Blueprint theme / current DJI survey stack
Best Surveying Drones in Canada: Matrice 4E, Matrice 4D, Matrice 400, P1, L2 and L3
Choose the sensor and accuracy workflow first. Then choose the aircraft. This guide compares current portable photogrammetry, dock-ready mapping, full-frame imaging and LiDAR systems sold by SpeedyDrone Canada.
Quick answer
Matrice 4E is the best portable starting point. Matrice 4D is the repeat-mission option. Matrice 400 carries the professional P1, L2 and L3 payloads.
DJI Matrice 4E is the most practical current choice for construction mapping, stockpile surveys, orthomosaics and smaller topographic projects. It combines a 4/3-inch 20 MP mechanical-shutter camera, RTK and a compact 1.2 kg airframe.
DJI Matrice 4D uses a similar 4/3-inch 20 MP mechanical-shutter mapping camera but adds IP55 protection, longer maximum endurance, anti-ice propellers and DJI Dock 3 compatibility for repeated site capture.
DJI Matrice 400 with Zenmuse P1 is the current full-frame photogrammetry stack. Choose Zenmuse L2 for a proven value-oriented LiDAR workflow or Zenmuse L3 for DJI’s latest long-range, large-area LiDAR system.
D-RTK 3 and DJI Terra complete the collection and processing workflow, but they do not remove the need for a correctly established coordinate system, independent checkpoints and qualified professional review.
Do not buy from an accuracy headline alone
Manufacturer accuracy figures assume specific altitude, speed, overlap, RTK status, base coordinates, calibration, target reflectivity, terrain and processing settings. Your project specification should define checkpoints, coordinate reference system, acceptance tolerance and final deliverable before the equipment is selected.
Current SpeedyDrone survey systems
Five surveying stacks for different data products
Live SpeedyDrone pricing and availability context were checked on July 21, 2026. Enterprise stock, lenses, care coverage, batteries, controllers and software should be confirmed in the written quote.
DJI Matrice 4E
Construction, stockpiles, site mapping, smaller topographic projects and rapid field capture
CAD $6,229 standard
2 listed when checked
View System
DJI Matrice 4D
Repeated construction progress, industrial sites, quarries, stockpiles and scheduled mapping
CAD $9,088 with RC Plus 2 listing
1 listed when checked
View System
Matrice 400 + Zenmuse P1
High-resolution orthomosaics, large-area mapping, smart oblique capture and professional photogrammetry
Matrice 400 CAD $10,479 + P1 from CAD $9,099
Matrice 400: 2 listed; P1 variants: 2 listed
View System
Matrice 400 + Zenmuse L2
Topographic mapping, forestry, power-line modelling, vegetation penetration and terrain extraction
L2 from CAD $18,099; Matrice 400 sold separately
L2 special-order / no positive inventory shown when checked
View System
Matrice 400 + Zenmuse L3
Large-area topography, long corridors, forestry, transmission routes, mining and high-altitude LiDAR capture
L3 CAD $20,225; Matrice 400 sold separately
1 listed when checked
View SystemTechnical comparison sheet
Matrice 4E vs 4D vs P1 vs L2 vs L3
The systems are not direct substitutes. The important question is whether the deliverable requires portable RGB capture, repeated automation, full-frame photogrammetry or LiDAR.
| Category | DJI Matrice 4E | DJI Matrice 4D | Matrice 400 + Zenmuse P1 | Matrice 400 + Zenmuse L2 | Matrice 400 + Zenmuse L3 |
|---|---|---|---|---|---|
| Primary role | Portable photogrammetry | Dock-ready photogrammetry | Full-frame photogrammetry | Current value LiDAR stack | Latest long-range LiDAR stack |
| Best fit | Construction, stockpiles, site mapping, smaller topographic projects and rapid field capture | Repeated construction progress, industrial sites, quarries, stockpiles and scheduled mapping | High-resolution orthomosaics, large-area mapping, smart oblique capture and professional photogrammetry | Topographic mapping, forestry, power-line modelling, vegetation penetration and terrain extraction | Large-area topography, long corridors, forestry, transmission routes, mining and high-altitude LiDAR capture |
| Platform | 1,219 g with propellers | 1,850 g | Matrice 400 supports up to 6 kg payload under stated conditions | L2 weighs about 905 g and supports Matrice 400, Matrice 350 RTK and Matrice 300 RTK | L3 is designed for DJI Matrice 400 |
| Sensor | 4/3 CMOS 20 MP wide camera with mechanical shutter; 0.5-second minimum JPEG interval | 4/3 CMOS 20 MP mechanical-shutter wide camera; 0.5-second minimum interval | 45 MP full-frame sensor with 24 mm, 35 mm or 50 mm supported lenses | Frame LiDAR + high-accuracy IMU + 4/3 CMOS 20 MP RGB mapping camera | 1535 nm long-range LiDAR + dual 100 MP RGB mapping cameras + high-precision POS system |
| Endurance | Up to 49 minutes without wind under DJI test conditions | Up to 54 minutes forward flight and 47 minutes hover under DJI test conditions | Payload-dependent; Matrice 400 maximum flight figures are controlled-condition results | Payload and route dependent; recommended L2 operating altitude is 30–150 m | Mission dependent; long-range sensor supports higher-altitude and wider-area collection strategies |
| Positioning / accuracy claim | Integrated RTK; 1 cm + 1 ppm horizontal and 1.5 cm + 1 ppm vertical RTK FIX specification | Integrated RTK; precision mapping supported with RTK enabled | TimeSync 2.0 and RTK workflow; DJI-stated absolute accuracy 3 cm horizontal / 5 cm vertical under test conditions | DJI-stated system accuracy at 150 m: 5 cm horizontal / 4 cm vertical under test conditions | DJI example at 120 m: 4 cm horizontal / 3 cm vertical; at 300 m: 7.5 cm horizontal / 5 cm vertical |
| Weather | No standard ingress-protection rating; avoid water | IP55; -20°C to 50°C; anti-ice propellers and lens defogging | Matrice 400 IP55; P1 IP4X | L2 IP54; -20°C to 50°C | Confirm current payload operating limits and complete Matrice 400 configuration |
| Collection efficiency | DJI example: up to 2 km² per flight at 5 cm GSD under stated conditions | Five-direction smart oblique capture; compatible with DJI Dock 3 or RC Plus 2 Enterprise | DJI example: up to 3 km² in one flight under stated conditions | Up to five returns; DJI example: up to 2.5 km² in one flight | Up to 950 m range at 10% reflectivity; DJI example: up to 100 km² per day under stated conditions |
| Core software workflow | DJI Pilot 2 + DJI Terra; Smart 3D Capture and terrain-follow workflows | DJI FlightHub 2 for remote missions + DJI Terra for reconstruction | DJI Pilot 2 mapping or smart oblique capture + DJI Terra photogrammetry | Real-time point cloud preview + DJI Terra point-cloud processing | End-to-end DJI Pilot 2, D-RTK 3 and DJI Terra LiDAR workflow |
| SpeedyDrone price checked | CAD $6,229 standard | CAD $9,088 with RC Plus 2 listing | Matrice 400 CAD $10,479 + P1 from CAD $9,099 | L2 from CAD $18,099; Matrice 400 sold separately | L3 CAD $20,225; Matrice 400 sold separately |
| Availability checked | 2 listed when checked | 1 listed when checked | Matrice 400: 2 listed; P1 variants: 2 listed | L2 special-order / no positive inventory shown when checked | 1 listed when checked |
Comparison discipline: figures for area, accuracy, range and flight time are DJI test examples, not contractual performance. Practical output depends on the complete aircraft, payload, altitude, speed, overlap, terrain, reflectivity, weather, coordinate control, RTK/PPK quality, processing and independent validation.
Choose the collection method
Photogrammetry reconstructs visible surfaces. LiDAR measures laser returns.
Choose photogrammetry when
- You need an orthomosaic with recognizable colour and texture.
- The ground or asset surface is visible in the images.
- You need a textured 3D mesh, façade model or visual progress record.
- Stockpile volumes, earthworks and construction documentation are the main outputs.
- Budget, portability and rapid deployment favour Matrice 4E or Matrice 4D.
- Higher-resolution full-frame imagery justifies Matrice 400 with P1.
Choose LiDAR when
- You need terrain information beneath partial vegetation.
- Corridors, forestry, power lines or complex vertical structures are central.
- Uniform point geometry matters more than photorealistic texture.
- Low-texture surfaces or changing light make image matching difficult.
- You need multiple returns for canopy and ground classification.
- Large-area or long-range collection justifies Matrice 400 with L2 or L3.
Portable field mapping
Matrice 4E is the best first system for many construction and engineering teams.
The 4/3-inch 20 MP wide camera combines a mechanical shutter, adjustable aperture and 0.5-second JPEG interval. RTK and the portable airframe support efficient site mobilization without a heavy payload case.
DJI’s land-survey example describes up to 2 km² in one flight at 5 cm GSD under stated conditions. Treat this as a planning reference—not a guarantee. Smaller GSD, higher overlap, terrain follow, wind, obstacles and reserve policy reduce coverage.
Smart 3D Capture can create a rough model on the controller and support more targeted routes around irregular structures. The medium and tele cameras are useful for inspection context, but the 4/3-inch mechanical-shutter wide camera is the primary mapping sensor.
Matrice 4E has no standard ingress-protection rating. If wet-weather reliability is a core requirement, compare Matrice 4D or Matrice 400 rather than assuming a portable mapping drone can work through rain.
Repeatable remote mapping
Matrice 4D is the survey platform for sites that need the same mission again and again.
Matrice 4D retains a 4/3-inch 20 MP mechanical-shutter wide camera while adding IP55 protection, anti-ice propellers, lens defogging and Dock 3 compatibility.
DJI lists up to 54 minutes of forward flight and a 0.5-second minimum image interval. Five-direction smart oblique capture can collect multiple viewing directions in one route.
DJI states that the Matrice 4D wide camera supports precision mapping with RTK and can support mapping without GCPs in suitable workflows. That statement does not remove the need for independent checkpoints when the deliverable has an accuracy requirement.
The system is strongest for repeated construction progress, quarry or stockpile monitoring, industrial sites, campuses and infrastructure where standardizing the route and schedule creates better change analysis.
Full-frame photogrammetry
Zenmuse P1 is still the current high-resolution RGB mapping payload for Matrice 400.
P1 combines a 45 MP full-frame sensor, 24 mm, 35 mm or 50 mm supported lenses, a global mechanical shutter and a three-axis gimbal.
DJI publishes an absolute-accuracy example of 3 cm horizontally and 5 cm vertically at 3 cm GSD, 15 m/s, 75% front overlap and 55% side overlap under its stated conditions.
Smart Oblique Capture automates multiple viewing angles for 3D city, building, industrial and heritage models. The selectable lens makes P1 useful when the project must balance GSD, altitude, area and standoff.
P1 is a photogrammetry payload, so it does not penetrate vegetation like LiDAR. It is strongest where the visible surface and image texture support reliable reconstruction.
LiDAR selection
L2 is the value-oriented current LiDAR payload. L3 is the long-range, large-area upgrade.
Choose Zenmuse L2 for proven topographic and vegetation workflows.
L2 combines frame LiDAR, a high-accuracy IMU and a 4/3-inch 20 MP RGB camera. It supports repetitive and non-repetitive scanning, up to five returns and a maximum point rate of 1.2 million points per second in multiple-return mode.
DJI states 5 cm horizontal and 4 cm vertical system accuracy at 150 m under its laboratory workflow. Its maximum detection range is 450 m at 50% reflectivity in low light and 250 m at 10% reflectivity in bright conditions.
Best fit: topography, forestry, power-line modelling, terrain under vegetation and teams seeking a lower acquisition cost than L3.
View Zenmuse L2Choose Zenmuse L3 for long corridors, higher altitude and much larger daily coverage.
L3 uses a 1535 nm long-range LiDAR, dual 100 MP RGB mapping cameras and a high-precision POS system. DJI lists up to 950 m range at 10% reflectivity.
DJI’s accuracy examples are 4 cm horizontal and 3 cm vertical at 120 m, and 7.5 cm horizontal and 5 cm vertical at 300 m, under defined conditions with Matrice 400 and D-RTK 3.
Best fit: corridors, forestry, transmission routes, mining, large topographic programs and projects where collection efficiency justifies the latest payload.
View Zenmuse L3Accuracy fundamentals
GSD, precision and accuracy are related—but they are not interchangeable.
GSD
Ground sampling distance is the approximate ground dimension represented by one image pixel. Smaller GSD can reveal finer detail, but it does not prove that the model is correctly positioned.
Precision
Precision describes repeatability or internal consistency. A model can be internally consistent and still be shifted, rotated or vertically biased relative to the required coordinate system.
Accuracy
Accuracy describes closeness to a trusted reference. Demonstrate it with independent checkpoints that were not used to force the reconstruction into agreement.
Ground control and checkpoints have different jobs
Ground control points can help constrain the reconstruction. Checkpoints independently test it. A project with many control points but no independent checkpoints cannot demonstrate accuracy as clearly as a properly designed control-and-check network.
Complete survey stack
Aircraft + control + processing + validation
Aircraft and sensor
Matrice 4E and 4D collect integrated-camera photogrammetry. Matrice 400 carries P1, L2 or L3 according to the data product.
D-RTK 3 Multifunctional Station
D-RTK 3 can operate as a base, rover or relay. DJI states rover fixed-survey accuracy of 0.8 cm + 1 ppm horizontal and 1.5 cm + 1 ppm vertical under suitable conditions.
DJI Terra
DJI Terra processes visible-light photogrammetry and DJI LiDAR data into 2D and 3D products, point clouds and related outputs.
Independent checkpoints
Use points independent from control to calculate residuals and verify whether the final output meets the stated acceptance tolerance.
GIS, CAD, BIM and reports
Export the correct coordinate system, units, metadata, point-cloud classification, surfaces, contours, volumes or model files required by the client.
Professional and legal responsibility
Define who signs, reviews and relies on the deliverable. Boundary and professional-survey requirements are governed by provincial law and professional standards.
Control and processing tools
D-RTK 3 and DJI Terra turn captured data into a repeatable survey workflow.
D-RTK 3 Multifunctional Station
Use D-RTK 3 as a base, rover or relay according to the project. DJI publishes fixed-rover accuracy examples of 0.8 cm + 1 ppm horizontally and 1.5 cm + 1 ppm vertically under suitable conditions.
SpeedyDrone price checked: CAD $2,205.
View D-RTK 3
DJI Terra
DJI Terra processes visible-light imagery and DJI LiDAR data into 2D maps, 3D models and point clouds. Select the edition according to the sensor, reconstruction scale, processing features and licence term.
SpeedyDrone Standard price checked: from CAD $2,325 for one year.
View DJI Terra StandardProfessional workflow
Scope → Control → Assess → Plan → Capture → QA → Process → Validate → Deliver → Archive
Repeatable survey quality comes from the workflow around the drone, not from the aircraft alone.
Scope
Define deliverable, accuracy, coordinate system, area, surface and acceptance test.
Control
Establish base, RTK/PPK method, GCPs and independent checkpoints.
Assess
Review airspace, people, obstacles, weather, access and legal scope.
Plan
Select sensor, GSD, altitude, overlap, speed, terrain follow and battery reserve.
Capture
Confirm RTK FIX, consistent exposure, focus, route completion and image quality.
Field QA
Check coverage, blur, gaps, control visibility, LiDAR quality report and storage.
Process
Use the correct Terra workflow, coordinate reference, calibration and quality settings.
Validate
Compare checkpoints, investigate outliers and document residuals.
Deliver
Export required GIS, CAD, BIM, point-cloud, surface, contour and report files.
Archive
Preserve raw data, control, logs, settings, reports and versioned deliverables.
Mission-based recommendations
Which system fits the surveying deliverable?
Construction progress
Use 4E for portable capture across multiple projects. Use 4D with Dock 3 when the same site needs a consistent route and schedule. Lock the coordinate system, control, altitude, overlap and processing method so comparisons are meaningful.
Earthworks and stockpiles
Photogrammetry is usually efficient where the surface is visible. Use independent checkpoints, define the base surface and document exclusions before reporting cut, fill or stockpile volumes.
Topographic mapping
LiDAR is advantageous when vegetation, slope or complex terrain limits visible-surface photogrammetry. L3 is the higher-range current choice for larger areas and corridors.
Forestry and canopy structure
Multiple returns can help classify canopy and ground, but penetration varies with leaf-on conditions, scan geometry, pulse density, species and terrain. Ground verification remains important.
Corridors and utilities
Long-range LiDAR and a robust payload aircraft fit roads, rail, pipelines, transmission routes and linear assets where productivity and consistent geometry justify the system.
High-resolution 3D models
The 45 MP full-frame sensor, lens choice and smart oblique capture support building, industrial, urban and heritage models with high visual detail.
Repeated quarry or mine capture
Use 4D when standardized recurring capture is the priority. Use Matrice 400 with P1 or LiDAR when the site requires a specialized sensor or larger coverage program.
Boundary support imagery
Orthomosaics and point clouds can support field work, but they do not independently establish legal parcel boundaries. In Ontario, cadastral surveying is restricted under the Surveyors Act.
Canada and Ontario compliance
A legal flight and a legal survey are two different questions.
Aviation rules
All featured aircraft weigh at least 250 g and must be registered and marked. The pilot certificate, aircraft declaration, airspace authorization and operating category depend on the mission. BVLOS or remote dock operations require a separate regulatory analysis.
Professional scope
In Ontario, cadastral surveying includes work to establish, locate, define or describe parcel lines, boundaries or corners. The Surveyors Act restricts that practice to licensed or properly supervised practitioners and authorized businesses.
Client reliance
State whether the output is planning data, construction documentation, a volume estimate, an engineering input or a professional survey deliverable. Define review, liability, metadata and limitations accordingly.
Do not label a drone orthomosaic as a legal boundary survey
Visible fences, roads, occupation lines and parcel overlays may not coincide with the legal boundary. Use an Ontario Land Surveyor or the appropriately licensed professional for cadastral work, and check the law in the province where the project is located.
Survey deliverables
Specify the output before selecting the hardware.
A client asking for “a drone survey” may actually need an orthomosaic, a bare-earth surface, a volume calculation, a BIM input or a legally defensible professional deliverable. These are not the same product.
- Georeferenced orthomosaic
- Digital surface model
- Digital terrain model after appropriate classification
- Dense RGB point cloud
- LiDAR point cloud
- Textured 3D mesh
- Contours at an appropriate interval
- Cut-and-fill analysis
- Stockpile volume report
- Construction progress comparison
- Corridor or asset model
- Classification and quality report
- Checkpoint residual report
- Coordinate-system and metadata sheet
- GIS, CAD or BIM-ready export
- Raw data and reproducibility archive
Canadian list prices checked
Build the complete survey stack—not only the aircraft.
Matrice 4E
CAD $6,229Standard compact mapping aircraft. SpeedyDrone also listed a Mission Edition at CAD $6,739.
Matrice 4D
CAD $9,088RC Plus 2 listing for portable or Dock 3-compatible repeat mapping.
Matrice 400
CAD $10,479SP Plus Combo before the P1, L2 or L3 mission payload.
Zenmuse P1
From $9,099Full-frame photogrammetry payload. Confirm the selected lens and care plan.
Zenmuse L2
From $18,099Current LiDAR payload. No positive inventory was shown when checked; confirm lead time.
Zenmuse L3
CAD $20,225Latest long-range LiDAR payload for Matrice 400; one listed when checked.
D-RTK 3
CAD $2,205Multifunctional station for base, rover and relay workflows; one listed when checked.
DJI Terra
From $2,325Standard one-year listing. Permanent and Flagship options were also listed.
Price note: prices were read from live SpeedyDrone product records on July 21, 2026. Confirm tax, currency, stock, lenses, batteries, controller, charging, care coverage, software term, installation, training and package contents before purchase.
Total ownership cost
The aircraft may be less than half of the deployed workflow.
- Aircraft, controller and selected mapping or LiDAR payload
- Correct P1 lens or payload-specific mounting configuration
- Enough batteries and charging capacity for the daily area
- D-RTK 3, network RTK or another documented positioning workflow
- Survey pole, tripod, targets and checkpoint equipment
- DJI Terra licence and suitable processing workstation
- Storage, backup, archive and cybersecurity controls
- Field tablet, cellular connectivity and route-planning workflow
- Pilot training, mapping training and recurring proficiency
- Registration, pilot certificate, declaration and airspace authorization
- Professional-survey oversight where legally required
- Insurance, maintenance, care plan and replacement reserves
Measure cost per accepted deliverable
Compare mobilization time, field crew size, area per day, reflight rate, processing time, checkpoint performance, reporting effort and client acceptance. Faster collection has limited value if the data requires rework or fails the project tolerance.
Procurement checklist
Answer these questions before requesting the quote.
- What exact deliverable must be produced?
- What horizontal and vertical accuracy must be demonstrated?
- Which coordinate reference system, geoid and units are required?
- Is the surface visible, vegetated, reflective, wet or low texture?
- Is photogrammetry sufficient or is LiDAR required?
- What GSD or point density is actually needed?
- How much area must be collected per day?
- Will the same site be mapped repeatedly?
- What weather conditions must the system tolerate?
- How will control and independent checkpoints be established?
- Which DJI Terra edition and workstation are required?
- Who reviews and signs the deliverable?
- Does the work fall within a regulated professional-survey scope?
- What training, support and turnaround time are expected?
Final recommendation
Choose Matrice 4E for portable mapping, Matrice 4D for repeat automation, P1 for full-frame imagery and L3 for the newest large-area LiDAR workflow.
For most first-time professional buyers, Matrice 4E is the most efficient entry point. It is portable, mapping-focused and substantially less expensive than a modular payload platform.
Choose Matrice 4D when the business case depends on repeating the same mission through Dock 3. Choose Matrice 400 with P1 for high-resolution photogrammetry, L2 for a proven current LiDAR workflow, and L3 when long range and large-area productivity justify the latest payload.
The buying decision should be approved only after the team has defined its coordinate system, accuracy tolerance, independent-check method, deliverable, professional responsibility and complete processing workflow.
Frequently asked questions
Drone surveying FAQ for Canada
What is the best current surveying drone for most Canadian companies?
DJI Matrice 4E is the best portable starting point for many construction, engineering and mapping teams because it combines a 4/3-inch 20 MP mechanical-shutter camera, RTK, a 0.5-second photo interval and a compact 1.2 kg airframe. Matrice 4D is better for repeated Dock 3 missions. Matrice 400 with P1, L2 or L3 is better when the sensor, area, vegetation or accuracy workflow requires a modular payload platform.
Should I choose photogrammetry or LiDAR?
Choose photogrammetry when the surface is visible and you need orthomosaics, textured 3D models, high-resolution imagery or stockpile outputs at the lowest system cost. Choose LiDAR when vegetation penetration, bare-earth terrain, corridor work, forest structure or consistent geometry is more important. Some projects benefit from collecting both RGB imagery and LiDAR.
What is the difference between Matrice 4E and Matrice 4D?
Both use a 4/3-inch 20 MP mechanical-shutter wide camera. Matrice 4E is lighter and designed for portable field deployment. Matrice 4D is larger, IP55-rated, has a longer maximum forward-flight rating, uses anti-ice propellers and can operate through DJI Dock 3 or an RC Plus 2 Enterprise controller.
What is the difference between Zenmuse L2 and Zenmuse L3?
Zenmuse L2 is a current 905 nm LiDAR payload with up to five returns, a 4/3-inch 20 MP RGB camera and a strong value proposition for topography, forestry and power-line modelling. Zenmuse L3 is DJI’s newer long-range 1535 nm system for Matrice 400, with up to 950 m range at 10% reflectivity, dual 100 MP RGB cameras and substantially larger-area collection capability under DJI test conditions.
Does RTK mean I do not need ground control points?
Not automatically. RTK can reduce the number of ground control points in suitable workflows, but independent checkpoints remain important for proving accuracy. Coordinate-system setup, base-station coordinates, GNSS quality, camera calibration, overlap, terrain, processing and field conditions all affect the final result. Contract or regulatory requirements may still require control.
Is GSD the same as survey accuracy?
No. Ground sampling distance describes the approximate ground size represented by one image pixel. It affects visible detail, but it is not a guarantee of horizontal or vertical accuracy. Accuracy must be evaluated with independent checkpoints and a defined coordinate reference system.
Can a drone map be used as a legal boundary survey in Ontario?
A drone can collect useful aerial data, but Ontario’s Surveyors Act restricts cadastral surveying—work that establishes, locates, defines or describes parcel boundaries—to licensed or properly supervised practitioners, and businesses offering those services require the appropriate authorization. A photogrammetric model or orthomosaic does not by itself establish a legal property boundary.
Which DJI surveying system is best for construction progress?
Matrice 4E is the best portable choice for project-by-project capture. Matrice 4D with Dock 3 is better when the same site needs scheduled repeat missions and remote data collection. The correct workflow should use consistent control, route settings, altitude, camera parameters and processing so changes over time are comparable.
How much do SpeedyDrone surveying systems cost?
When checked on July 21, 2026, SpeedyDrone listed Matrice 4E at CAD $6,229, Matrice 4D with RC Plus 2 at CAD $9,088, Matrice 400 SP Plus Combo at CAD $10,479, Zenmuse P1 from CAD $9,099, Zenmuse L2 from CAD $18,099, Zenmuse L3 at CAD $20,225, D-RTK 3 at CAD $2,205 and DJI Terra Standard from CAD $2,325 for one year. Confirm tax, stock, care plans, batteries, lenses, software and package contents before ordering.
Can SpeedyDrone help configure a complete drone surveying workflow?
SpeedyDrone Canada can help compare aircraft, photogrammetry and LiDAR payloads, D-RTK 3, batteries, charging, DJI Terra and training. The customer remains responsible for professional scope, accuracy specifications, checkpoints, aviation approvals, insurance, data governance and any provincial surveying-licence requirements.
Official and live store sources
Sources checked July 21, 2026
Official DJI sources were used for specifications, accuracy examples and supported workflows. Transport Canada and Ontario e-Laws were used for current regulatory and professional-scope context. Live SpeedyDrone product data was used for pricing, inventory context and internal links.
- DJI Enterprise: Land Survey solutions
- DJI Enterprise: Cadastral Survey workflow
- DJI Enterprise: Matrice 4 Series
- DJI Enterprise: Matrice 4E specifications
- DJI Enterprise: DJI Dock 3 and Matrice 4D Series
- DJI Enterprise: Matrice 4D and Dock 3 specifications
- DJI Enterprise: Matrice 4D mapping FAQ
- DJI Enterprise: Matrice 400
- DJI Enterprise: Matrice 400 specifications
- DJI Enterprise: Zenmuse P1
- DJI Enterprise: Zenmuse P1 specifications
- DJI Enterprise: Zenmuse L2
- DJI Enterprise: Zenmuse L2 specifications
- DJI Enterprise: Zenmuse L3
- DJI Enterprise: Zenmuse L3 specifications
- DJI Enterprise: D-RTK 3 specifications
- DJI Enterprise: DJI Terra
- Transport Canada: Registering your drone
- Transport Canada: Flying safely and legally
- Ontario Surveyors Act
- SpeedyDrone Canada: DJI Matrice 4E
- SpeedyDrone Canada: DJI Matrice 4D
- SpeedyDrone Canada: Matrice 400 SP Plus Combo
- SpeedyDrone Canada: Zenmuse P1
- SpeedyDrone Canada: Zenmuse L2
- SpeedyDrone Canada: Zenmuse L3
- SpeedyDrone Canada: D-RTK 3 Multifunctional Station
- SpeedyDrone Canada: DJI Terra Standard
Editorial, accuracy and legal disclosure: specifications, firmware, compatibility, package contents, pricing, inventory and regulations can change. Accuracy must be validated against the project specification using an appropriate control and checkpoint method. This article is general information and is not an aviation authorization, legal opinion, cadastral survey or substitute for a licensed survey professional.
SpeedyDrone Canada Geospatial
Send the deliverable and tolerance—not only a drone model.
Share the project area, terrain, vegetation, coordinate system, required accuracy, deliverables, daily coverage, weather, software and professional-review requirements. SpeedyDrone can help compare Matrice 4E, Matrice 4D, Matrice 400, P1, L2, L3, D-RTK 3 and DJI Terra.
