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EAVISION J100 agricultural drone flying over a cultivated field

Aircraft dossier / Manufacturer claims separated from operating analysis

EAVISION J100

Large agricultural spray, spread, lift, and mapping system

The J100 is presented as a multi-role agricultural platform for spraying, spreading, lifting, and data capture. That breadth makes configuration control, dealer support, legal authority, application calibration, charging, and parts discipline more important, not less.

Product image: Frame from official EAVISION J100 product video

By Reviewed July 28, 2026Manufacturer claims and FAA primary sources checked

Decision brief

Shortlist the J100 when a local dealer can document the exact regional configuration, U.S. operating pathway, field support, application system, charging loop, and seasonal parts response for the intended mission.

Best fit: Established application programs evaluating a high-capacity alternative and willing to validate configuration, support, approvals, software, and field performance before scaling.

Published configuration

Numbers with their conditions left attached.

These are manufacturer-published specifications, not independent field measurements. The context matters as much as the number.

Spray tank
45 L standard

EAVISION lists an optional 60 L maximum configuration. Confirm regional availability and loaded operating authority.

Published flow
24 L/min

English product-page claim for the dual electromagnetic impeller pump system.

Spread payload
Up to 60 kg

Manufacturer marketing maximum. Material, hopper, configuration, terrain, altitude, and legal authority govern actual use.

Droplet range
10-300 micrometers

Published continuously adjustable range with configuration-specific discs. The product label and application target still control the usable setting.

Charging claim
9 min

Manufacturer ultra-fast charging claim. Verify start and end state, battery temperature, power source, cooling, and cycle life.

Data capture
3.3 ha in 5 min

Manufacturer claim for the integrated data-capture workflow, not a universal mapping throughput guarantee.

Operating system

The aircraft is one layer of the purchase.

Dealer or program purchase. Require a model- and region-specific bill of materials, serial and firmware path, payload configuration, controller, batteries, charger, cooling, software, training, warranty, parts, support territory, and approval assumptions.

01

Exact delivered configuration

The platform can be marketed for spraying, spreading, lifting, and data capture. The contract must identify the installed tank, pumps, nozzles, hopper, sensors, controller, batteries, charger, software, and firmware.

02

Application and power loop

Flow and fast-charge claims only matter when the crew can safely mix, refill, cool, charge, inspect, clean, transport, and record each cycle under local field conditions.

03

Dealer territory

Confirm who supplies parts, performs repairs, trains the crew, supports software, handles warranty, and responds during the crop window. Do not rely on a global product page as a service agreement.

04

Mission separation

Data capture, spraying, spreading, and lifting can have different approvals, payloads, maintenance, software, crew skills, insurance, and records. Treat each as a controlled configuration.

Operating fit

Match the configuration to the job.

High-flow application

The platform may suit water-intensive or high-throughput work when the exact pump, nozzle, tank, route, material, label, weather, tender, and approval path support the claimed flow.

Granular spreading

Published payload and flow do not establish distribution quality. Verify the actual material, granule size, moisture, gate, spinner, target rate, pattern, calibration, and record.

Orchard and complex terrain

The manufacturer emphasizes sensing and terrain capability. Validate wires, vegetation, row geometry, lighting, sensor limits, speed, communication, manual escape, and emergency landing space in the actual crop.

Data capture

If the same platform will map or scout, define the camera, accuracy, calibration, processing, outputs, and professional scope separately from the application mission.

United States

Capability does not create operating authority.

This is an educational overview. Confirm the current aircraft, operation, exemptions, certificates, state credentials, labels, airspace, and local conditions before operating.

01

Part 137

Covered dispensing still requires the applicable agricultural aircraft operator certificate and exemption pathway. Platform capability does not grant operating authority.

02

Aircraft weight and registration

A high-capacity loaded configuration will exceed the small-UAS threshold. Confirm the exact aircraft, maximum takeoff weight, exemption, N-number, Part 91 conditions, and operating documents.

03

State pesticide and label rules

State applicator credentials, categories, product labels, buffers, drift controls, records, chemical handling, insurance, and local limits remain separate gates.

04

Configuration control

A certificate or exemption covers defined aircraft and conditions. Confirm that every tank, payload, software, firmware, and operating mode used in the field matches the approved configuration.

Field cycle

Judge the complete job, not the flight.

01

Verify the exact machine

Match serial, model year, region, firmware, payload, tank, nozzles, hopper, battery, charger, controller, software, and approval documents before the first commercial field.

02

Validate one mission

Run a controlled field acceptance plan for rate, pattern, flow, droplet or granule target, route, obstacle response, signal, charging, thermal behavior, records, and emergency procedures.

03

Measure the whole cycle

Time transport, setup, mixing, refill, battery exchange, cooling, charging, cleaning, route, maintenance, and closeout. Compare measured acres per crew-hour with the business case.

04

Scale only after support proves itself

Track faults, parts lead times, dealer response, battery health, software changes, calibration drift, application quality, and records through a real crop window before adding aircraft.

Before requesting a quote

Questions the specification sheet cannot answer.

  1. 01Which exact model year, region, payload, tank, pump, nozzle, spreader, sensor, controller, battery, charger, and software are in this quote?
  2. 02Which U.S. exemption, aircraft registration, Part 137 certificate, and operating conditions does the proposed configuration require?
  3. 03What official English manuals, release notes, parts catalogs, service documents, and training materials apply to this serial range?
  4. 04Where are parts stocked, who is qualified to repair the system, and what is the crop-season response target?
  5. 05What test conditions produced the 24 L/min, 60 kg, 9-minute, and data-capture claims?
  6. 06How will the dealer prove application uniformity, calibration, charging throughput, battery temperature control, and software data export?