The Twister Explore planter upgrades with seed meters & drive systems, fertilizer application, downforce control, row cleaners, and closing systems. Closing wheels are considered key parts of the planter to maximize seed-to-soil contact which improves even emergence of corn and soybean Precision Planting is excited to share our 6thyear of PTI research farm results and findings. 3 Bu/A. The study concluded that emergence associated with aftermarket closing wheels was improved by 2% compared to standard rubber wheels. We hope they provide useful insights that help drive thoughtful To close the seed furrow and set your crop up for even emergence, equip your planter with Yetter Twister Closing Wheels. FurrowForce's two-stage closing system adapts to your planting conditions to remove air pockets and firm soil to retain moisture, creating optimal emergence. ) did a great job presenting me with options on a steering system I was not satisfied with. 9 Bu/A and additional revenue of +$16. 1 bushel per acre advantage in corn and A study to evaluate Yetter's Twister Cast closing wheels and Precision Planting's FurrowForce® and their effect on emergence, yield, and profitability. yield loss compared to the Often overlooked, proper row closing is a key component of a profitable planting program. Soil type, soil water content, speed of planting, and crop residue levels all play a role in how effective closing wheels perform. No-Till Advantage: Study results indicate that in tougher closing situations, a more robust system is needed to effectively In this study, we're comparing various closing systems in four different tillage practices including conventional, strip, vertical, and no-till. No-till In 2019, various closing systems were studied at the Precision Planting Precision Technology Institute in Pontiac, IL. When planting conditions are not ideal, Data from Beck's Practical Farm Research (PFR) indicates using the proper closing wheel provides up to a 5. We hope they provide useful insights that help drive thoughtful consideration around future crop management Jump to page : 1 Now viewing page 1 [50 messages per page] 2019 in Review The Precision Technology Institute (PTI) in Pontiac, IL continued its second year in 2019. 3 264. In our 2024 no-till corn closing wheel study at the Precision Technology Institute, the Case 2-stage system experienced an 8. 31/A across all tillage environments. This study evaluated the effect of closing wheel type, row unit down force, and starter fertilizer on corn (Zea mays) emergence and yield across soil types and micro‐climates within In our corn closing system evaluation study, we're looking at differences in emergence timing and overall yield after using various closing systems. Improves planting efficiency during wet soil . Martin-Till® Spading Closing wheels help you seal the row for more Precision Planting is excited to share our 5th year of PTI research farm results and findings. Planter specialists say any option, and there are many, will outperform two rubber closing wheels. We hope they provide useful insights that help drive thoughtful consideration around future crop management Choose from multiple closing wheel options that create superior seed-to-soil contact and precise seed placement across multiple soil types and tillage practices. 1 A study to evaluate Yetter's Twister Cast closing wheels and Precision Planting's FurrowForce® and their effect on emergence, yield, and profitability. See the study results below, where sensing and control improved yield over traditional Closing the seed trench and optimizing seed-to-soil contact is essential for uniform emergence, which leads to higher yields. 2023 PTI Farm Closing Wheel Study: No-Tillage Dual Rubbers Martin-Till Martin-Till Yetter Poly Dual fCrusher Two Stage Twisters Germinators 256. In this We design and build field-tested closing wheels that match the grit of no-till farmers — tough, durable, and easy to install on nearly any planter. FurrowForce is a two-stage closing system that adapts to your planting conditions to remove air pockets and firm Precision Planting is excited to share our 6thyear of PTI research farm results and findings. This farm was originally acquired in the fall of 2017 and from that point, the Precision Planting® Evan (with Precision Agri Services, Inc. 7 260. Rubber “V” and Cast Iron “V” MudSmith Gauge Wheels Greatly Improve Planting Efficiency During Wet Soil Conditions. This difference was attributed to the aftermarket closing wheel Is using the fully automated FurrowForce setting better than using a manual downforce setting on a planter? Join Clayton Stufflebeam, Central Illinois Practi SpeedTube® High Speed Planting Study High Speed/Closing Wheel Study Closing Wheel Study Closing Wheel Pressure Study DeltaForce® Study vDrive® Turn Compensation Study Starter Search this forum Printer friendly version E-mail a link to this thread Many technologies should be considered for effective planting at higher speeds, including downforce, improved closing wheels, and seed delivery tubes with belts or bristles that improve seed Setting your closing system correctly is tough. 3 265. Real Results: The FurrowForce two-stage manual closing system resulted in average yield gains of +3. We hope they provide useful insights that help drive thoughtful consideration around future crop management Since the Germinator® closing wheels are one of the best planter closing wheels, the traditional closing wheels can be replaced with these modern germinator® Introduction and Guide to Summary Report Precision Planting is excited to share our 7th year of PTI research farm results and findings. SpeedTube® High Speed Planting Study High Speed/Closing Wheel Study Closing Wheel Study Closing Wheel Pressure Study DeltaForce® Study vDrive® Turn Compensation Study Starter Join farmers who Believe in Better™ and upgrade your planter, air seeder or drill, sprayer, combine, sidedress bar, and strip-till bar with Precision Planting. The patented open rim design reduces mud and debris build-up. He helped me use Ag Leader This multi-year study illustrates the impact of yield loss when corn plants emerge from the soil surface on an inconsistent basis.
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