HOL-TRIN
Propeller Balancing

Dynamic Balancing

A high-quality propeller balancer for drone motors and propellers. Balance propellers to ISO 21940-11 standards in just a few quick spins.

Dynamic Propeller Balancing

ISO Grade Configuration

Configure balancing tolerances to meet your application requirements.

ISO Grade Placeholder

Meet Your Requirements

Use the default quality grade of 6.3G or configure custom balancing tolerances according to your application and ISO 21940-11 requirements.

Balancing Results Placeholder

Precision Balancing Results

Achieve repeatable balancing performance with detailed vibration analysis and correction guidance for optimal propeller operation.

How It Works

Balance propellers in a few quick spins using guided balancing software.

Spin 1 Placeholder

Spin 1

Mount the propeller and perform the initial measurement spin to capture vibration characteristics and imbalance data.

Spin 2 Placeholder

Spin 2

Apply the recommended correction and perform a second spin to verify balancing improvements and residual vibration levels.

Spin 3 Placeholder

Spin 3

Complete the final balancing verification and validate that the propeller meets the configured balancing quality grade.

Balancing Tutorial

Learn how to dynamically balance large drone propellers using the balancing system and software workflow.

Balancing Tutorial Placeholder

Dynamically Balancing a 26" Propeller

Follow the complete balancing process from initial setup to final vibration correction using guided software measurements and balancing recommendations.

Balancing License Required

Contact our sales team to activate your balancing software license and unlock advanced dynamic balancing functionality.

Included Features

  • Dynamic balancing workflow
  • ISO balancing grade configuration
  • Guided correction process
  • Vibration measurement analysis

Applications

  • Drone propellers
  • Aerospace propulsion systems
  • Research laboratories
  • Manufacturing quality control