Hobbywing 30401058 XERUN 3652SD 3800KV Competition Brushless Motor 1/10  [HW-30401058]

HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058
Price:
£0.00
Brand:
Hobbywing
Model:
HW-30401058
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alt="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058" title="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058"
alt="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058" title="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058"
alt="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058" title="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058"
alt="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058" title="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058"
alt="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058" title="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058"
alt="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058" title="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058"
alt="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058" title="HOBBYWING XERUN-3652SD-3800KV-D5.0-G2 - 30401058"

Competition-Grade Sensored Motor

Hobbywing XERUN 3652SD 3800KV brings sensored precision to 1/10 scale racing, providing steady throttle control and efficient power delivery suited to lap-based events. The 3800KV rating gives a blend of speed and manageable torque for close racing.

Features for Racers

  • Scale: 1/10
  • Brushless Type: Sensored
  • Pole Count: 4
  • KV Rating: 3800KV
  • LiPo Compatibility: 2-3S
  • No-load Current: 3.9A
  • Resistance: 5.9mΩ
  • Dimensions: 36mm x 52.5mm
  • Shaft Diameter: 5mm
  • Weight: 192g
  • Timing: Adjustable 20-40 Degrees

Built for racers, the Hobbywing XERUN 3652SD combines sensored control and adjustable timing so drivers can tune response for qualifying and race runs.

A 3800KV motor gives a balance of top speed and acceleration suitable for tight circuits; final lap time depends on gearing, battery and track layout.
Use an ESC that supports sensored commutation to get full benefit from smooth starts and precise low-speed control; many modern competition ESCs include this.
Make small timing changes and test lap performance and temperatures; more advance can add speed but may increase heat and reduce efficiency.
Check for debris, inspect bearings for play and ensure connectors and solder joints are secure; routine checks after running sessions help prevent issues.

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