modern sprayer technology | february 11, 2021

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Modern Sprayer Technology | February 11, 2021

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Page 1: Modern Sprayer Technology | February 11, 2021

Modern Sprayer Technology | February 11, 2021

Page 2: Modern Sprayer Technology | February 11, 2021

Tractors

Page 3: Modern Sprayer Technology | February 11, 2021

Combines

Page 4: Modern Sprayer Technology | February 11, 2021

Pull-Type Sprayer

Page 5: Modern Sprayer Technology | February 11, 2021

Self Propelled Sprayer

Page 6: Modern Sprayer Technology | February 11, 2021

Tillage

Page 7: Modern Sprayer Technology | February 11, 2021

Planters

Page 8: Modern Sprayer Technology | February 11, 2021

Operations

• GPS Guidance:• Tracks machine’s position within the field• Enables a number of control technologies that are

dependent on speed and position • Boundary Mapping:

• Ensures application is only taking place in intended area

Page 9: Modern Sprayer Technology | February 11, 2021

Operations

• Smart Guidance (Auto Steer):• Maintain consistent application speeds that help

deliver consistent droplet size• No Spray Zones:

• Created within the field to ensure only areas that require application are applied

• Exist to provide buffers or assist with erosion control

Page 10: Modern Sprayer Technology | February 11, 2021

Controls

• Boom Height Control:• Control with chassis roll compensation (terrain

look ahead) • Maintain correct boom height in relation to target

will reduce off target movement• Rate Control

• Provide correct rate of application for speed which will help produce the correct droplet size

• Turn compensation to avoid overspraying while making turns

Page 11: Modern Sprayer Technology | February 11, 2021

Controls

• Section Control:• Allow for partial boom shut off to ensure intended

area is only being applied• Can shutoff half a boom all the way down to an

individual nozzle• Pulse Width Modulation (PWM) Control:

• Ensures consistent droplet size across wide speed range

• Direct Injection:• Fully integrated system that allows for more

efficient chemical use• Makes for faster loading and safer cleaning

Page 12: Modern Sprayer Technology | February 11, 2021

Nozzles

• On/Off Nozzles• Positive on and off shut off reducing application in

unwanted areas and provides more consistent droplet size due to positive shut off versus pressure drop

• Stacked (Tiered) Nozzles• Combination of multiple nozzles to achieve flow while

maintaining target droplet size

Page 13: Modern Sprayer Technology | February 11, 2021

Targeted Spray Technology

• Distinguish difference between weeds and crops• Consists of lighting, camera, and section control units

installed on the boom• Allows for precise application of pesticide directly onto

the weed• Potential to reduce application by up to 90%• Works with both pre and post emergence applications

Page 14: Modern Sprayer Technology | February 11, 2021

Machine Mounted Weather Stations

• Mobile weather stations mounted directly on sprayer• Capture and provide information on:

• Wind speed• Wind Direction• Temperature• Humidity

• Allows for more accurate information to assist in mitigating spray drift

Page 15: Modern Sprayer Technology | February 11, 2021

Emerging Ag TechFebruary 11, 2021

S.A. ShearerFood, Agricultural and Biological Engineering

Page 16: Modern Sprayer Technology | February 11, 2021

Xaver - a compact, electric-powered prototype to autonomously in swarms w/ goal of reducing soil

compaction, energy consumption, and labor costs.

AGCO’s Xaver

(Source: www.realagriculture.com)

Page 17: Modern Sprayer Technology | February 11, 2021

SwarmFarm

(Source: www.swarmfarm.com)

Page 18: Modern Sprayer Technology | February 11, 2021

SABANTO

(Source: www.sabantoag.com)

Page 19: Modern Sprayer Technology | February 11, 2021

ecoRobotix

(Source: www.ecorobotix.com)

Page 20: Modern Sprayer Technology | February 11, 2021

BlueRiver Technology(Source: /www.bluerivertechnology.com)

Page 21: Modern Sprayer Technology | February 11, 2021

Zasso(Source: zasso.com)

Page 22: Modern Sprayer Technology | February 11, 2021

Current State of RPAAS Technology

Daniel E. Martin, Ph.D

Aerial Application Technology Research Unit, College Station, Texas

Page 23: Modern Sprayer Technology | February 11, 2021
Page 24: Modern Sprayer Technology | February 11, 2021

VoloDrone

Payload: 440 lbs.

Range: 25 miles

Speed: 50 MPH

Power: Fully Electric

Rotors: 18

Diameter: ~ 20’

Page 25: Modern Sprayer Technology | February 11, 2021

Pyka Pelican

625 lb. Payload (~75 gallons)150’ to Takeoff and Land

NewAtlas.com

Page 26: Modern Sprayer Technology | February 11, 2021

Pyka Pelican

38’ Wingspan20’ Long625 lb. Payload (~75 gallons)150’ to Takeoff and Land90 MPH Cruising Speed70 miles range135 acres/hr

NewAtlas.com

Pyka Pelican38’ Wingspan20’ Long

Page 27: Modern Sprayer Technology | February 11, 2021

Pyka Pelican90 MPH Cruising Speed70 miles range135 acres/hr

Page 28: Modern Sprayer Technology | February 11, 2021