Durable Heavy Lifter For Various Applications
Operating within a 32-bit ARM architecture, the UHV ESCs are designed to deliver fast throttle response that is linear over the complete output range of up to 45 kW. APD's proprietary developed firmware ensures unmatched low-throttle and starting characteristics. The ramp characteristics can be configured for fast response or drive-train protection.
Advanced features include PWM-frequency dithering to avoid PWM-commutation synchronisation, adaptive motor timing advance and proprietary developed Active Phase-Current Demagnetisation (APCD). APCD along with a dynamic synchronous rectification ensure maximum ESC efficiency is delivered with almost all powertrain combinations.
Features
Motor agnostic, no tuning required
Multiple operation modes
Optional fan mount for reduced cooling environments
Up to 1,000,000 eRPM capable
Bolt-on terminals and Harwin communications connector
NDAA / DFARS-compliant options available upon request
Communication Support
Standard 500 Hz PWM Input
Isolated input and RPM output
Feed-forward compensator
Capabilities
True 12-Bit throttle resolution
Onboard 16 megabit flash for data logging
Fully configurable settings
Multiple protection mechanisms for drive train reliability
The UHV range
UHV 28S
UHV 20S
Explore the UHV range
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Operating within a 32-bit ARM architecture, the UHV ESCs are designed to deliver fast throttle response that is linear over the complete output range of up to 45 kW. APD's proprietary developed firmware ensures unmatched low-throttle and starting characteristics. The ramp characteristics can be configured for fast response or drive-train protection. Advanced features include PWM-frequency dithering to avoid PWM-commutation synchronisation, adaptive motor timing advance and proprietary developed Active Phase-Current Demagnetisation (APCD). APCD along with Synchronous rectification ensure maximum ESC efficiency is achieved.
Designed and manufactured in Australia using only the highest quality components, ensuring no sacrifice in reliability
Bolt/Screw terminals for power and motor outputs, maximising mechanical reliability.
Harwin Datamate connector for Signal and UART Telemetry output (non-isolated)
Optional mounting bracket for both ESC and external fan
Multiple operation modes.
NDAA/DFARS-compliant options available upon request.
Normal Mode
Normally used for watercraft and aircraft not requiring reverse
Incremental + Linear power ramp control.
Multirotor Mode
Instantaneous input = Output Step Response.
Heli Mode
Soft-start for drivetrain protection
Traction Mode
Same as normal except for active torque control, which applies a motor phase current limit that ramps proportionally with higher motor duty cycles.
General Features
Plug and play firmware designed in Australia
Up to 28S (120 V)
Up to 300 A continuous* current with airflow
400 A burst current
True 12-bit throttle resolution
Feed-forward compensator
Up to 500 Hz input update rate (standard PWM)
Over 1,000,000 eRPM
Motor agnostic
Auto PWM output frequency
Auto timing advance
Onboard 16 Mbit flash memory for datalogging
Firmware updates through the micro-USB port
Isolated Input and output (can be configured for RPM)
Fully configurable through the APD ESC Config Tool (micro-USB connection)
Internal capacitor bank designed for 3m of cable input length
* Continuous current ratings are at a 100% throttle duty cycle. Continuous rating is defined as max sustained current at 100% throttle with 10 m/s of airflow.
Documentation and Datasheets can be found at docs.powerdrives.net
Additional Information
Weight: 0.74kg
Dimensions: 180x100x27mm
Documentation: docs.powerdrives.net
CAD Model: UHV 28S
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Operating within a 32-bit ARM architecture, the UHV ESCs are designed to deliver fast throttle response that is linear over the complete output range of up to 38 kW. APD's proprietary developed firmware ensures unmatched low-throttle and starting characteristics. The ramp characteristics can be configured for fast response or drive-train protection. Advanced features include PWM-frequency dithering to avoid PWM-commutation synchronisation, adaptive motor timing advance and proprietary developed Active Phase-Current Demagnetisation (APCD). APCD along with Synchronous rectification ensure maximum ESC efficiency is achieved.
Designed and manufactured in Australia using only the highest quality components, ensuring no sacrifice in reliability.
Bolt/Screw terminals for power and motor outputs, maximising mechanical reliability.
Harwin Datamate connector for Signal and UART Telemetry output (non-isolated)
Optional mounting bracket for both ESC and external fan.
Multiple operation modes.
NDAA/DFARS-compliant options available upon request.
Normal Mode
Normally used for watercraft and aircraft not requiring reverse.
Incremental + Linear power ramp control.
Multirotor Mode
Instantaneous input = Output Step Response.
Heli Mode
Soft-start for drivetrain protection.
Traction Mode
Same as normal except for active torque control, which applies a motor phase current limit that ramps proportionally with higher motor duty cycles.
General Features
Plug and play firmware designed in Australia
Up to 20S (85 V)
Up to 400 A continuous* current with airflow
450 A burst current
True 12-bit throttle resolution
Feed-forward compensator
Up to 500 Hz input update rate (standard PWM)
Over 1,000,000 eRPM
Motor agnostic
Auto PWM output frequency
Auto timing advance
Onboard 16 Mbit flash memory for datalogging
Firmware updates through the micro-USB port
Isolated Input and output (can be configured for RPM)
Fully configurable through the APD ESC Config Tool (micro-USB connection)
Internal capacitor bank designed for 3m of cable input length
* Continuous current ratings are at a 100% throttle duty cycle. Continuous rating is defined as max sustained current at 100% throttle with 10 m/s of airflow.
Documentation and Datasheets can be found at docs.powerdrives.net
Additional Information
Weight: 0.74kg
Dimensions: 180x100x27mm
Documentation: docs.powerdrives.net
CAD Model: UHV 20S
Contact us
Contact us about our UHV range.