Hobbywing 30401059 XERUN-3652SD 4300KV High-Torque 1/10 Brushless Motor  [HW-30401059]

HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059
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Brand:
Hobbywing
Model:
HW-30401059
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alt="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059" title="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059"
alt="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059" title="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059"
alt="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059" title="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059"
alt="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059" title="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059"
alt="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059" title="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059"
alt="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059" title="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059"
alt="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059" title="HOBBYWING XERUN-3652SD-4300KV-D5.0-G2 - 30401059"

Hobbywing 30401059 XERUN-3652SD Product Brief

The Hobbywing XERUN 3652SD 4300KV offers sensored control for refined throttle modulation and consistent performance in 1/10 scale models. Adjustable timing enables setup tweaks to match circuit demands and driving preference.

Essential Specification Notes

Specifications

  • Type: Brushless Sensored
  • Pole Count: 4
  • KV Rating: 4300
  • LiPo Cells: 2S
  • No-load Current (A): 4.2
  • Resistance (mΩ): 5.2
  • Outer Diameter: 36mm
  • Length: 52.5mm
  • Shaft Diameter: 5mm
  • Weight: 187g
  • Shaft Length: 15mm
  • Timing: Adjustable 20-40 Degrees

Suited to competitive and advanced hobby use, the Hobbywing XERUN 3652SD gives dependable power delivery and scope for tuning in 1/10 scale classes.

Yes, its sensored operation improves launch and corner exit behaviour on touring cars, provided you match gearing and ESC settings to the class rules.
Inspect bearings and sensor connections regularly, especially after wet or dusty use. Clean and relube bearings as needed and check screws for tightness before events.
Increasing timing raises RPM and stress, which can heat the motor faster. Tune incrementally and monitor temperature to avoid reducing component life.
Common upgrades include higher quality bearings, improved cooling solutions, and optimised pinions for your chosen track to extract better efficiency and durability.

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