Technical register for agricultural, construction and commercial machinery · sourced data

Miller 4215 – specifications

Series: Miller Sprayer

Build year not documented · Data origin: Directory data · sources

Not the right version? The data comes from vehicle registers holding many near-identical versions side by side. Photograph the data plate — we read make and type from it. Open the scanner e-mail address required

As a crop sprayer, the Miller 4215 belongs to the Miller Sprayer series. Engine output is 160.3 kW.

Within the range, rated power spans from 160 to 272 kW; with 160 kW, the 4215 sits at the bottom end. The next one up is the 4240 with 179 kW.

Miller sprayers 4215 to 4365 and Condor A40/A75 from the USA: Cummins and Mercedes-Benz engines, 160.3 to 272.2 kW for self-propelled crop protection equipment

Miller is a US manufacturer of sprayers and crop protection equipment. This page covers seven models: the 4215, 4240, 4275, 4315 and 4365, named after tank sizes, and the Condor line with the A40 and A75 models, sitting in the upper power segment of self-propelled sprayers.

Read on 3 more paragraphs

The register lists 7 versions with 160.3 to 272.2 kW from engines of the Cummins QSB 6.7-litre, Cummins QSL 6.7-litre, Mercedes-Benz OM926 7.2-litre and Cummins QSL 8.9-litre types; overall length ranges from 7,020 to 8,580 mm.

Self-propelled sprayers of this power class are used in professional arable farming, where high ground clearance, wide track widths and large tank volumes allow rapid crop protection over large areas without damaging the crop. Miller thereby competes alongside manufacturers such as Case IH, John Deere and Hagie in the self-propelled sprayer market. Adjustable track width and high ground clearance let the machine be matched to different crops, from cereals through to maize in an advanced growth stage.

When buying used, check the spray boom for distortion and corrosion, the tightness of pump, lines and nozzles, and the condition of tyres and axle suspension, which is under particular strain given the high ground clearance; residue in the tank can point to inadequate cleaning. Spare parts for the boom and pump are sourced through dealers specialising in crop protection equipment.

Sources: SpecCodex register, model data: Miller Sprayer

Technical data

Engine

Engine modelQSB 6.7 Litercorrect
Power160.3 kWcorrect

Dimensions and weights

Length8,580 mmcorrect

Drivetrain and chassis

Gearbox typeTorq-Trac hydrostatic transmissioncorrect
Turning radius4,500 mmcorrect

Working data

Fuel tank capacity567.8 lcorrect

Frequently asked questions

How much power does the Miller 4215 have?

The Miller 4215 delivers 160 kW.

What to check before buying

  • Check the hour meter against the service records — a replaced instrument is the most common gap.
  • Compare the data plate and chassis number with the papers.
  • Ask about parts availability for this build year — the running costs hang on it.

A general list for this type of machine — no substitute for an inspection or an appraiser.

Looking for this machine?
We do not sell machines. We ask the dealers who carry this model and come back with price and lead time.
Request a quote →
Need parts for this model?
We ask the suppliers and come back with price and lead time.
Request spare parts →

This page carries 6 individual figures for this model. They come from 1 recorded source; every figure can be traced there. What we cannot document is not here — we leave gaps open rather than estimate them.​‍‍​​‍⁠​‌⁠‍‍​​​⁠‍‍⁠⁠

Are you the manufacturer or a dealer of this machine? Check the data and add missing figures — we mark your correction as manufacturer or dealer information.

Check and complete the data →

Missing a figure you were looking for? Report it →

Know this machine better? Have a photo, a manual, or know that a figure is wrong? Add it to the register →

Other models in this series

Sources: RitchieSpecs equipment specifications (retrieved August 2026) · Data sources and cross-checks

Field sprayer in 3D section

Turn the model, look inside and click an assembly — each one is explained.

Compare