Leaf blowers are often subject to restrictions due to their noise levels, so CNET collects and analyzes manufacturer specs alongside their own test data to provide consumers with accurate information. One crucial data point collected is the sound level of each leaf blower. By running a sound level test for each model, CNET can determine how loud the leaf blower is when operating at the distance it is typically used from the ear. The results show that Ryobi’s blower is the quietest, while the Enhulk Max Pro Series 58V is the loudest among the units tested. To further evaluate the leaf blowers, CNET uses an air cannon to measure their power output. The cannon includes features like an air gate, a restriction plate, and a base for balance, and launches a projectile made of a sand mixture. The projectile measures the distance it travels after being blown by each leaf blower, with the Greenworks Pro leaf blower standing out for shooting the weight the farthest.
The test results from both the sound level and air power tests reveal interesting comparisons among different leaf blower brands. For example, the Milwaukee and Craftsman blowers have similar advertised specs for airflow and speed, but the Craftsman outperformed the Milwaukee in both normal and turbo modes by significant margins. This indicates that the test data collected by CNET provides valuable insights for consumers looking to purchase a leaf blower. By using their unique air cannon testing method, CNET was able to showcase the power output of each model, with the Greenworks Pro leaf blower emerging as the top performer in terms of air power. The visual representation of the test results makes it easy to see how each brand stacks up against the competition, allowing consumers to make informed decisions based on real-world performance data.
The air cannon used by CNET for testing leaf blowers is constructed mainly from 3-inch PVC and includes features like an air gate and a restriction plate to control the launch of the projectile. The projectile itself is a plastic tube containing a sand mixture, weighing a total of 210 grams. By measuring the distance the projectile travels after being blown by each leaf blower, CNET is able to determine the strength and effectiveness of the leaf blower’s output. The air cannon testing method provides a unique and innovative way to compare different leaf blower models based on their power capabilities, offering consumers a more tangible understanding of how each unit performs in real-world scenarios.
Overall, CNET’s data-driven approach to testing leaf blowers provides valuable insights for consumers seeking to purchase a high-performing and efficient product. By analyzing both sound levels and air power output, CNET is able to offer a comprehensive overview of how each leaf blower model compares to the competition. The results of the tests highlight which brands excel in terms of noise reduction and power output, allowing consumers to make informed decisions based on objective data. The visual representation of the test results enables easy comparison and understanding of the performance metrics, making it easier for consumers to choose the best leaf blower for their needs.
