In the testing of leaf blowers, data is collected and analyzed from both manufacturer specifications and test data. One of the main points of data collected is the sound level of the leaf blowers. Excessive noise can be a nuisance, so each model is tested to determine its sound level. Results show that Ryobi’s blower is the quietest among all tested units, while the Enhulk Max Pro Series 58V holds the title for the loudest leaf blower. To further understand the raw power of the leaf blowers, an air cannon was built for testing purposes. This cannon helps measure the output of the leaf blowers in terms of power.
The air cannon used for leaf blower testing is made mostly from 3-inch PVC and includes amenities such as an air gate and a restriction plate. A round plastic tube containing a sand mixture is used as the projectile, weighing 210 grams. Each model’s output is measured by launching the projectile from the air cannon and recording the distance it travels. The Greenworks Pro leaf blower achieved the longest average distance in the testing, showcasing its superior air power. The test results show how each brand compares in terms of power output, with the top pick from Greenworks outperforming the competition.
The test results highlight interesting comparisons between different leaf blower models, especially when looking at the advertised specs versus the actual data. For example, the Milwaukee and Craftsman blowers have similar CFM (Cubic Feet per Minute) and mph (Miles per Hour) specifications, but the test data shows Craftsman outperforming Milwaukee in both normal and turbo modes. By comparing the test results to the manufacturer specs, consumers can get a better understanding of the actual performance and power of the leaf blowers. The data collected provides valuable insights for choosing the right leaf blower based on individual needs and preferences.
Overall, the testing process involves collecting sound level data and measuring the power output of leaf blowers using an air cannon. Results show the differences in performance among various brands and models, helping consumers make informed decisions when purchasing a leaf blower. By combining manufacturer specifications with test data, a comprehensive analysis of each leaf blower’s capabilities is provided. The testing methodology ensures that the leaf blowers are accurately evaluated based on their sound levels and power output. This information is valuable for consumers looking to invest in a high-quality and effective leaf blower for their outdoor maintenance needs.
