<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™

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

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

<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

<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

<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

<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

<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>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

Remote Management

Technology Products

<div>
       
       <p>The schedule and dispatch feature enables the scheduling and re-prioritization of work orders to an applicator and its supporting tenders:</p>
       <ul>
        <li>Provides visibility of all work orders simultaneously</li>
        <li>Shows all work orders georeferenced, using field boundary information</li>
        <li>Allows operator to assign work orders to equipment, including the application and tender</li>
        <li>Optimizes the routes for selected equipment</li>
        <li>Improves office efficiency by scheduling with a web-based system that automatically sends work order information to the operator in the field</li>
        <li>Schedule work orders based off product, customer, and location details</li>
        <li>Assign multiple applicators to the same work orders</li>
        <li>Utilize the advanced filter option to sort orders by client, farm, field, crop, product, dates, order numbers, priority, types, location, or rates</li>
       </ul>
       
      </div>

Manage work orders to improve asset utilization

<div>
       
       <p>AgLogic™ system improves capabilities to manage risk, making sure the right resources get to the right place at the right time.</p>
       <ul>
        <li>AgLogic solution can easily sort out work orders based on product to be applied. The scheduler can quickly schedule the same product application to the same applicator, reducing the need to rinse out and risk of contamination.</li>
        <li>Schedulers and operators can easily view weather conditions such as air temp, wind direction, wind speed, and radar in motion to know if applicators will be affected and quickly adjust schedules.</li>
        <li>Weather conditions prepopulate at the start and finish of each work order.</li>
        <li>Driving directions — applicators and tender drivers can get driving directions to field entry points.</li>
        <li>Field view on tablet allows the operator to confirm the correct field is being worked.</li>
        <li>DriftWatch™ sensitive crop registry allows both the scheduler and operator to see where sensitive crop locations are in relation to scheduled work as well as contact info for the grower.</li>
       </ul>
       <p>DriftWatch is a trademark of Purdue Research foundation.</p>
      </div>

Improve risk management

<div>
       
       <p>Use the AgLogic™ web application to view the current location of assets. The GPS position is updated one time per minute, providing the scheduler with valuable machine location and status.</p>
       <ul>
        <li>Provides a visual representation of the entire trade area and fleet, or the specific region associated with the user's secure login</li>
        <li>Helps make educated scheduling and routing decisions with a simple visual representation of operational activities to optimize allocation and the use of resources: equipment, people, and time</li>
        <li>Reduces the cost of applicator downtime by scheduling tenders based on their location in relation to the order, applicator, and/or blender locations</li>
        <li>Minimize tender refill time with geofences that alert the blend plant of incoming tenders</li>
        <li>Protects the Ag retailer’s business against disputes by confirming the location of completed work orders</li>
        <li>Completed work order tickets are customizable with more than 60 different conditions that managers may require applicators to document</li>
       </ul>
      </div>

Track equipment and associated activities

<div>
       
       
       <p>Automated data transfer functionality sends work order information from the AgLogic™ web application to the field and completed work order information from the field back to the web application:</p>
       <ul>
        <li>Allows user to react to schedule changes and immediately reroute assets by automatic communication to the field</li>
        <li>Reduces trips to the office and increases completed acres per day by receiving work instructions in the field electronically</li>
        <li>Increases the number of tendered applicators by enabling real-time schedule changes and enabling tenders to start their day in the field</li>
        <li>Improves cash flow by invoicing upon receipt of completed, adjusted work order information from the field</li>
       </ul>
       
      </div>

Send work order information wirelessly

<div>
       
       <p>File transfer enables two-way file transfer between the office and the field. The AgLogic™ solution can wirelessly send a prescription file directly to the mobile device in the cab. When the file is received, the operator is prompted that a file is attached to the work order. The file can then be moved from the mobile device to any supported display via a USB stick or John Deere Mobile Data Transfer. If a work order is assigned to an applicator that is equipped with a Generation 4 display and JDLink, then the prescription file will automatically be sent from AgLogic to the display. Raven Slingshot® displays may also accept assigned work orders and prescriptions wirelessly from AgLogic. Prescriptions may also be sent directly from supported back-offices without being uploaded.</p>
       <p> </p>
       <p>As-applied data can be attached to the work order in the applicator cab. The as-applied data is stored with the completed work order in the AgLogic system and can be migrated to other back-office software applications.</p>
       <p> </p>
       <p><em>NOTE: File transfer is available with the AgLogic Advanced license only.</em></p>
       <p> </p>
       <p>File transfer provides the following benefits:</p>
       <ul>
        <li>Reduces out-of-office time by wirelessly transferring files to the field</li>
        <li>Reduces downtime in the field by wirelessly receiving and sending files as needed</li>
       </ul>
       <p> </p>
       <p>Slingshot is a trademark of Raven Industries, Inc</p>
      </div>

Transmit files electronically to the field

<div>
       
       <p>The AgLogic™ solution provides turn-by-turn directions to any field or facility associated with the work order. Schedulers and managers may also view and track operators from the website to verify current location and status.</p>
       <p> </p>
       <p><strong>Driving directions</strong></p>
       <ul>
        <li>Saves time and eliminates paper waste at the plant by electronically guiding operators to fields</li>
        <li>Schedules may pin the entry point of each field for more accurate driving directions</li>
        <li>Eliminates time-robbing errors by providing turn-by-turn directions to operators in route to the field</li>
        <li>Increases tender productivity by providing turn-by-turn directions for tender drivers who are not familiar with field locations</li>
        <li>Allows new operators confidence and increased efficiency getting to the field</li>
        <li>Prevents unnecessary phone calls</li>
        <li>Helps to avoid costly misapplication</li>
       </ul>
      </div>

Get turn-by-turn directions to scheduled fields

<div>
       
       <ul>
        <li>Make informed management decisions with supporting data</li>
        <li>Analyze individual operator/machine productivity</li>
        <li>Identify which machines are most productive with acres/hour covered by machine or operator</li>
        <li>Reduce inefficiency when the producer can measure how much time is spent idling or waiting on tenders</li>
        <li>Identify efficiency gaps such as a need for more equipment or tenders</li>
       </ul>
      </div>