
F405
F722
H743 flight controllers

The recommended application depends on the selected version:

60A Version
Lightweight 5-inch freestyle drones
Racing builds focused on efficiency
4S–6S everyday FPV setups

65A Version
General 5-inch freestyle drones
Racing and performance builds
Balanced power and efficiency setups

70A Version
High-power freestyle drones
Aggressive racing builds
Cinematic FPV platforms requiring additional current headroom

This ESC works with a wide range of brushless FPV motors, including:
2207
2306
2306.5
2407
2507

For most 5-inch FPV builds:
2207.5
2306.5
are common choices.

Always ensure the motor and propeller combination stays within the selected ESC current rating.

No.

This ESC does not include an onboard BEC.

It is designed to work with a compatible flight controller that provides regulated power outputs for:
Receiver
VTX
Camera
Other peripherals

The ESC features a standard:

30.5 × 30.5mm M4 mounting pattern

making it compatible with most full-size FPV freestyle and racing frames.

Yes.

This ESC is designed for custom FPV builds and requires soldering for:
Battery leads
Motor wires
Flight controller connections

Proper soldering ensures better reliability and performance.

The ZeniRace 60A / 65A / 70A 4-in-1 ESC series is designed for FPV pilots who need reliable power delivery, precise motor control, and flexible build compatibility.

Whether you are building:
A lightweight freestyle quad
A racing drone
A cinematic FPV platform
A long-range build

there is a version optimized for your setup.

Not on the current hardware revision. The ESC comes with a factory-programmed and validated AM32 firmware build. We do not recommend flashing generic AM32 firmware or targets, as incompatible firmware may cause the ESC to stop working. Please contact ZeniRace Support if you need firmware assistance.