Flight Stand 15/ 50

Sku :

The Flight Stand 15/ 50 test stand allows you to precisely characterize and evaluate the performance of your motors and propellers by measuring thrust, torque, RPM, current, voltage, temperature, airspeed, propeller efficiency and motor efficiency.

Several variations are available:

  • 15 kgf vs. 50 kgf
  • Single motor vs. Dual motor
  • Standard vs. Pro version

The Pro version of the Flight Stand 15 has several advantages over the Standard version:

  • A higher sampling rate (1,000 Hz) for dynamic testing capability
  • Higher accuracy / lower error
  • Better calibration standard (ASTM protocols)
  • Lower recommended thrust limit
  • Wider range of propeller diameters

See the datasheets in the tab above for the full list of differences.

The Flight Stand 15/ 50 test stand allows you to precisely characterize and evaluate the performance of your motors and propellers by measuring thrust, torque, RPM, current, voltage, temperature, airspeed, propeller efficiency and motor efficiency.

Several variations are available:

  • 15 kgf vs. 50 kgf
  • Single motor vs. Dual motor
  • Standard vs. Pro version

The Pro version of the Flight Stand 15 has several advantages over the Standard version:

  • A higher sampling rate (1,000 Hz) for dynamic testing capability
  • Higher accuracy / lower error
  • Better calibration standard (ASTM protocols)
  • Lower recommended thrust limit
  • Wider range of propeller diameters

See the datasheets in the tab above for the full list of differences.

Flight Stand 15/ 50

The Flight Stand 15/ 50 test stand allows you to precisely characterize and evaluate the performance of your motors and propellers by measuring thrust, torque, RPM, current, voltage, temperature, airspeed, propeller efficiency and motor efficiency.

Several variations are available:

  • 15 kgf vs. 50 kgf
  • Single motor vs. Dual motor
  • Standard vs. Pro version

The Pro version of the Flight Stand 15 has several advantages over the Standard version:

  • A higher sampling rate (1,000 Hz) for dynamic testing capability
  • Higher accuracy / lower error
  • Better calibration standard (ASTM protocols)
  • Lower recommended thrust limit
  • Wider range of propeller diameters

See the datasheets in the tab above for the full list of differences.

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