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PLATINUM 2604 Series Motor

30416252

Lightweight for Unmatched Performance with the PLATINUM 2604!

Learn more about PLATINUM 2603/2604 Series > 

What's in the box:

  • (1) PLATINUM 2604 Series 
  • (1) Manual

 

    • The weight of Platinum 2603 motor is less than 18g, the weight of
      Platinum 2604 is lower than 21g. With a lightweight size, the motor is perfectly suited for 80g-300g F3P indoor racing aircraft and lightweight aircraft with extremely strict weight requirements. When used with the Platinum 18A V5 F3P ESC, it delivers precise, linear power output, enabling the completion of various challenging flight maneuvers.
    • The motor’s efficiency and maximum thrust increase by over 5% in the mid-to-rear load range (compared to other brands with similar specifications). This higher power output enables more effortless flight and superior performance in competitions, eliminating any power anxiety.
    • The rotor’s dynamic balance is lower than 5 mg, significantly reducing vibrations during operation and delivering a smooth and stable flight experience. This ensures the precise execution of every aerobatic maneuver.
    • The rotor frame and stator base feature a large hollow design. This reduced-weight design ensures continuous and effective heat dissipation during extended aggressive flights while maintaining the optimal operating temperature of the motor.
    • The rotor frame integrates a propeller installation structure, ensuring fast and simplified propeller assembly and disassembly. The motor fixed installation holes feature an elliptical design, compatible with both 4 φ2.1@D32/D33 installation holes, meeting the installation needs of most F3P aerobatic aircraft on the market.
    • 1. Made of top-brand high-performance 0.2mm thick cores, 220°C high-temperature resistant enameled wire, and N52SH high-strength arc magnets, the motor provides powerful torque and superior performance.
      2. Multi-strand enameled wire winding enhances slot
      filling rate, reducing the motor running temperature
      at the same power output.