HOBBYWING QuicRun 2435 G2 Brushless Motor - 30404001 Precision Small-Scale Drive  [HW-30404001]

HOBBYWING QuicRun 2435 G2 - 30404001
Price:
£23.85
Brand:
Hobbywing
Model:
HW-30404001
Condition:
Brand New
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alt="HOBBYWING QuicRun 2435 G2 - 30404001" title="HOBBYWING QuicRun 2435 G2 - 30404001"

Performance Focused HOBBYWING QuicRun 2435

The HOBBYWING QuicRun 2435 suits drivers wanting compact, consistent output for 1/16th and 1/18th scale vehicles. It is engineered to give steady performance with minimal fuss in tuning or setup.

Engineered Durability and Stability

Heat-tolerant magnet materials and a firm steel casing combine to keep the motor stable during demanding runs. Double-insulated windings and precision bearings help maintain electrical integrity and reduce mechanical wear over time.

Balanced Efficiency for Race and Practice

With efficient operation that cuts waste heat, the QuicRun 2435 helps preserve battery life and maintain lower operating temperatures. That balance makes it useful for both sprint races and session practice.

Protected Design and Quick Wiring

The dustproof layout helps protect internal components when running on loose surfaces, and the pre-soldered gold connectors let you hook up quickly for a fast swap or upgrade.

Specifications

  • Scale: 1/16th to 1/18th
  • Type: Brushless, Sensorless
  • Pole Count: 2
  • KV Rating: 4500
  • LiPo Cells: 2-3S
  • No-load Current: 1.5A
  • Max Power Output: 150W
  • Current at Max Power: 33A
  • Dimensions: 24.0mm x 36.5mm
  • Shaft Diameter: 2.3mm
  • Weight: 73g

As a compact brushless option, the HOBBYWING QuicRun 2435 offers a pragmatic blend of efficiency and strength for club-level racers and hobbyists upgrading small-scale vehicles.

It provides consistent, efficient power suitable for club-level competition; top-tier racers may choose higher-spec motors depending on rules and track conditions.
Use the pre-soldered gold connectors to attach to an appropriate ESC, ensuring correct polarity and secure solder joints where applicable. Confirm ESC settings for a sensorless brushless motor.
You will need a compatible sensorless ESC rated for the expected voltage and current. Match ESC limits to the motor's max power and operating current for safe running.
Verify mounting security, smooth shaft rotation, correct polarity, and that connectors are tight. Run a short low-load test to confirm temperatures and vibrations are normal before full use.

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