This article isn’t about best practices, or social contracts, or innovative new technologies. It’s just a fascinating bit of history. If it has any moral at all, perhaps it’s to remember where we came from. I wonder where we’ll be tomorrow? Let’s be clear – the practices described in this article are anachronistic and while […]
An interesting technology recently came to our attention. The Horsch BoomSight detects potential obstacles and as the sprayer passes it raises the boom to avoid the impact. We figured it was worthy of a tweet, which read: @Spray_Guy:Ever accidentally hit something with your boom?<35 km/h, perhaps the Horsch BoomSight can help:http://bit.ly/2j6ShBx Now, when you tweet […]
NOTE: This article has proved very popular, and subsequently we received emails with additional information. The article has now been expanded to include work performed by Dr. Bob Wolf et al. Part 1: Boomless nozzles are used for vegetative management activities where it’s not practical, or sometimes even impossible, to use a horizontal boom. Consider highway easements […]
In 2019 we evaluated the spray coverage from nine application methods on corn silks. The results showed that a directed application from drop hoses (aka drop pipes, drop legs) suspended in between the rows gave significantly higher deposits. The results led us to wonder if the superior coverage from a directed application translated to improved […]
Read More… from Beluga Drop Hoses in Corn: Utility and Return on Investment (2023 Update)
We’ve written extensively about angled flat fan nozzles and their ideal operating parameters (i.e. pressure, boom height, droplet size, volume and travel speed) for spraying wheat heads. Generally, coverage on the sprayer-approach side of a wheat head (aka the advance side) is easier to achieve because droplets from a conventional flat fan geometry tend to […]
Read More… from Evaluating wheat head coverage from two new nozzles