<div>
<ul>
<li>Accurate placement of inputs</li>
<li>Increases productivity by increased AutoTrac usage in subsequent cropping passes.</li>
<li>Decrease crop damage in subsequent cropping practices</li>
<li>Higher accuracy of placement of inputs improving crop potential.</li>
</ul>
</div>
<div></div>


Active Implement Guidance

Agriculture

<ul>
<li>1,600-gallon (6,057 L) tank</li>
<li>Up to 132-foot (40.23 m) boom</li>
<li>375 hp, 9.0 L engine</li>
<li>35 mph (56.3 km/h) transport speed</li>
</ul>


616R Sprayer

<ul>
<li>Pull-type unit with drawbar</li>
<li>Adjustable discharge chute</li>
<li>Reversible, hydraulic feed roll</li>
</ul>


WC12 Series Wood Chippers

<ul>
<li>Adjustable blade scrapers increase productivity</li>
<li>Notched or smooth disk blades available in two sizes</li>
<li>Durable Clevis hitch</li>
<li>Oil bath tapered roller bearings minimize maintenance</li>
</ul>


DH52 Series Offset Disks

<ul>
<li>Forged-steel bale spear tines</li>
<li>Hitch provides a super-quick connection</li>
<li>Tubular frame is built strong&nbsp;</li>
</ul>


HS20 Series 3-Point Hitch Bale Spears

<div>
<ul>
<li>Cover more acres per day with less stress by extending AutoTrac into post emerge in-field operations such as spraying and harvest.</li>
<li>Protect crop yield when applying crop protectants and nutrients in stand crop by making sure that the sprayer or tractor stays off of the crop rows.</li>
<li>Focus on quality of the job being performed and ensure that the machine is operating as it should rather than being concerned about steering the machine in standing crop.</li>
</ul>
</div>


AutoTrac™ RowSense™ AutoTrac™ RowSense™ (Available on Combines, Sprayers and Tractors)

<ul>
<li>15 ft. cutting width</li>
<li>540 or 1000 PTO RPM</li>
<li>Front and rear suspension options</li>
<li>Inward or outward rotation</li>
</ul>


FC15M Flex Wing Rotary Cutter

<ul>
<li>200 or 300 cu. ft. (5.6 or 8.5 m3)dry box </li>
<li>375 hp, 9.0 L engine</li>
<li>25 mph (40.2 km/h) field speed, 35 mph (56.3 km/h) transport</li>
<li>Integrated intelligence with StarFire™ receiver, JDLink™ connection, and more</li>
<li>Three cab and visibility packages to customize your sprayer</li>
</ul>


600R Dry Spinner Spreader

<ul>
<li>A proven design that drives the cutting unit with electric reel motors</li>
<li>102 potential leak points eliminated in the reel circuit</li>
<li>Reduced sound levels and fuel consumption @ 2250 RPM</li>
<li>Greatly reduce triplex ring with exclusive offset cutting units</li>
</ul>


2550 E-Cut™ Hybrid Diesel Triplex Mower

<ul>
<li>Heavy-duty knife drive and cutterbar for increased reliability</li>
<li>Heavy-duty multi-bat reel improves crop flow</li>
<li>Adjustable reel-cam track to control crop release</li>
<li>Header index ensures optimum platform speeds</li>
</ul>


1100A Auger Platform

<ul>
<li>Digidrive<sup>TM</sup> drive system ensures maximum life</li>
<li>Hydraulic working angle adjustment</li>
<li>Durable Steel tines</li>
<li>Balloon tires operates smoothly on bumpy ground</li>
</ul>


TD13 Series Hay Tedder

Guidance

<ul>
<li>Provides +/- 1 inch pass-to-pass accuracy season after season, and year after year</li>
<li>Use a Dealer-owned RTK network to reduce your administrative expenses</li>
<li>Provides less chance of radio interference, and RTK Extend to minimize shading signal loss</li>
<li>Requires a StarFire 6000 receiver, SF3 Ready Activation, and RTK Ready Activation</li>
<li>Requires RTK subscription provided by your John Deere dealer or your own base station</li>
</ul>


Radio RTK 900

<ul>
<li>An affordable and portable way to put precision ag to work for you</li>
<li>8.4-inch touchscreen provides easy-to-use experience</li>
<li>High-contrast screen allows you to see your display in bright sunlight, even on open station tractors</li>
<li>Basic documentation and AutoTrac come standard</li>
</ul>


4240 Universal Display

<ul>
<li>Provides +/- 1 inch pass-to-pass accuracy season after season, and year after year</li>
<li>Allows you to use RTK precision in difficult areas such as hilly terrain because there is no line-of-sight requirement to the base station.</li>
<li>No need to manually switch base stations as you move between fields — you can roam anywhere within the network and have access to the RTK correction signal.</li>
<li>Requires a StarFire 6000 receiver, SF3 Ready Activation, RTK Ready Activation</li>
<li>Requires John Deere Mobile RTK subscription</li>
</ul>


RTK Mobile Correction Signal

<div>
<ul>
<li>Accurate placement of inputs</li>
<li>Increases productivity by increased AutoTrac usage in subsequent cropping passes.</li>
<li>Decrease crop damage in subsequent cropping practices</li>
<li>Higher accuracy of placement of inputs improving crop potential.</li>
</ul>
</div>


AutoTrac™ Implement Guidance

<ul>
<li>Faster pull-in time and improved performance in shaded conditions</li>
<li>Provides +/- 6 inch pass-to-pass accuracy</li>
<li>Options to upgrade for enhanced accuracy and longer term repeatability</li>
<li>Rapid Recovery feature can quickly re-acquire lost signals</li>
</ul>


StarFire™ 6000 with SF1 Receiver

<ul>
<li>Paddle sensor mounted on front wheel</li>
<li>For late, post-emerge applications</li>
<li>Approved for 30-in to 40 in (76 cm-101.6 cm) corn</li>
<li>For all 4 Series Sprayers</li>
</ul>


AutoTrac™ RowSense™ - Sprayer AutoTrac™ RowSense™ - Sprayer

AutoTrac™ RowSense™ – Sprayer AutoTrac™ RowSense™ – Sprayer

<p>Realize the benefits of AutoTrac on Non-Deere machines.</p>
<ul>
<li>Make long days easier with equipment and technology that works together for you.</li>
<li>Increase productivity by being able to cover more ground.</li>
<li>Reduce overlap and maximize inputs.</li>
<li>Reduce fatigue and improve operator experience</li>
</ul>


AutoTrac™ Controller

<ul>
<li>RTK-like accuracy &#8211; 2.5 cm pass to pass repeatability</li>
<li>SF-RTK achieves 75% faster pull-in times, compared to SF3 signal</li>
<li>Guaranteed 5-year repeatability, season to season</li>
<li>Drop-in replacement for StarFire™ 6000 receiver</li>
</ul>


StarFire™ 7000 Receiver with SF-RTK Signal

John Deere

<ul>
<li>Net Power: 200 kW (268 hp) at 1,900 rpm</li>
<li>Pump Capacities: 210 cm<sup>3</sup> (13 cu. in.) / 180 cm<sup>3</sup> (11 cu. in.)</li>
<li>Boom Reach: 8.6 m (28.2 ft.) / 10 m (32.8 ft.) / 11.0 m (36.1 ft.)</li>
</ul>


1470G Wheeled Harvester

<ul>
<li>Net Power: 131 kW (178 hp) at 1,900 rpm</li>
<li>Boom Reach: 8.5 m (27.9 ft.) / 10 m (32.8 ft.)</li>
<li>Tractive Force: 150 kN (33,721 lbf) with 24.5 tires/ 160 kN (35,969 lbf.) with 26.5 tires.</li>
<li>Load Rating: 11 000 kg (24,251 lb.)</li>
</ul>


1010G Forwarder

Precision Ag Technology

<div>
<ul>
<li>View on-the-go harvest information for potatoes, onions, sugar beets, and other specialty crops.</li>
<li>Transfer your data into John Deere Operations Center to make better decisions.</li>
</ul>
</div>


Yield Documentation Specialty Crops

<div>
<ul>
<li>Automate scraper adjustments to form land based upon water management software recommendations</li>
<li>Take advantage of plane control, grade control, and cross-slope compensation to achieve desired land forming results</li>
<li>Utilize horizontal RTK level accuracy without the need for additional laser guidance corrections</li>
</ul>
</div>


iGrade™

<div>
<ul>
<li>On-the-go measuring of moisture, dry matter, protein, starch, fiber, neutral detergent fiber, acid detergent fiber, and sugar</li>
<li>Automatically adjust inoculant dosage based on current dry matter level</li>
<li>Automatically adjust length-of-cut, on the go</li>
<li>The HarvestLab 3000 equipped with a turn table ensure a more frequent and more accurate evaluation of the ensiled material before rations are mixed.</li>
<li>Utilize your HarvestLab 3000 all year long with the dual use capabilities of the Sensor for forage harvest and bunk management with the stationary turn table.</li>
</ul>
</div>


John Deere HarvestLab™ 3000 HarvestLab™ and Constituent Sensing

<div>
<ul>
<li>Improve asset utilization by electronically assigning work orders to application equipment.</li>
<li>Make better scheduling decisions by seeing the entire equipment fleet on a single map.</li>
<li>Use advanced reporting to analyze machine and operator performance.</li>
</ul>
</div>


AgLogic™

<div>
<ul>
<li>Reduce the cost of having to purchase multiple rate controllers by controlling both liquid and dry products simultaneously with a single controller.</li>
<li>Provides a common rate controller and user interface across multiple machine and implement types including multi-tank air carts, direct injection systems, and dual-boom and tiered-boom systems.</li>
</ul>
</div>
<div></div>


John Deere Rate Controller 2000

Technology Products

<div>
       
       <p>Without the use of AIG, drawn implements are susceptible to implement drift caused by varying soil conditions as well as gravity in sidehill applications. John Deere AIG automatically steers the implement to the guidance line by providing GPS receiver position data to the implement steering system, reducing the adverse impact of implement drift</p>
       <p> </p>
       <p>The benefits of John Deere AIG include:</p>
       <ul>
        <li><a href="http://element-si-staging.azurewebsites.net/docs/sales/salesmanual/en_NA/ams/2022/feature/active_implement_guidance/inputs.html">Positive impact on inputs</a> </li>
        <li><a href="http://element-si-staging.azurewebsites.net/docs/sales/salesmanual/en_NA/ams/2022/feature/active_implement_guidance/crop_quality.html">High crop quality</a> </li>
        <li><a href="http://element-si-staging.azurewebsites.net/docs/sales/salesmanual/en_NA/ams/2022/feature/active_implement_guidance/fingertip_control.html">Industry-exclusive fingertip controls</a></li>
        <li><a href="http://element-si-staging.azurewebsites.net/docs/sales/salesmanual/en_NA/ams/2022/feature/active_implement_guidance/reduce_fatigue.html">Reduced operator fatigue</a> </li>
        <li>Flexibility of signal options with StarFire™ 3000 Receiver and StarFire 6000 Receiver</li>
       </ul>
      </div>

Automatically steers implement to guidance line

<div>
       
       <p>AIG helps optimize the use of inputs by increasing accuracy at the implement and facilitating seamless, repeatable passes throughout the growing season.</p>
       <p> </p>
       <p>AIG can help to reduce input costs in a variety of applications. Potato producers and other specialty crop producers that make frequent passes through the field have seen the value of AIG as they precisely plant and care for their crops. Additionally, producers employing strip-till practices are better able to align their seed placement with their fertilizer placement, maximizing the uptake of their valuable nutrients.</p>
      </div>

Positive impact on inputs

<div>
       
       <p>Maintaining the best crop quality is important in all farming operations, and is made especially difficult in cropping practices that require multiple passes through the field. Each pass during the production cycle puts the crop at risk. With AIG, producers no longer have to worry about the emerged crop, as both the tractor and implement are operating on the A-B line.</p>
       <p> </p>
       <p>A risk is also minimized when seed is planted with AIG. The improved precision of seed placement provides a straighter path for subsequent passes throughout the season. Compaction and crop disturbance are also reduced as AIG achieves its precision by keeping the implement and tractor on the same guidance path.</p>
       <p> </p>
       <p>At the end of the season, the results are better crop quality and improved yield, a value all producers can appreciate.</p>
      </div>

High crop quality

<div>
       
       <p>Active Implement Guidance (AIG) requires an implement steering mechanism. This is common with any active implement supplier on the market. The method of controlling the mechanism can only be found from John Deere.<br><br> John Deere controls the implement steering device through the tractor's SCV. This industry-exclusive technology allows operators to engage and disengage AIG quickly and easily.<br><br> Operators appreciate this when turning in fields with limited headland space. Simply disengage AIG and manually straighten out the implement after a turn by feathering the SCV lever.<br><br> Many minutes are saved, even with the most experienced operators, by eliminating the process of backing up after turns to align implements. The time an operator spent getting frustrated turning large implements can now be spent enjoying planting.<br><br> The fingertip controls also provide ease when parking implements in tight places or pulling through narrow spaces.</p>
       <p>Fingertip control is available for</p>
       <ul>
        <li>John Deere
         <ul>
          <li>Large-Frame 7X30 and 7R Series Tractors</li>
          <li>8XXX  and 8R Series Tractors</li>
          <li>9XXX and 9R Series Tractors</li>
         </ul></li>
       </ul>
       <p>Other tractors are compatible with John Deere AIG with the use of an external SCV.</p>
       
       <p>AIG is available for all other John Deere and non-John Deere tractors with the addition of an external SCV valve and SCV switch. Both can be ordered from a John Deere dealer. The tractor can have an open or a closed-center hydraulic system.</p>
      </div>

Industry-exclusive fingertip controls

<div>
       
       <p>AutoTrac™ assisted steering system paired with Active Implement Guidance (AIG) allows operators to be more productive as they focus on tasks other than steering while traveling down the field.</p>
       <p> </p>
       <p>When operators have to spend their entire workday manually steering a machine while watching for obstacles and checking to make sure the implement is operating as expected, they tend to get worn out.</p>
       <p> </p>
       <p>Using AutoTrac and AIG together greatly reduces the strain on the operator because the system accurately guides the implement down the most optimum pass, accurately placing inputs, such as seed or fertilizer, in the field.</p>
       <p> </p>
       <p>Other benefits to the operator:</p>
       <ul>
        <li>The implement can be monitored more closely to see if parts are wearing out or failing, allowing the operator to be proactive rather than reactive.</li>
        <li>A watchful eye can look for damaging obstacles in the field such as rocks, washouts, or holes caused by broken tile lines.</li>
        <li>An industry exclusive to John Deere, <a href="http://element-si-staging.azurewebsites.net/docs/sales/salesmanual/en_NA/ams/2022/feature/active_implement_guidance/fingertip_control.html">fingertip controls</a> allow operators to turn the implement steering mechanism manually in tight spaces.</li>
       </ul>
       <p>All of these benefits result in more uptime for the equipment and an operator who is more alert throughout the day, a benefit everyone can appreciate.</p>
      </div>

Reduced operator fatigue

<div>
       
       <p>Shared signal provides the functionality when pairing two receivers with AutoTrac™ Implement Guidance, Active Implement Guidance™,  Machine Sync combine harvest automation, or AutoPath™ software via the GreenStar™ 3 2630 Display, Generation 4 4600 CommandCenter™, or 4640 Universal Display. Shared signal allows correction signals to be communicated between a pair of receivers, improving relative system accuracy and reducing the initial investment required to use AutoTrac Implement Guidance, Active Implement Guidance,  Machine Sync combine harvest automation, or AutoPath.</p>
       <ul>
        <li><em>NOTE: When using shared signal, the leader must have the higher correction level.</em>
         <ul>
          <li><em>In an AutoPath application, shared signal uses the correction level of the leader.</em></li>
          <li><em>In a Machine Sync application, shared signal uses the correction level of the leader.<br></em></li>
         </ul></li>
       </ul>
       <p><strong>Supported configurations<br></strong>All StarFire 3000, StarFire 6000, and StarFire 7000 Receivers are compatible with shared signal and can be used interchangeably.</p>
       <ul>
        <li>The system uses the correction level of the leader. It is important to place the receiver with the highest correction level on the leader.</li>
       </ul>
       <p><em>NOTE: StarFire 3000 Receivers must be updated to 20-2 (2.80S), and StarFire 6000 Receivers must be updated to 20-2 (4.40N). Once both leader and follower are updated to this software, there are no configuration limitations on leader/follower setup between receiver models.</em></p>
       <ul>
        <li>Leader: the tractor receiver for AutoTrac Implement Guidance, AutoPath, and Active Implement Guidance, or the combine or harvest operation (pull-type harvester) receiver for Machine Sync combine harvest automation.
         <ul>
          <li>The leader’s correction level determines the correction level of the follower.</li>
          <li>For highest accuracy or for implement guidance applications, the leader must have the higher correction signal.</li>
         </ul></li>
        <li>Follower: the implement receiver for AutoTrac Implement Guidance and Active Implement Guidance, or the grain cart tractor receiver for Machine Sync combine harvest automation.
         <ul>
          <li>The follower may have the lower correction level, but the overall system accuracy matches the accuracy of the leader.</li>
         </ul></li>
       </ul>
       <h5>AutoTrac Implement Guidance and Active Implement Guidance</h5>
       
       <p>Shared signal enables StarFire receivers to share information when paired using implement guidance. This allows a StarFire receiver using a lower accuracy to be used on the implement for an implement guidance system and take advantage of the higher accuracy used by the machine receiver. The following table describes the accuracy expected from this system:</p>
       <p> </p>
       <table class="table table-bordered" border="1" cellspacing="1" cellpadding="1">
        <tbody>
         <tr>
          <td><p>Machine receiver activation level</p></td>
          <td><p>Implement receiver activation level</p></td>
          <td><p>Overall system accuracy level</p></td>
         </tr>
         <tr>
          <td><p>SF-RTK/SF3/SF2</p></td>
          <td><p>SF1</p></td>
          <td><p>SF-RTK/SF3/SF2</p></td>
         </tr>
         <tr>
          <td><p>RTK</p></td>
          <td><p>SF1</p></td>
          <td><p>RTK</p></td>
         </tr>
         <tr>
          <td><p>RTK</p></td>
          <td><p>SF-RTK/SF3/SF2</p></td>
          <td><p>RTK</p></td>
         </tr>
         <tr>
          <td><p>SF-RTK/SF3/SF2</p></td>
          <td><p>RTK</p></td>
          <td><p>SF-RTK/SF3/SF2</p></td>
         </tr>
         <tr>
          <td><p>SF1</p></td>
          <td><p>RTK</p></td>
          <td><p>SF1</p></td>
         </tr>
         <tr>
          <td>Mobile RTK Signal</td>
          <td><p>SF1/SF2/SF3/<br>SF-RTK</p></td>
          <td><p>RTK</p></td>
         </tr>
        </tbody>
       </table>
       <h5>AutoPath</h5>
       
       <p>Shared signal enables StarFire receivers to share information when paired using AutoPath. This allows a StarFire receiver with a lower accuracy to be used on the implement for AutoPath and take advantage of the higher accuracy used by the machine receiver. The following table describes the accuracy expected from this system:</p>
       <p> </p>
       <table class="table table-bordered" border="1" cellspacing="1" cellpadding="1">
        <tbody>
         <tr>
          <td><p>Machine receiver activation level</p></td>
          <td><p>Implement receiver activation level</p></td>
          <td><p>Overall system accuracy level</p></td>
         </tr>
         <tr>
          <td><p>SF-RTK/SF3/SF2</p></td>
          <td><p>SF1</p></td>
          <td><p>SF-RTK/SF3/SF2</p></td>
         </tr>
         <tr>
          <td><p>RTK</p></td>
          <td><p>SF1</p></td>
          <td><p>RTK</p></td>
         </tr>
         <tr>
          <td><p>RTK</p></td>
          <td><p>SF-RTK/SF3/SF2</p></td>
          <td><p>RTK</p></td>
         </tr>
         <tr>
          <td><p>SF-RTK/SF3/SF2</p></td>
          <td><p>RTK</p></td>
          <td><p>SF-RTK/SF3/SF2</p></td>
         </tr>
         <tr>
          <td><p>SF1</p></td>
          <td><p>RTK</p></td>
          <td><p>SF1</p></td>
         </tr>
         <tr>
          <td>Mobile RTK Signal</td>
          <td><p>SF1/SF2/SF3/<br>SF-RTK</p></td>
          <td><p>RTK</p></td>
         </tr>
        </tbody>
       </table>
       <h5>Machine Sync combine harvest automation</h5>
       
       <p>Shared signal enables StarFire receivers to share information when paired using Machine Sync combine harvest automation. This allows the two vehicle receivers to maximize system performance during harvest. To ensure optimal performance and compatibility, always update receivers to the most current software version available on StellarSupport™ portal. The following table describes the accuracy expected from this system:</p>
       <p> </p>
       <table class="table table-bordered" border="1" cellspacing="1" cellpadding="1">
        <tbody>
         <tr>
          <td><p>Machine receiver activation level</p></td>
          <td><p>Implement receiver activation level</p></td>
          <td><p>Overall system accuracy level</p></td>
         </tr>
         <tr>
          <td><p>SF-RTK/SF3/SF2</p></td>
          <td><p>SF1</p></td>
          <td><p>SF-RTK/SF3/SF2</p></td>
         </tr>
         <tr>
          <td><p>RTK</p></td>
          <td><p>SF1</p></td>
          <td><p>RTK</p></td>
         </tr>
         <tr>
          <td><p>RTK</p></td>
          <td><p>SF-RTK/SF3/SF2</p></td>
          <td><p>RTK</p></td>
         </tr>
         <tr>
          <td><p>SF-RTK/SF3/SF2</p></td>
          <td><p>RTK</p></td>
          <td><p>SF-RTK/SF3/SF2</p></td>
         </tr>
         <tr>
          <td><p>SF1</p></td>
          <td><p>RTK</p></td>
          <td><p>SF1</p></td>
         </tr>
         <tr>
          <td><p>Mobile RTK Signal</p></td>
          <td><p>SF1/SF2/SF3/<br>SF-RTK</p></td>
          <td><p>RTK</p></td>
         </tr>
        </tbody>
       </table>
      </div>