SpeedyDrone.caAgriculture

Crop Spraying

Drone spraying for Canadian farms.

Another way into the field when ground equipment is limited.

Start with your crop, field conditions and application window. SpeedyDrone connects spray configuration, field preparation, training and support around the work you need to do.

Explore DJI AGRAS T50
A complete DJI AGRAS T50 spraying above a green crop, with the field and tree line visible.

Where Drone Spraying Makes a Difference

A practical option for specific field conditions and crop stages.

Water-filled tractor wheel ruts at the edge of a cultivated field.

Wet or soft ground

When soil conditions limit ground equipment access.

Limited ground access does not mean the day is suitable for spraying. Check the weather and application conditions before the operation.

From Planning to Completed Application

A clear process from field assessment to task execution.

  1. Understand your needs

    Crops, growth stage, field conditions and objectives.

  2. Assess suitability

    Field boundaries, operating conditions and requirements.

  3. Plan and configure

    Equipment, application settings, field checks and team.

  4. Execute in the field

    Coordinate spraying, refilling and battery rotation.

  5. Review and record

    Operation records, unfinished areas and follow-up.

Recommended Equipment

Configured for your spraying operation.

A Smarter Workflow with Data

Use field information to plan the work, with people confirming the task.

  1. Official DJI Mavic 3M product image on a white background.

    Mavic 3M

    Collect field imagery

  2. DJI SmartFarm Web interface with real aerial field imagery and a planning panel.

    Terra / SmartFarm Web

    Analysis & planning

  3. Aerial crop photograph with DJI demonstration field boundaries and planned routes.

    Treatment map

    Plan targeted application

  4. DJI AGRAS T50 spraying aircraft, shown as an equipment option.

    T50 / T100

    Execute the agreed task

SmartFarm App supports operation records and review. Maps shown are DJI planning examples. Outputs, versions and transfer methods are confirmed during configuration.

Field Logistics Makes It Work

Power, refill, transport and people — organized around the next flight.

Pickup and field support trailer with an aircraft platform, liquid tanks and equipment.

Transport & setup

Get equipment to the field and prepare the site.

An operator carrying a battery towards a charging generator on a pickup.

Power & battery rotation

Organize charging and the next battery change.

Liquid storage tanks and a hose reel on an agricultural drone support trailer.

Refill & material handling

Prepare water, filling and material flow.

A team reviewing a controller on the raised platform of a field support trailer.

People & coordination

Agree team roles and the next steps.

Define the target. Then set the parameters.

A route is only part of spray planning. Keep planned settings, field checks and execution records distinct.

A field plan, before a flight plan.

Aerial photograph of green crop fields divided by narrow boundaries and tree-lined access roads.
  • Field boundary
  • Planned treatment area
  • Road / exclusion area
  • Proposed routes
  1. What area needs treatment?

    Separate the whole field, planned treatment area, exclusions and boundaries still to be checked on site.

  2. What liquid application is required?

    Distinguish the product dose per unit area from the spray volume per unit area. Less water does not automatically mean less product.

  3. How should adjacent passes meet?

    Match route spacing to the effective swath under the intended conditions. A published maximum swath is not a universal setting.

  4. How will coverage be checked?

    Check deposition at the target, the joins between passes and the field edges. A flown track alone does not verify spray quality.

  1. Plan the settings
  2. Check in the field
  3. Keep execution records
People observing a drone during a technical exchange at a Québec orchard.

Prepared around Canadian field conditions.

SpeedyDrone connects the task, equipment, training and ongoing support. Together, we establish what the site needs and what remains to be checked before use.

Task fit
Review the crop, land, existing equipment and the work that needs another option.
Spray & ground configuration
Identify candidate equipment, support facilities and unresolved requirements.
Deployment & handover
Arrange preparation, training and an operational handover within the agreed scope.
Technical support
Agree maintenance, issue reporting and the follow-up support process.

On-site testing, flight services and agronomic support are defined in the project scope; they are not automatically included with equipment purchase.

Before the work begins, confirm these conditions.

Start with the proposed product, location and team to identify what the spraying task needs.

  • Pesticide & label

    Confirm the product and intended use are eligible. Check dose, spray volume, droplets and buffers against the label and applicable policy.

  • Aircraft & operation

    Check aircraft registration, pilot qualifications and operating requirements for the model, flight method and location.

  • Provincial requirements & team

    Check local application requirements, roles and protective measures. Confirm pilot and pesticide-application qualifications separately.

Rows of orchard trees showing their form, canopies and spacing.

Orchards & tall-canopy crops

Start with tree form and the target area.

Review tree form, row spacing, canopy structure and treatment goals to define the coverage checks, then discuss equipment and field operations.

Tree form & row spacing
Understand the planting layout and site conditions.
Canopy & target areas
Identify what needs treatment and the coverage required.
Configuration & verification
Use spray-volume needs to decide what needs further checking.

Suitability and coverage for orchard and tall-canopy work need a separate assessment. Do not directly reuse broadacre settings.

Discuss your orchard spraying task

Before you choose a configuration.

Can a drone replace my ground sprayer?

We start with complementary capability. Identify the work limited by ground conditions, crop stage or scheduling, then assess where a drone could help. There is no need to replace a reliable process across the whole farm.

Do I also need Mavic 3M and software?

No. A configuration can begin with an already defined spraying task. Scouting, imagery processing and data management are optional, according to the information you already have and the work you need to do.

How much area can be completed in a day?

There is no single figure for every task. Discuss the planned treatment area, spray-volume requirements, field layout and ground supply before estimating how the work could be organized.

Can we discuss a configuration before buying?

Yes. Start with your equipment, main crops and the problem you are trying to solve. The next step is a task brief, candidate configuration and open questions, followed by scope and a quote.

What spraying task do you need to complete?

You do not need to choose an aircraft first. Tell us about the crop, field and your existing way of working.

  1. Receive your brief
  2. Discuss suitability
  3. Confirm configuration & scope
  4. Prepare a quote
sales@speedydrone.ca1-888-601-6668
Open the full quote form

Online submission is not available here. Prepare your request, then copy it or open your email app to send it yourself. Nothing is sent automatically.

Included with your request: Crop Spraying

  1. Your spraying task
  2. Your contact details
Your spraying task

Start with what you know. Estimates and details still to confirm are welcome; you do not need to choose an aircraft.

Enter the area you plan to treat, separate from the total farm area. Choose “To be assessed” if unknown.

Product details can follow during the discussion. No complete application plan is needed for this first enquiry.

Your contact details

Your name and email let us follow up. Company and phone are optional.

Next steps

  1. Request received
  2. Fit discussion
  3. Configuration and scope
  4. Quote

This starts a discussion. It does not confirm field suitability or authorize a spraying operation.

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