Agricultural Sprayers

Find the information MERI needs for sprayer hose and seal leaks. Stop spraying, release pressure and identify the correct replacement before restarting.

Build a useful sprayer calibration log: nozzle identity, measured output, pressure, actual travel speed, configuration changes and a clear crew handover.

Plan an orchard sprayer tank mix with a label-first checklist for permitted use, mixing instructions, compatibility checks, agitation, PPE and sprayer readiness.

A safe troubleshooting guide for a weak or uneven nozzle: inspect the tip and filters, follow the manual and chemical label, and prevent repeat blockages.

Check a sprayer pressure gauge and its pressure path before calibration. Learn the warning signs, safe verification steps and what to check next.

Reduce off-target spray with practical checks for weather, nozzle choice, pressure range, sprayer setup and when to pause an application.

Build a sprayer cleanout log that tracks the product, machine parts cleaned and rinsate handling under the product label and local requirements.

Follow a practical sprayer cleanout sequence between crops: stop, depressurize, clean approved circuits, inspect components and follow the product label.

Learn the safe start-up, remote-control, spraying and shutdown sequence for MERI RCS tracked sprayers, with a video walkthrough and operator checks.

Check each orchard sprayer nozzle under operating conditions, compare measured output and verify coverage before application.

Diagnose low sprayer pressure safely: check supply, hoses, filters, pump symptoms, nozzles and controls before escalating configuration-specific faults to service.

Use this orchard sprayer pre-start checklist to inspect hoses, pump, fan guard, outlets, tracks and remote response, and know when to stop and call service.

Boom and airblast systems direct spray in different ways. A boom places liquid through spaced nozzles across a defined swath, which suits low crops and structured rows. An airblast system uses fan airflow to carry droplets into three-dimensional canopies. Tank size does not decide between them; crop architecture, target, access and calibration do. Direct recommendation […]

Tank capacity is valuable only when the machine can reach the crop, turn at the headland and return safely for refilling. A distant water and mixing point increases non-spraying travel, while a convenient refill point can make a smaller, narrower platform commercially sensible. Selection therefore starts with a route-and-time calculation, not the largest available tank. […]

Apple blocks can differ sharply in row width, tree age, canopy wall, slope and refill access. That is why tank size alone is a poor way to select an orchard sprayer. A tracked remote airblast platform should be matched to the narrowest passage, canopy height and density, required spray plan, turning space and the length […]

A larger tank can reduce refill frequency, but capacity grows together with the platform that must pass through the farm. The correct remote sprayer is therefore the largest configuration that still clears the narrowest row, gate, headland, transport route and crop envelope with a safe margin—not simply the largest tank in the catalogue. Direct recommendation […]

Citrus canopies are often dense, rounded and variable in height, while orchard alleys may include slopes, irrigation lines and soft ground. A remote airblast sprayer must therefore be selected around canopy penetration requirements, row clearance, refill logistics and the approved spray program—not orchard area or tank volume by itself. Fast selection answer Start with airblast […]

Daily work area becomes a useful capacity input only after the required application volume is known. Crop area alone does not determine tank size: the responsible agronomic process sets the application rate, and the equipment plan adds refill time, row access, canopy, turning, weather window and cleaning requirements. Direct recommendation Calculate daily liquid demand from […]

Vineyard spraying requires a machine that fits between trellis rows, turns inside the available headland and delivers the approved spray program to a vertical canopy wall. A remote airblast platform can separate the operator from the tracked carrier, but model choice still depends on row clearance, canopy height and density, refill distance, terrain and the […]

The MERI RCS family covers seven website models from 100 to 800 L. Capacity increases alongside chassis dimensions, weight, travel characteristics and the configuration required for boom or airblast work. This matrix is a shortlist tool; final selection still requires crop, access, spray-system and destination details. Direct recommendation Use RCS100–RCS200 where compact access is the […]

Vegetable farms combine closely spaced beds, changing crop heights, frequent field passes and strict label requirements. A remote tracked boom sprayer should be sized around the bed-and-aisle layout, boom and nozzle plan, headland, soil bearing capacity and refill cycle. Selecting by tank capacity alone can produce a machine that cannot pass or turn where it […]

Tank capacity does not define application quality. The pump, pressure regulation, filters, plumbing, nozzle type, nozzle spacing, travel method and crop target work as one system. Chemical labels, local rules and qualified application advice remain controlling; MERI configures equipment around the approved process. Direct recommendation Choose boom or airblast delivery from crop structure first. Then […]

Row-crop equipment must match a repeatable field geometry. The buyer needs to connect crop spacing, boom swath, nozzle pattern, headland turning room, application volume and refill time before selecting a tracked sprayer. Remote control can improve operator positioning around uneven or restricted fields, but it does not replace calibration or pesticide controls. Fast selection answer […]

Airblast coverage depends on moving spray-laden air into and through the target canopy. A headline reach distance cannot describe coverage by itself. Canopy height, depth, density, row geometry, fan airflow, nozzle distribution, droplet spectrum, travel speed, weather and calibration all affect deposition. MERI RCS airblast reach listed by model The current RCS Series TDS lists […]

Greenhouses impose hard dimensional limits: doors, benches, beds, pipes and crop growth can all reduce the usable aisle. Ventilation and worker separation add operating constraints. A tracked remote boom sprayer therefore starts with a clearance survey and an approved chemical-handling plan before tank size or options are discussed. Fast selection answer The compact ME-RCS100 boom […]

This field-test record helps commercial buyers evaluate a ME-RCS100-B demonstration without turning one video into a universal performance promise. It identifies the machine, task, visible evidence and limits, then lists the site data required before configuration. What the test shows The MERI video shows an ME-RCS100-B 100 L boom configuration travelling between low crops while […]

Slope changes every part of an orchard-sprayer decision. Liquid load shifts as the tank empties, wet ground reduces traction, cross-slope travel can be different from climbing, and a refill route may be more difficult than the treatment rows. A remote tracked sprayer keeps the operator off the carrier, but the site plan must still define […]

This field-test record helps commercial buyers evaluate a MERI remote tracked sprayer demonstration without turning one video into a universal performance promise. It identifies the machine, task, visible evidence and limits, then lists the site data required before configuration. What the test shows The MERI greenhouse video shows a compact tracked sprayer travelling within the […]

In a narrow orchard, the limiting dimension is rarely the nominal distance between tree trunks. Branches, fruit load, irrigation lines, posts and uneven ground reduce the actual moving envelope. A useful sprayer shortlist begins with a three-height clearance survey and the tightest headland, then balances tank capacity against the route. Fast planning answer Start with […]

This field-test record helps commercial buyers evaluate a ME-RCS400-A demonstration without turning one video into a universal performance promise. It identifies the machine, task, visible evidence and limits, then lists the site data required before configuration. What the test shows The MERI video identifies the ME-RCS400-A 400 L airblast configuration and shows spray being carried […]

Tracks can distribute machine load and provide traction, but they do not make saturated soil suitable for spraying. In muddy fields, the buyer must evaluate bearing capacity, rut tolerance, full and partial tank load, slope transitions, recovery access and contamination control before choosing capacity. Fast planning answer Choose the smallest tank that completes a practical […]

MERI Field Demonstration · Evidence-led Case The updated video shows a MERI remote-control sprayer traveling on muddy mountain roads and other uneven agricultural access. It supports a discussion about rough-route travel; it does not specify the exact machine configuration or establish a measured slope, tank load or spray-performance result. Evidence boundary This case describes the […]

A high canopy is a three-dimensional target. Vertical reach alone does not establish coverage: canopy depth, density, gaps, row spacing, nozzle orientation, airflow, speed and weather all affect deposition. Equipment selection must begin with a canopy profile and an approved calibration method. Fast planning answer Use airblast configuration -A, then select fan, nozzle zones and […]

MERI Field Demonstration · Evidence-led Case The official video title identifies the ME-RCS800-A, an 800 L airblast configuration, and an upper-canopy spraying demonstration. The updated case notes do not independently verify a crop species, field location, actual tank load or complete spray-coverage result. Evidence boundary The model, nominal capacity and airblast type are identified by […]

A spraying contractor buys a service system, not only a tank. The machine must cover the client crop mix, pass through different sites, travel legally and efficiently, clean between jobs and return to work quickly when wear parts are needed. A fleet plan should separate boom and airblast demand before choosing capacities. Fast planning answer […]

Remote control can remove the need to ride on the sprayer carrier and can let the operator choose a position away from moving equipment. It does not make pesticide application exposure-free. Mixing, loading, drift, contaminated surfaces, cleaning and re-entry still require the product label, training, protective equipment and local controls. Fast planning answer Treat remote […]

Tea plantations can combine narrow terraces, contour rows, wet ground and dense low canopies. The correct remote sprayer depends on the maintained route, terrace transitions, liquid load and approved application method. MERI does not use a generic orchard slope claim to declare every tea site suitable. Fast selection answer Survey each terrace and choose a […]

Berry production includes very different crop forms: low beds, blueberry bushes, cane fruit and trellised rows. One spray configuration cannot represent them all. Buyers should start with target geometry, passage width, trellis and irrigation assets, approved application volume, refill distance and ground condition. Fast selection answer Choose boom -B for low or evenly arranged targets […]

Choose a remote control agricultural sprayer by crop, row spacing, canopy, turning room, tank size and refill plan. Compare boom and airblast configurations across the MERI ME-RCS range.