DJI AGRAS aircraft bring spraying, spreading, mapping and automated route execution into one agricultural workflow. Unmanned Canada supports platform selection, demonstrations, field-power planning, training and Canadian deployment readiness.
Start with the routine application, refill cycle, transport method and field-power plan. Maximum payload is only one part of the decision.
A high-capacity platform for large-scale spraying and spreading programs, with optional lifting capability and DJI Safety System 3.0.
A proven, foldable agricultural platform combining field mapping, spraying and spreading in one established operating package.
*Published manufacturer reference values vary by configuration and test conditions. Confirm the complete aircraft, payload, battery, charger and field-power package before ordering.
T100 and T40 are currently listed by Unmanned Canada. T70P and T25P are included below for current-generation planning and should be confirmed for Canadian availability.
| Decision Factor | T25P | T40 | T70P | T100 |
|---|---|---|---|---|
| Spraying Capacity | 20 L / 20 kg | 40 kg | 70 L | 100 L |
| Spreading Capacity | 25 kg | 50 kg | 100 L tank | 150 L tank |
| Published Spray Flow | Up to 16 L/min | Up to 12 L/min | Up to 40 L/min | 30 L/min standard; 40 L/min optional |
| Best Screening Fit | Solo crews, compact transport and smaller blocks | Established mixed spray-and-spread programs | High-throughput work below T100 scale | Large farms, contractors and maximum throughput |
| Unmanned Canada Status | Confirm availability | Listed | Confirm availability | Listed airframe |
Need a model that is not yet listed in the catalog? We can confirm regional availability, system contents and lead time.
Ask About AGRAS AvailabilityThe payload, material, rate, terrain and label directions determine the correct operating workflow.
Plan repeatable routes for registered aerial-use products, then calibrate flow, droplet size, swath and application rate to the label.
Match route height, terrain following, penetration target and obstacle strategy to row structure and canopy density.
Configure the feeder and disc around material size, density, target rate and verified distribution uniformity.
Capture boundaries and obstacles, build treatment zones and apply only where the approved field plan requires it.
Select the closest operating profile for a practical starting point. Final selection should be validated against the actual material, rate and field plan.
Its compact foldable design and 20 L spraying capacity are designed around solo operation, convenient transport and smaller treatment blocks.
A dependable AGRAS deployment connects application planning, power, mixing and loading, data, training and support.
Select spray, spread or lifting hardware around the routine job and approved configuration.
Size the battery rotation, charger or generator and cooling workflow to the planned daily throughput.
Prepare boundaries, obstacles, terrain and positioning requirements before building repeatable routes.
Document mixing, loading, material handling, calibration, cleaning and spill-response procedures.
Prepare pilots and field crew for aircraft operations, application safety, maintenance and recordkeeping.
A staged rollout makes aircraft selection, compliance, calibration and daily productivity measurable.
Define crop, material, label, rate, block size, terrain and current application method.
Screen the aircraft configuration, operating category, pesticide rules, provincial requirements and field power.
Evaluate setup, route planning, application pattern, refill cycle and representative field conditions.
Prepare the team, document procedures and operate a limited program with clear performance measures.
Standardize power, spares, maintenance, records and recurring competency as application volume grows.
Canadian AGRAS operations can involve aviation, pesticide, environmental, workplace and provincial or territorial requirements. The correct pathway is mission-specific.
Confirm registration, pilot credentials, aircraft characteristics, operating category, airspace and whether an SFOC-RPAS or other approval is required.
Use only a pest control product whose label permits aerial application, and follow the labelled rate, volume, droplet, buffer and other aerial directions.
Check provincial or territorial licensing, certification, notification, insurance, environmental and recordkeeping requirements for the intended use.
Document weather limits, calibration, PPE, mixing and loading, exclusion zones, cleaning, maintenance, emergency actions and crew roles.
Clear starting answers for growers, contractors and organizations evaluating an agricultural drone program.
The current AGRAS collection lists the T100 Intelligent Airframe and the T40 V3 + 65W Charger Combo. T70P and T25P are current-generation DJI platforms, but availability, configuration and Canadian lead time should be confirmed before they are presented as orderable products.
Potentially, but the product and use must qualify. Health Canada’s June 2026 policy permits RPAS use for products registered for conventional aerial application when the operator follows the label and all policy conditions. Products without aerial application directions—or labels that prohibit aerial application—cannot be applied by RPAS.
Compare the routine application rate, field size, refill time, transport vehicle, crew, battery rotation, field power and desired daily throughput. T100 offers substantially greater published capacity; T40 remains a proven listed combo for established mixed spraying and spreading workflows.
Not necessarily. AGRAS listings can represent an airframe or a specific combo. Confirm the spray or spread system, batteries, charger or generator, controller, positioning accessories, spares, training and support included in the quoted configuration.
Bring the crop or application, material type, product label, target rate, typical block size, terrain, obstacles, water and refill access, transport method, daily acreage target, province or territory and preferred deployment timing.
Unmanned Canada can help coordinate product demonstrations, configuration planning, training and deployment support. The scope should be matched to the aircraft, crew experience and intended application workflow.
We’ll help screen the AGRAS platform, payload, battery rotation, field-power package, training plan and Canadian deployment questions before you commit to a system.
