Part comparison

AGFRC A73BHLW V2 vs AGFRC B53BHL V2

A side-by-side comparison of source-backed specifications within the same subcategory.

14 shared specs4 scored
AGFRCAGFRC A73BHLW V2A73BHLW V2
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VS
AGFRCAGFRC B53BHL V2B53BHL V2
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Directional spec summary

Counts across 4 numeric specifications with a clear higher-or-lower direction.

Part A leads

2

Tied

0

Part B leads

2

These are metric-by-metric differences, not an overall performance score. Check the values below.

Specifications

14 specifications compared side by side.

AAGFRCAGFRC A73BHLW V2
BAGFRCAGFRC B53BHL V2

Physical1

Weight
Part A73.5 g
Part B69.5 g4 g lower

Performance3

Stall torque
Part A3.923 Nm0.883 Nm higher
Part B3.04 Nm
Stall torque @ 8.4V
Part A40 kg·cm9 kg·cm higher
Part B31 kg·cm
Speed @ 8.4V
Part A0.1 s/60°
Part B0.09 s/60°0.01 s/60° lower

Electrical2

Minimum voltage
Part A4.8 V
Part B4.8 V
Maximum voltage
Part A8.4 V
Part B8.4 V

Mechanical & integration4

Motor kind
Part ARc servo
Part BRc servo
Drive principle
Part Aservo actuator
Part Bservo actuator
ArchitectureUse-dependent
Part AServo module
Part BIntegrated servo module
Gear material
Part Asteel
Part Bsteel

Control & communication3

Communication interfaces
Part APWM
Part BPWM
Control modesUse-dependent
Part APWM servo
Part BPWM servo;programmable
Servo signal
Part APWM
Part BPWM

Other specifications1

PWM pulse center
Part A1500 µs
Part B1500 µs

Product sources

Product sources used by this comparison

AGFRC A73BHLW V2Open source
AGFRC B53BHL V2Open source