Miller

Nitro 7000 Series

Get more grunt with less fuel, with up to 434hp

When you have a lot of acres to cover in a short period of time the Nitro models 7380 and 7420 are the answer.
With a large tank size of 6100L, wide range of boom options and peak horsepower of either 382 or 434, hectares will fly by quickly.

Proven propulsion system
The new Miller Nitro 7000 series features an innovative hydrostatic Danfoss pump system with electronically controlled variable displacement piston drive motors and seamlessly integrated Fairfield Torque-Hub® planetary final drives for the optimum drive performance.

Power when you need it
The Nitro 7000 series sprayers are powered by our own proven, reliable FPT® Tier 2 turbo diesel engines. Powerful, efficient FPT Tier 2 engines provide not just power, but peace of mind.

Brand new cab with luxury comforts
Includes details like footpegs on the steering column, auto climate control, Bluetooth and XM radio, push-button engine start and backlit, dimmable switches, automatic temperature control and integrated cooler; all adding up to major comfort.

Nitro 7310

Designed for your Comfort & Productivity

It's All About The Boom

Increase your productivity with the Nitro 7310. It’s front boom design gives a clear view of the boom, spray nozzles, and the field to confidently cover ground faster. The new ultra-quiet cab offers operators maximum comfort, control and convenience.

An industry leading 2m of ground clearance allows for late-stage application - Highest ground clearance on the market! Easily lower the overall height down to 3.9m from the operator’s seat for truck transport. Lighter overall weight than previous models means less soil compaction and a better horsepower-to-weight- ratio. Even weight distribution provides balance, with near equal load on each tire to maximize power to the ground while minimizing compaction.

New Features Made With You In Mind.

Chemical injection option allows for use of up to three injection pumps and four separate mid-mount tanks that are easy to access from the platform. When used in conjunction with water in the main tank, you can vary chemical application from field to field.

Redesigned adjustable chassis provides up to 2m of clearance. Its box steel construction uses 100,000-psi-yield high-strength steel for exceptional ruggedness and durability. A redesigned suspension system makes for a smooth ride. The optional Auto Rinse allows you to clean out the tank and boom with the press of a button in the cab or using the ground level display.

Bilberry now available with Miller Sprayers

Bilberry Intelligent Spot Spraying System

• Receive live crop data as cameras capture images as you spray across a field
• Green-on-green & green-on-brown weed detection
• Up to 93% herbicide savings
• Weed mapping for future planning

HOW IT WORKS:

High-definition RGB cameras connected to embedded computers are mounted directly on the boom, completely covering the spray treatment area. The cameras capture imagery across the field and the computers use algorithms to analyse the vegetation and recognise weeds among the crops. The in-cab user interface display allows the operator to configure, monitor and control the detection process, and send real-time directions to the nozzle controller.

Staged Spray Control

Cost effective droplet management

Miller's Staged Spray Control (SSC) – builds on the proven “twin line” spray system and provides operators with a cost effective tool for droplet management.

By utilising nozzle mounted air shut off valves to switch between two different sized nozzles, both speed and rate ranges can be extended while staying within the nozzles’ ideal pressure and droplet range.

Spray-Air Technology

Less drift, less water, more coverage!

The air blast penetrates the thickest crop canopies and drives the droplets deep for unsurpassed coverage.

When coverage is critical and you need deep canopy penetration to kill the target pest - be it weed, disease, or insect - look no further than to Miller’s Spray-Air air boom technology.

The unique air nozzle spray system puts instantaneous control of droplet size, spray pattern, and the speed of the air blast spraying into the crop right at your fingertips. There is no other technology available that will give you coverage as good as this, with the lowest application rates possible.

Available for current Miller Nitro sprayers (excluding Nitro N2XP), the Miller Spray-Air air boom technology to improve your application efficiency and generate a superior return on your investment!

Direct Chemical Injection

Save time and reduce chemical wastage with Miller's Direct Chemical Injection system.

The Direct Chemical Injection (DCI) system sets a new standard for chemical applications of every type, with unprecedented precision, savings, and safety. No tank mixing is required, and with the industry’s first automatic calibration feature, you are ready to go in minutes. Utilise the optional Rinse Assist to automatically flush the pump quickly and thoroughly. The whole system is amazingly simple and pays off with greater precision, higher yields and unrivaled efficiency.

Save time and reduce chemical wastage with the Direct Chemical Injection system. With no pre-mixing in the tank, there is no waste from unused product, and no cleanout or disposal issues when you are done.

Injection Toolbar

Fuel the growth

With the Miller Nitro Injection Toolbar, you'll be able to fuel the growth of your crop by injecting fertiliser between the rows into the root zone where you need it when you need it most.

With a Quick-Attach equipped Nitro, you can remove the sprayboom and in minutes have the Injection Toolbar installed and ready to go to the field. Take control over your crop's nutrient needs through split applications and timely injection of nitrogen immediately before the maximum uptake by the plant. Locking nitrogen into the root zone reduces the potential for leaching, volatization, and leaf burning. Mid-season injections also take some of the gamble out of nutrient applications, allowing you to adjust rates to suit growing conditions and yield potentials.