The Trimble® FieldLevel™ II system streamlines the surveying, designing, and leveling steps required for land leveling projects. It also provides two methods for installing rice levees.     FieldLevel II helps ensure optimal water management by providing improvements in yields, water usage, and farm productivity. Functionalities include:

Land Leveling

Survey

Precisely map your fields; create boundaries, interior points, and surfaces with ease; and calculate and report on the true acreage of your survey area-for optimal field coverage and accurate surface designs.

Design

Create a best-fit surface using Autoplane technology; define primary and cross slopes for prescribed orientation and grades; and utilize Multiplane design software for more complex field requirements.

Level

Automatically drive the scraper hydraulic valves on any type of tractor and scraper to level your fields. You can also operate both tandem and dual scraper systems to increase the productivity of your leveling projects.

Levee Design and Installation Survey

Capture 3D topography data using the FieldLevel II Survey and Design module on the FmX® integrated display.

Design

Analyze the shape of the field using 3D view, contours, flow arrows, and tributary information within Farm Works Surface™ software . Define the start point, vertical intervals, and turn radius capability of the machine you're using and Surface will determine the optimal location for your levees.

Installation

Use a Trimble Autopilot™ steering system to accurately guide your tractor as the levees are being installed.

The Trimble® WM-Topo™ survey system is a topographic data collection device that can be taken into hard-to-reach areas such as ditches, steep terrain, muddy fields, or fields with mature crop cover. Survey data can be used to create surface models-to help you make well-informed water management decisions.  Benefits include:

Highly Portable

The WM-Topo system can be taken into areas that are inaccessible to tractor or truck-mounted survey equipment due to poor field conditions or mature crops-allowing you to easily collect survey data by hand.

Fast Payback

The WM-Topo system pays for itself by enabling users to gather topographic survey data year round and in a variety of environments.

Wireless Data Transfer

Topographic data collected with the WM-Topo system can be transferred to Farm Works Surface via USB stick or wirelessly using Office Sync to create a 3D model of the field.

Integrates with Drainage and Leveling Operations

Surface models created from the collected topographic data can be used to install drain pipes with the WM-Drain™ farm drainage solution or to create a leveling design for use with the FieldLevel II™ system.

Whether you’re a grower or an earthworks contractor, the Trimble® WM-Form™ land forming solution can help you fix underproducing acres – while also controlling the cost of the earthworks and minimizing disturbance to valuable topsoil.

With easy-to-use surface design tools and flexible parameters, WM-Form software can help you create field leveling, drainage and irrigation designs that optimize the field surface for water management and produce a more consistent yield.

You’ll get problem areas producing in no time, while you

Open up more acres to be farmed

Enable optimal water distribution and drainage

Minimize disturbance to valuable topsoil

Reduce erosion and minimize flooding by effectively channeling water

Create more uniform production and increase yield

You’ve invested in pivot irrigation systems to help get you get water to the crop and maximize your yields. Now, you’re ready to take the next step in irrigation management, whether it is monitoring and controlling all your pivots from any location, or targeting applications in specific areas across your field. Every situation is different from field to field, and grower to grower. That’s where the Irrigate-IQ solution comes in.

The Irrigate-IQ solution is flexible and scalable to suit your specific irrigation needs. It can be installed on many makes and models or pivots that have basic or smart panels. Because the Irrigate-IQ solution is scalable, you can start with the basic system to remotely monitor and control pivots, and upgrade to either optimal flow or variable rate irrigation at any time, using the same base hardware. There is no loss of initial investment!

Irrigate-IQ Monitor and Control

Monitor and control your irrigation system from any computer, smart phone, or tablet—so you don’t have to waste time going out to the field.

Irrigate-IQ Optimal Flow

Incorporate no spray areas within your irrigation plan, even if you do not have a variable frequency drive irrigation pump, without risking damage to your equipment.

Irrigate-IQ Variable Rate Irrigation

Perform highly targeted application or water, fertigation, or effluent by varying the rate of application across your pivot.

 AG GCS100 Grade Control System

An economical grade control system delivering excellent performance in long range applications with adverse environmental conditions.

Designed for vehicles pulling scrapers or drainage machines requiring connection with a PT valve

Operates with a single rigid mast

Configures with the CB40 control box and the LR40 laser receiver

Trimble Agriculture AG-GCS200 Grade Control System

AG GCS200 Grade Control System

A mid-level grade control system that includes a digital elevation display.

Designed for vehicles with PT valves

Operates with a dual rigid mast or single electric mast

Offers survey and control modes

Configures with the CB60 control box and the LR410 laser receive

Trimble Agriculture AG-GCS300/400 Grade Control System

AG GCS300/400 Grade Control System

Advanced grade control systems offering multiple capabilities to growers or water management contractors.

Connects to almost all machine types and works with external control valves

Offers control, survey, and indicate modes

Operates with single or dual electric masts or survey configurations

Configures with the CB415 control box and your choice of the LR410 or SR300 laser receiver

The Trimble® Field-IQ™ crop input control system enables productive and efficient functionality for your planting and nutrient and pest management operations. The Field-IQ system works with the Trimble TMX-2050 display, FmX® integrated display and CFX-750™ display. The Field-IQ™ crop input control system provides key precision agriculture functionality for your flow and application control, including:

Variable Rate Application Control

Save on input costs by monitoring and simultaneously varying up to 6 different materials to precisely plant seeds, apply chemicals, and broadcast fertilizers.

Keep as-applied mapping records of inputs

Adjust your seed population, fertilizer rates, or spray application manually or using a prescription created with Farm Works™ Mapping software

For more efficient fertilizer utilization, add a GreenSeeker® system

Automatic Section Control

Increase your profits by avoiding double coverage and eliminating wasted inputs using automatic or manual section control.

Automatically control up to 48 rows individually for maximum savings and increased yields

See where you have been and what you have done with overlap detection

Eliminate overlap by adding Tru Count Air Clutches® and Tru Count LiquiBlock™ Valves

Boom Height Control

Maintain even material application when spraying, minimize environmental impact, and reduce operator fatigue.

Automatically adjust the height of boom sections with sensors that measure the distance between ground cover or plant canopy, resulting in an even application of materials

Ensure the health of neighboring crops and minimize environmental impact by eliminating off-target applications of products

Automatic height sensing reduces operator fatigue by eliminating the need for manual boom switching

Seed Monitoring

Monitor real-time seeding information or fertilizer delivery lines and prevent costly planter problems by catching them early before they cause yield reduction.

See the results of singulation analysis, including information on population, singulation, skips/multiples, spacing, and quality of spacing

Spinner Speed Control

Automatically control spinner speed for spreader application systems.

During harvest, you can accurately view, map, and record crop yield and moisture data in real-time to instantly understand how well your crop performed. Functionality is dependent on which Trimble display you use.

Variety Tracking

Map and compare the performance of different seed varieties throughout your field.

Moisture Tracking

Determine if grain needs to be stored or dried based on the in-field moisture content.

Load Tracking

Record the amount of grain harvested and loaded onto your trucks.

Auto-cut Width

Adjust the cut width automatically when traveling over odd-shaped fields, point rows, or other previously harvested areas to improve the accuracy of yield calculations.

In-office Yield Analysis

Think of your yield map as an assessment of your crop. You can import your yield map into Farm Works Software® to view and assess the performance of your fields.

Identify high- and low-performance areas, determine the best seed variety for your farm, reconcile yield maps with the actual load ticket data, and generate reports.

Planning

The assessment of your crop yield will help you develop a plan for your fields the next year. Use the yield map within Farm Works Software to determine why your crop performed the way it did and design a strategy for the land prep and planting season.

Create prescription maps for variable rate application, budget your seed, chemical, and/or fertilizer costs, and create a plan for optimal water management.

More to come

The Trimble UX5 HP Aerial Imaging Solution is an easy to use, fully automated, high precision system for capturing images with resolution down to 1 cm.  Captured imagery is processed through the Trimble Business Center (TBC) solution, using an intuitive workflow that allows you to create crisp orthomosaics and 3D models for agronomic and topographic agriculture applications.

Imagery produced by TBC can also be uploaded to Connected Farm™ to compute vegetation vigor maps with indexes such as NDVI.

Superior Image Acquisition and Accuracy

The UX5 HP delivers precise data by integrating a high-performance Trimble GNSS receiver and a superior camera.  PPK GNSS technology is used to establish very accurate image locations in absolute coordinate systems, eliminating the need for ground control.  As a result, less time is spent in the field and high precision results can be achieved even in the most inaccessible areas.  With PPK, georeferencing aerial data is more robust and accurate than RTK, providing a superior level of reliability and accuracy.  Use either your own base station or work with data from reference stations to georeference your deliverables with the highest accuracy possible.

Trusted Performance

The UX5 HP is an extremely safe and durable system, made from impact resistant foam, that can withstand extreme temperatures, winds up to 55 km/h, and light rain—making it ideal for use in conditions that most unmanned aircrafts struggle to operate in.  Engineered with an advanced reverse thrust technology, you can count on accurate and predictable landings in confined areas.  The UX5 HP is easy to maintain with an airframe that can be renewed as needed.  Whether you work with row crops, vegetables, or fruit trees, the UX5 HP will continue to capture the highest quality data, flight after flight.