Built on the Farm. Proven in the Field.
Meet Eric Hoover
Eric Hoover grew up on a dairy farm, where hands-on problem-solving was part of everyday life. Working in real farm conditions taught him early on that equipment has to be reliable, efficient, and built to perform—because downtime isn’t an option.
In 2015, Eric founded Hoover Ag to design and manufacture agricultural equipment shaped by real-world experience. Every product follows the same process: identify a need, build a solution, and test it on a working farm before it reaches a customer.
“If it doesn’t work on our farm, it doesn’t leave the shop.”
Farm-First Workflow
Identify
Real Farm Challenges
We begin by identifying inefficiencies and problems on working farms—issues that impact productivity, reliability, and day-to-day operations.
Design
Practical Solutions
Solutions are designed with function first, focusing on durability, ease of use, and performance in real-world conditions.
Build
In-House Fabrication
Equipment is fabricated and assembled in-house, allowing for hands-on quality control and customization.
Test
Field-Proven Performance
Before anything leaves our shop, it’s tested on working farms to ensure it performs reliably under real conditions.
Built for Efficiency. Built to Last.
- Quality Materials: Selected for strength and longevity
- Durable Construction: Built for demanding farm use
- Farm-Tested Performance: Proven in real conditions
- Long-Term Value: Designed to perform year after year
Made in Pennsylvania. Built for Your Operation.
American-Made Strength
Family-Owned
A Family of Agricultural Brands
Hoover Ag
Designing and manufacturing agricultural machinery built by farmers and proven in the field.
Ameriwind
Manufacturing high-volume, low-speed fans engineered to improve airflow, comfort, and efficiency in agricultural and industrial spaces.
AutoVent
Developing intelligent environmental control systems that help optimize conditions inside barns and agricultural facilities.
Sharing What We’ve Learned
At Hoover Ag, we believe good equipment starts with understanding how it’s used in the field. That’s why we share real-world insights, walkthroughs, and farm-tested solutions through our YouTube channel—focused on practical applications, not sales pitches.
From equipment overviews to problem-solving in real farm conditions, our videos are built to be helpful, straightforward, and easy to follow.
Looking for Equipment Built for Your Operation?
FAQs
We have the answers to your questions!
Does hose diameter affect pumping speed?
Yes. Larger diameter hoses have less friction loss. This allows you to pump farther and pump faster.
What causes premature pump failure?
- Most premature pump failure happens when pumping sand-laden manure without the proper pump. Sand is abrasive and can quickly wear down components.
- Failure can also be caused by cavitation due to restricted flow.
How do you prevent cavitation in a manure pump?
Maintain at least 15 PSI on the inlet side of the pump. Proper inlet pressure helps prevent cavitation and protects the pump.
How often should manure drag hoses be inspected?
- Hoses should be checked regularly.
- A good time to inspect them is when you are blowing a pig through the line. Check for leaks, wear, and weak spots.
How does manure thickness affect pump performance?
Thicker manure requires more power to pump and can reduce performance.
If manure contains sand, it becomes abrasive. In these cases, you should use a white iron pump designed for handling abrasive materials.