Which Drive Over Auger Hopper Works Best for Corn And Soybeans?

Content Menu

● Introduction to Drive Over Auger Hoppers

● Key Features to Consider

● Top Drive Over Auger Hopper Models Compared

● Performance for Corn and Soybeans

● Setup, Transport, and Maintenance

>> Setup

>> Transport

>> Maintenance

● User Experiences and Field Insights

>> Real-World Feedback

>> Common Pros

>> Potential Cons

● Visual Guide: Photos and Videos

● Conclusion

● FAQ: Drive Over Auger Hoppers

>> 1.What capacity drive over auger hopper is best for corn and soybeans?

>> 2.How important is the profile height of a drive over auger hopper?

>> 3.Can drive over auger hoppers handle wet corn or soybeans?

>> 4.Are these hoppers compatible with all augers?

>> 5.What maintenance is required for drive over auger hoppers?

● Citations:

Efficient grain handling is crucial during harvest, especially for high-volume crops like corn and soybeans. Choosing the right drive over auger hopper can significantly impact your unloading speed, labor requirements, and overall harvest logistics. In this comprehensive guide, we'll compare leading drive over auger hoppers, analyze their features, and help you determine which model works best for corn and soybeans. We'll include detailed specs, user insights, and visual resources to ensure you make an informed decision.

Introduction to Drive Over Auger Hoppers

Drive over auger hoppers are specialized grain handling tools designed to streamline the unloading process from trucks, semis, and gravity wagons. By allowing vehicles to drive directly over the hopper, these systems eliminate the need for precise positioning, manual labor, and time-consuming equipment adjustments. This is particularly valuable during the fast-paced corn and soybean harvest seasons, where every minute counts[1][2][3].

Key Features to Consider

When selecting a drive over auger hopper for corn and soybeans, consider the following features:

- Capacity (Bushels per Hour, BPH): Determines how quickly grain can be unloaded.

- Profile Height: Lower profiles accommodate more truck types and simplify unloading.

- Hopper Size: Larger catchment areas reduce spillage and allow for faster dumping.

- Power Source: Options include electric or hydraulic drives, each with pros and cons.

- Durability: Construction materials and design impact longevity and maintenance.

- Transportability: Ease of moving the unit between locations is vital for large operations.

- Compatibility: Ensure the hopper integrates with your auger and vehicle fleet[2][6][8].

Top Drive Over Auger Hopper Models Compared

Below is a comparison of some of the most popular drive over auger hoppers suitable for corn and soybeans:

Model	Max Capacity (BPH)	Profile Height	Hopper Size (inches)	Power Options	Unique Features
Burchland GSX 130	9,000	~10"	36 x 48 (center)	Electric/Hydraulic	Customizable, 13" discharge auger
Sudenga PDOH	7,500	9.75"	36 x 48 (center)	Electric/Hydraulic	Side dump for gravity wagons, easy transport
Sudenga Ox Hopper 125	12,500	9.75"	45 x 45 (center)	Hydraulic	Large capacity, optimized axle placement
Wheatheart GULP / GULP2	Matches auger	4.5"	52 x 80 (GULP)	Hydraulic	Ultra-low profile, transports with auger
Farm King 12" Drive Over Hopper	11,000	10.25"	46 x 48 (center)	Hydraulic	User-friendly ramp system, robust construction
Hayspear Self-Powered Hopper	2,500	13"	36 x 60 (approx.)	Electric/Hydraulic	Jet-a-Mount motor, easy motor removal

Performance for Corn and Soybeans

Corn and soybeans are among the highest-volume crops in North America, and their physical properties (size, flowability) are well-suited to most modern drive over auger hoppers. The key considerations are:

- Capacity: For large-scale operations, models like the Sudenga Ox Hopper 125 (up to 12,500 BPH) and Farm King 12" (up to 11,000 BPH) are ideal for rapid unloading of corn and soybeans[8][9].

- Low Profile: The Wheatheart GULP2 (4.5" profile) is especially useful for trucks with low clearance or uneven terrain, ensuring smooth unloading without risk of damage[6].

- Hopper Size: Larger catchment areas (e.g., 52" x 80" on the GULP) minimize spillage and accommodate the fast flow rates of corn and soybeans[3][6].

- Durability: All models listed use heavy-gauge steel and reinforced chains or paddles, ensuring reliable performance with abrasive grains like corn[1][2][8].

Setup, Transport, and Maintenance

Setup

- Most drive over auger hoppers are designed for quick setup. Hydraulic or manual lift options allow the ramps to be deployed in minutes[2][7].

- Proper alignment of the truck or trailer with the hopper ramps is crucial. Many users mark the ground for consistent positioning, especially when using multiple truck types[4][7].

Transport

- Hydraulic lift and folding ramps make it easy to move the hopper between bins or fields.

- Some models (e.g., Wheatheart GULP2) transport with the auger attached, saving time and reducing labor[6].

Maintenance

- Regular checks on drive chains, wheel bearings, and set screws are essential for safe operation and longevity[7].

- Cleaning and lubricating moving parts, especially after handling abrasive grains like corn, will extend the life of your equipment[7].

User Experiences and Field Insights

Real-World Feedback

- “We've used a drive over conveyor for wet corn that feeds a 14" auger for several years. It's about 7,500 BPH. With all 3 hopper trailers, positioning the hopper trailer tires just a inch or two from touching the ramp is perfect... after that it's easy.”

— MN Dave, AgTalk Forums[4]

- “The GULP's ultra-low profile allows for efficient and quick truck unloading for on-farm applications. No need to re-attach or re-position multiple pieces of equipment.”

— Wheatheart GULP User[3]

Common Pros

- Speed: Dramatically reduces unloading times for both corn and soybeans.

- Labor Savings: One-person operation is possible once the system is set up.

- Versatility: Most models can handle a range of grains and are compatible with various truck and trailer types.

Potential Cons

- Initial Setup: First-time alignment and setup can require a learning curve[4].

- Cost: High-capacity models represent a significant investment, though they pay off in efficiency.

Visual Guide: Photos and Videos

Conclusion

Selecting the best drive over auger hopper for corn and soybeans depends on your operation's size, equipment compatibility, and workflow preferences. For high-capacity, large-scale farms, the Sudenga Ox Hopper 125 and Farm King 12" models offer exceptional unloading speeds and robust construction. For operations prioritizing minimal setup time and versatility, the Wheatheart GULP2 stands out with its ultra-low profile and transport-with-auger design.

All the models discussed are engineered to handle the demands of corn and soybean harvests, but your choice should be guided by:

- Required unloading speed (BPH)

- Clearance and profile needs

- Ease of transport and setup

- Budget and long-term durability

Investing in a quality drive over auger hopper will streamline your harvest, reduce labor, and maximize your grain handling efficiency.

FAQ: Drive Over Auger Hoppers

1.What capacity drive over auger hopper is best for corn and soybeans?

For most corn and soybean operations, a hopper with at least 7,500 BPH is recommended. Large-scale farms may benefit from models offering 10,000–12,500 BPH for faster unloading[2][8][9].

2.How important is the profile height of a drive over auger hopper?

Profile height is crucial for compatibility with various trucks and trailers. Ultra-low profile models (like the Wheatheart GULP2 at 4.5") allow for easier unloading and reduce the risk of damage to vehicles[3][6].

3.Can drive over auger hoppers handle wet corn or soybeans?

Yes, most modern hoppers are designed for both dry and wet grains. However, wet corn may require higher-capacity or more robust models to prevent clogging and ensure smooth flow[4].

4.Are these hoppers compatible with all augers?

Most drive over auger hoppers are compatible with standard augers, but always verify discharge height, tube diameter, and mounting requirements. Some models are designed to transport with specific augers for added convenience[6][9].

5.What maintenance is required for drive over auger hoppers?

Routine maintenance includes checking and lubricating drive chains, inspecting wheel bearings, tightening set screws, and cleaning the hopper after each use to prevent buildup[7].

Citations:

[1] https://www.burchlandmfg.com/products/drive-over-grain-hopper/

[2] https://sudenga.com/our-products/drive-over-hopper/

[3] https://www.youtube.com/watch?v=VCCBWKnPj7g

[4] https://newagtalk.com/forums/thread-view.asp?tid=1069247&mid=9757157

[5] https://hayspear.com/self-powered-swing-hopper-8-to-10-incline-auger-roll-around/

[6] https://mordttractor.com/product/gulp-2-drive-over-hopper

[7] https://www.burchlandmfg.com/docs/GSX_MANUAL.pdf

[8] https://sudenga.com/our-products/drive-over-hopper-125/

[9] https://www.odessatrading.com/new-equipment/farm-king/grain-handling/augers/Drive-over-Hopper/12-Drive-Over-Hopper

[10] https://rustsales.com/grain-handling-equipment/

[11] https://www.generalimp.com/category/grain-handling/

[12] https://www.redpowermagazine.com/forums/topic/133848-swinging-grain-auger-hopper-other-side/

[13] https://www.grainsupply.com/product/grain-handling/drive-over-conveyor/soaring-eagle-drive-over-conveyor/

[14] https://www.youtube.com/watch?v=NnRlBzFbfWU

[15] https://new.newagtalk.com/forums/thread-view.asp?tid=69585&mid=2081039

[16] https://www.youtube.com/watch?v=xYisYEWRg3s

[17] https://rustsales.com/product/new-burchland-gsx130-drive-over-truck-hopper/

[18] https://www.youtube.com/watch?v=GuCUyoByOuQ

[19] http://nwgrainaugers.com/products1/belt-conveyors/pitstop-drive-over-hopper/

[20] https://www.youtube.com/watch?v=3y7vVT0O6Vk

[21] https://www.youtube.com/watch?v=e7tVePqfSUI

[22] https://www.youtube.com/watch?v=9OEXgpMzobA

[23] https://www.youtube.com/watch?v=iETWZOxWkrQ

[24] https://www.youtube.com/watch?v=sk-aTAZ4SJE

[25] https://www.youtube.com/watch?v=YEY_HlKjc8E

[26] https://www.youtube.com/watch?v=K1v7tHfgzVQ

[27] https://www.youtube.com/watch?v=W0W_-dj7IqM

[28] https://www.youtube.com/watch?v=bwOBDW_95RU

[29] https://www.youtube.com/watch?v=5eiEH0sRQMw

[30] https://talk.newagtalk.com/forums/thread-view.asp?tid=368398&DisplayType=flat&setCookie=1

[31] https://sudenga.com/news/save-hours-of-repositioning-time-with-a-portable-drive-over-hopper/

[32] https://www.aggrowth.com/en-us/farm-brands-overview/hutchinson/PortableBeltConveyors/drive-over-pitstop

[33] https://talk.newagtalk.com/forums/thread-view.asp?tid=525255&DisplayType=flat&setCookie=1

[34] https://www.aggrowth.com/globalassets/brands-section/batco/support-literature/pitstop-driveover-operation-manual.pdf

[35] https://www.skidsteersolutions.com/inside-the-cab-skid-steer-solutions/complete-skid-steer-auger-guide/

[36] https://sudenga.com/our-products/drive-over-hopper/

[37] https://www.davetheaugerman.com/pdf/Wheatheart/Manuals/14.pdf

[38] https://talk.newagtalk.com/forums/thread-view.asp?tid=684225&DisplayType=flat&setCookie=1

[39] https://www.reddit.com/r/TheBrewery/comments/wjklbv/cleaning_auger_and_hydrator/

[40] https://csgcowra.com.au/the-complete-guide-to-buying-a-grain-auger/

[41] https://newagtalk.com/forums/thread-view.asp?tid=1123824&mid=10346494

[42] https://newagtalk.com/forums/thread-view.asp?tid=1069247&mid=9757157

[43] https://www.topcropmanager.com/westfield-launches-drive-over-hopper-15759/

[44] https://www.trainorders.com/discussion/read.php?2%2C286124

[45] https://talk.newagtalk.com/forums/thread-view.asp?tid=69585&DisplayType=nested&setCookie=1

[46] https://www.youtube.com/watch?v=ZNqY7hPCYFM

[47] https://www.rovema-na.com/knowledge/mechanical/auger/vffs/troubleshooting-an-sdx-auger-with-inconsistent-filling

[48] https://www.youtube.com/watch?v=6zTcsmmZk8c

[49] https://jswoodhouse.com/brochures/WestfieldWRlit.pdf

[50] https://www.youtube.com/watch?v=YoKLHw-E6BI

[51] https://info.bossplow.com/blog/blog/bid/158005/off-season-storage-procedures-for-your-pintle-or-auger-spreader