DJI Dock 4 with DJI Matrice 5TD Thermal Drone Bundle

+27 11 557 9200 DJI Enterprise · Dock-based operationsDJI Dock 4 with Matrice 5TD Thermal security. Night-time awareness. Repeatable inspection. Combine native 1280 × 1024 thermal imaging, detailed visible-light views and dock-based deployment for thermal security, night-time situational awareness and repeatable inspection. Assess DJI Dock 4 with Matrice 5TD for perimeter observation, incident response and asset monitoring in South Africa and across Africa. Available as a bundle · Quotation required Request a bundle quoteExplore the features <25 secondsDJI-stated battery swap* 59 minutesMaximum flight time* 1280 × 1024Native thermal resolution 11×Telephoto camera *Manufacturer test figures, not guaranteed mission performance. Swap timing is distinct from the stated <45-second operational turnaround. FeaturesApplicationsFeature videosSpecificationsQuestionsBundle quotation Built around the missionThermal security, night operations and inspection 01Thermal security and night-time awareness Use thermal and visible views to help operators assess people, vehicles and activity around perimeters and remote sites. Thermal imaging and low-light visible imaging provide different information; visibility and detection depend on conditions. 02Incident assessment and control-room support Plan permitted patrol and dispatch workflows for security teams, with aerial context for assessing alarms and coordinating a response. Operators must review detections; any alarm or control-room integration requires project-specific validation. 03Thermal inspection and asset monitoring Plan repeatable thermal and visual surveys for energy, mining and industrial assets, including solar installations and substations. Equipment loading, viewing conditions and competent interpretation remain essential to assessing suspected anomalies. South Africa and AfricaDJI Dock 4 for thermal security and inspection GoThermal brings thermal-imaging expertise to security, night-time observation and asset inspection. The DJI Dock 4 and Matrice 5TD bundle combines automatic battery swapping with a multi-sensor aircraft; the right deployment starts with the operational requirement, not just the hardware. Thermal observation for security teams Start with the areas to observe, the activities of interest and the decisions the operator needs to make. Thermal imagery can support awareness in darkness without relying on visible illumination. It does not identify a person, see through solid objects or guarantee detection. Distance, weather, obstructions and thermal contrast affect what is visible. Night-time assessment with thermal and visible views Use the thermal view to assess heat contrast and the visible cameras to add scene context where lighting permits. Matrice 5TD combines a thermal camera with wide, medium and telephoto visible cameras. Select the view for the task rather than treating thermal imaging and low-light night vision as interchangeable technologies. Repeatable inspection with qualified interpretation For industrial and energy assets, define repeatable viewpoints and record operating and environmental conditions. Native 1280 × 1024 thermal imagery provides detail; the 2560 × 2048 UHR mode is processed output, not a larger detector. A competent thermographer should assess suspected anomalies, accounting for reflections, surface properties, distance and equipment loading. Scope the operational workflow Whether the mission is security or inspection, agree who authorises flights, monitors the imagery, reviews findings and coordinates follow-up. Scope software, communications, site integration, installation, training and support separately. Automated docking does not provide unrestricted autonomous flight or replace the applicable aviation permissions. Explore thermal drones for security and inspection · Plan your drone enablement programmeSecurity and night operationsBuild a night patrol around the decision, not just the image A useful thermal-security brief defines what an operator needs to decide: whether an area is clear, where activity is occurring, whether an alarm needs investigation, or where a responding team should approach. Start with a map of observation areas, permitted flight paths and places where buildings, vegetation or terrain can hide activity. Do not treat a thermal image as proof of identity, intent or an unobstructed view through a structure. Define an acceptance exercise Which people, vehicles or activities must be observable, from which viewpoints and in which conditions? Agree a controlled day-and-night demonstration with representative targets, distances, backgrounds and weather limits. Record missed observations and ambiguous scenes as well as successful observations. A supplier demonstration is not a guaranteed detection distance for your site. Ask for: a scene-by-scene acceptance plan, annotated example imagery and explicit visibility limits.Use thermal and visible views together Thermal imaging shows heat contrast; low-light visible imagery provides a different kind of scene detail where lighting permits. Ask operators to compare both views before escalating an incident. Warm equipment, animals, reflections and changing backgrounds can complicate interpretation. Neither a colour palette nor a highlighted heat source establishes a security threat. Ask for: a verification checklist defining when to review another view, request human confirmation or withhold a conclusion.Agree the control-room handover Who authorises a launch, watches the imagery, classifies an observation and directs the ground response? Specify the location reference, timestamp, scene description and uncertainty to pass to the responder. Agree how an operator cancels a false alarm or records an inconclusive observation. Validate any alarm-system, VMS or control-room connection against the actual project; do not assume it is included or preconfigured. Ask for: a responsibility matrix, escalation procedure and separately scoped integration test.Plan the gaps and protect the evidence What happens during a return, battery exchange, weather stop, lost connection or maintenance visit? Decide which fixed cameras or patrols cover the gap and who can stop the mission. Set flight and privacy boundaries, image access permissions and retention periods. Confirm applicable aviation permissions and operating procedures before treating a proposed route as an available service. Ask for: a fallback coverage plan, incident-log template and evidence-access policy. Inspection, interpretation and maintenanceTurn repeatable thermal observations into reviewable findings A screening survey locates suspected anomalies; a temperature measurement requires suitable data and measurement conditions; a diagnosis requires competent assessment and, often, corroborating tests. These are separate deliverables. Define which one your inspection programme needs before choosing a route, software workflow or reporting format. Make comparisons meaningful Identify each asset and its normal operating state. For solar, electrical or industrial work, ask how equipment loading, recent weather, sunlight, wind and surface condition will be recorded. Specify repeatable viewpoints, viewing angles and useful visible-light context. An apparent change between flights may reflect different conditions rather than deterioration. Ask for: an asset register, route and viewpoint schedule, and a field sheet for operating and environmental conditions.Preserve the right thermal data Matrice 5TD has native 1280 × 1024 thermal resolution; 2560 × 2048 UHR is processed output, not a larger detector. More displayed pixels do not remove measurement uncertainty. Before promising offline temperature analysis, request sample original files and verify radiometric content, export options and compatibility with the intended analysis software and licence. A screenshot or colourised video alone is not proof of a temperature-measurement dataset. Ask for: a sample capture-to-export-to-analysis test using the released regional firmware and intended software.Interpret anomalies, do not automate a diagnosis Have a competent thermographer assess emissivity, reflected apparent temperature, distance, target size, viewing angle and operating load before assigning significance to a hot or cold area. Compare like-for-like assets and visible imagery, and record alternative explanations. An apparent hot connection, unusual panel pattern or warm surface is a finding for investigation, not an automatic fault diagnosis or a guaranteed prediction of failure. Ask for: a documented interpretation method, reviewer competence and a rule for findings that require a closer inspection or another test.Specify an actionable report Agree the asset identifier, location, capture time, thermal and visible image references, conditions, observation, limitations and recommended next action for each finding. Separate measured values from visual assessments and state which measurement settings were used where relevant. Let the responsible engineer or maintenance team set priorities using asset criticality and supporting evidence, rather than a palette colour alone. Ask for: a sample report and an export that your maintenance team can actually open and trace back to the original capture. Close the loop after maintenance Who accepts the finding, creates the work order and decides whether an asset can remain in service? Record the action taken and repeat the observation under comparable conditions after the intervention. Retain unresolved findings and inconclusive captures, not just successes. Agree how routes, battery condition, dock inspections, lens cleanliness, software changes and scheduled maintenance will be checked so that a long-running programme remains repeatable. Quotation checklist: request separate line items for site assessment, aviation and operating arrangements, communications, required O4 infrastructure, software licences, analysis/reporting, operator training, installation and support where needed. These are planning requirements, not a statement that services or third-party integrations are included in the hardware bundle. Explore autonomous drone inspection and thermal monitoring · Explore drone first-responder planning · Discuss your security or inspection brief The complete systemFrom battery swap to actionable information 01 · swapBattery swapping, not a charging pause Dock 4 exchanges the aircraft battery automatically. DJI states a battery swap of under 25 seconds and an operational turnaround of under 45 seconds. These are different timings, not interchangeable promises. 02 · enduranceMore time over the site Matrice 5TD has a stated maximum flight time of 59 minutes. The presentation separately quotes 48 minutes of practical operating time. Actual endurance depends on payload, weather, route and operating reserve. 03 · thermalThermal detail at 1280 × 1024 The thermal camera captures native 1280 × 1024 imagery, with a super-resolution mode up to 2560 × 2048. Super-resolution is processed output, not a larger native detector. PIP and MSX fusion support visual context. 04 · zoomWide, medium and 11× telephoto views Three 50 MP visible-light cameras combine a wide-angle view, a 3× medium telephoto view and an 11× super telephoto view. DJI specifies up to 176× hybrid zoom and a laser rangefinder up to 3 km under its stated test conditions. 05 · nightRYYB telephoto imaging after dark The 11× telephoto camera uses an RYYB sensor for low-light imaging. Near-infrared supplemental illumination supports night viewing. Compare the original demonstration footage rather than assuming performance in every lighting condition. 06 · connectivityO4 connectivity and dual cellular links The O4 Ground Station elevates positioning and transmission above ground-level obstructions. The aircraft includes dual 4G connectivity, with link fusion and supported station roaming. Frequency bands and range depend on the region, installation and operating conditions. 07 · safetyLayered sensing and operating safeguards Six full-colour obstacle-sensing cameras combine with integrated sensing modules. Altitude alerts, supported Remote ID detection and the independent flight termination system add safeguards. Sensing does not guarantee obstacle avoidance or authorise a flight. 08 · accessoriesLight, communication and parachute options DJI names the AL2D spotlight, AS2D speaker and AP1 parachute in its released specification and lists them in the launch presentation. The spotlight adjusts with the lens, and the speaker supports push-to-talk. Accessory selection, legal use and bundle inclusion are confirmed in the quotation. 09 · intelligenceDetection and dispatch in one workflow DJI presents onboard AI target detection alongside FlightHub 2 dispatch, Analyzer Pro, Copilot, annotations and evidence workflows. Feature availability depends on software version, licence, region and deployment. AI detections require operator review. 10 · integrationConnect operations to the control room FlightHub integrations include OpenAPI, Sync, MQTT, event interfaces and SSO. The presentation illustrates VMS, CAD and SCADA connections. These are integration capabilities, not a promise of a preconfigured connector to every third-party platform. 11 · deploymentPlan the complete deployment Assess power, network coverage, O4 placement, site access, take-off and return paths, landing areas, aviation permissions and operator responsibilities before commissioning. IP56 applies to Dock 4 and IP55 to Matrice 5TD. The stated operating range is −40 °C to 50 °C. 12 · roadmapLaunch features are not future firmware The deck marks RC Plus 2 emergency control and Cloud API support for the end-October 2026 firmware roadmap. Vehicle deployment and other capabilities are listed for January 2027. Confirm released firmware and regional support before relying on any roadmap function.Beyond the hardwareTurn a dock into an operating programme A successful deployment needs more than a dock and aircraft. Explore our enablement programme to plan the operational model, system integration, people, processes and support around your application. Dock 4 can be assessed alongside Dock 3 for the right mission and site. Permissions, service scope and deployment responsibilities are confirmed for each project. Explore the GoThermal enablement programme Start with your operating requirement Site and mission assessment Deployment and integration scope Operational responsibilities Training and ongoing support Programme components are scoped by agreement, not automatically included with the hardware bundle. Bundle, not separate listingsSpecify the system before you buy Dock 4 and Matrice 5TD are offered together at this stage. Your quotation must confirm the regional package, O4 Ground Station, battery quantities, software licences, selected accessories and deployment services. Do not assume that every item demonstrated in a video is included. Discuss your site requirementsSee the system in actionExplore the Dock 4 feature videos Start with the core capabilities, then open the complete library of imaging, safety, software and integration demonstrations. Videos load only when played. ▶01 · Automated six-step battery swapDJI demonstration · 15 seconds▶02 · Thermal imaging - native and super-resolutionDJI demonstration · 25 seconds▶03 · RYYB 11× telephoto night performanceDJI demonstration · 24 seconds▶04 · Obstacle sensing - power-line stoppingDJI demonstration · 20 seconds▶05 · Onboard AI target detectionDJI demonstration · 23 seconds▶06 · End-to-end DFR / third-party CAD emergency workflowDJI demonstration · 404 seconds Open the full demonstration library: 27 more feature videos ▶07 · Dock reliability testingDJI demonstration · 130 seconds▶08 · O4 Ground Station connectivity / roamingDJI demonstration · 4 seconds▶09 · O4 Ground Station connectivity / roamingDJI demonstration · 29 seconds▶10 · Seamless multi-link fusionDJI demonstration · 11 seconds▶11 · Long-range telephoto - license plate at 400 mDJI demonstration · 16 seconds▶12 · Telephoto detail - screw at 100 mDJI demonstration · 14 seconds▶13 · Thermal Fusion View - PIP and MSXDJI demonstration · 32 seconds▶14 · Matrice 5TD night performance (lower video, M5TD label)DJI demonstration · 23 seconds▶15 · Matrice 4TD night comparison (upper video, M4TD label)DJI demonstration · 37 seconds▶16 · Instant panoramaDJI demonstration · 77 seconds▶17 · Six full-color obstacle-sensing camerasDJI demonstration · 11 seconds▶18 · Layered obstacle-sensing safetyDJI demonstration · 14 seconds▶19 · Real-time altitude-limit alertsDJI demonstration · 29 seconds▶20 · AL2 spotlight - lens-following illuminationDJI demonstration · 21 seconds▶21 · AS2 speaker - push-to-talk audioDJI demonstration · 17 seconds▶22 · Customizable police-style warning lightsDJI demonstration · 47 seconds▶23 · Remote ID detection / air-to-air coordinationDJI demonstration · 11 seconds▶24 · FlightHub Wayline Copilot - natural-language POI orbit routeDJI demonstration · 146 seconds▶25 · FlightHub Workflow Copilot - triggered DFR / CCTV workflowDJI demonstration · 90 seconds▶26 · Map-point-to-photo retrievalDJI demonstration · 19 seconds▶27 · DJI Enterprise App - live streamDJI demonstration · 19 seconds▶28 · DJI Enterprise App - DFRDJI demonstration · 33 seconds▶29 · DJI Enterprise App - annotationDJI demonstration · 11 seconds▶30 · Dock 3 / Matrice 4TD thermal comparison - DFR CanadaDJI demonstration · 14 seconds▶31 · Dock 4 / Matrice 5TD thermal comparison - DFR CanadaDJI demonstration · 58 seconds▶32 · Dock 3 / Matrice 4TD near-infrared night comparison - DFR CanadaDJI demonstration · 18 seconds▶33 · Dock 4 / Matrice 5TD near-infrared night comparison - DFR CanadaDJI demonstration · 14 seconds DJI demonstrations illustrate capabilities under their recorded conditions. Interface functions may depend on firmware, region and licence. Comparison videos are labelled by aircraft generation. Compare the thermal bundlesDJI Dock 3 vs Dock 4: what changes for your site? Thermal bundle comparison using DJI specifications Planning factor Dock 3 with Matrice 4TD Dock 4 with Matrice 5TD Battery workflow Aircraft recharges in the dock; DJI specifies 27 minutes from 15% to 95% at 25°C with the aircraft powered off. Automated battery swapping plus wireless charging. Battery swapping and spare-battery charging are separate processes. Native thermal resolution 640 × 512 1280 × 1024 Maximum dock input power 800 W 2000 W Deployment decision Evaluate the charging interval against the required patrol or inspection schedule. Evaluate the swap workflow, battery provision and site power against the required duty cycle. Manufacturer specifications are not a guarantee of mission endurance, uninterrupted coverage or operating approval. Validate power, communications, accessories, regional availability and permitted operations for the site; do not assume cross-generation compatibility. Review the Dock 3 thermal bundle · DJI Dock 3 specifications · DJI Dock 4 specifications Manufacturer figures, with contextKey Dock 4 and Matrice 5TD specifications Parameter Bundle specification Commercial offering DJI Dock 4 with DJI Matrice 5TD, bundle only Dock protection IP56 Aircraft protection IP55 Stated operating temperature −40 °C to 50 °C Dock input power Max 2000 W; installation site supply must exceed 2200 W Maximum flight time 59 minutes; DJI test conditions apply Maximum hover time 55 minutes; DJI test conditions apply Aircraft payload capacity 450 g Battery swap Under 25 seconds; see timing definition Operational turnaround Under 45 seconds; see timing definition Battery charging 15% to 95% in 27 minutes at 25 °C Aircraft battery charging temperature 10 °C to 55 °C per released DJI specification Thermal camera 1280 × 1024 native; up to 2560 × 2048 super-resolution Visible cameras 50 MP wide, 50 MP medium telephoto, 50 MP super telephoto Optical views Wide / 3× medium telephoto / 11× telephoto Maximum hybrid zoom 176×; not an optical zoom value Laser rangefinder Up to 3000 m at 25% target reflectivity Aircraft maximum take-off weight 3050 g Dock weight 66 kg, without compartment batteries or aircraft Closed dock dimensions 639 × 640 × 836 mm Transmission DJI O4 Enterprise Enhanced; regional limits apply Source: DJI official Dock 4 specifications and download pages, released 14 October 2026. Values are manufacturer test figures; confirm the regional specification, accessory set and released firmware before detailed design. The released specification states a maximum dock input power of 2000 W, while the installation manual requires a site supply above 2200 W: these are different quantities, not a conflict. Official DJI references: Dock 4 specifications · Dock 4 downloads and manuals · Dock 4 and Matrice 5TD user manual · Installation and setup manualClear answers before deploymentDock 4 bundle questions Can I buy Dock 4 or Matrice 5TD separately?At this stage, this offering is available only as a Dock 4 and Matrice 5TD bundle. Request a quotation for the confirmed regional package. Batteries, O4 hardware, accessories, licences and deployment services must be itemised in that quotation.Does battery swapping mean uninterrupted flight?No. The aircraft must return, land, exchange its battery and relaunch. DJI distinguishes the battery-swap timing from the overall operational turnaround. Weather, energy reserves and mission planning still apply.Is 2560 × 2048 the native thermal resolution?No. Native thermal resolution is 1280 × 1024. The higher figure is the super-resolution output mode.Is the bundle approved for BVLOS operations in South Africa?Hardware capabilities and overseas compliance packages do not grant South African operating approval. BVLOS and other regulated operations require the relevant aviation permissions, approved operating procedures and qualified operators.Are all software and integration features available immediately?No. Availability depends on firmware, FlightHub licence, region and deployment. The presentation includes future firmware items. Confirm released functionality as part of the quotation and commissioning scope.What affects site suitability?Power provision, internet and cellular coverage, O4 positioning, airspace, safe take-off and landing areas, access, environmental conditions and operational requirements all need assessment.How does this compare with Dock 3 and Matrice 4TD?The presentation lists automatic battery swapping, a 59-minute maximum flight time, native 1280 × 1024 thermal imaging and 11× telephoto imaging for the new bundle. Compare mission requirements and deployment constraints, not headline specifications alone.Let’s assess your siteRequest your Dock 4 bundle quotation Tell us your application, location, operating area and deployment requirements. We will confirm the regional bundle and scope rather than assume every accessory or software option is included. Loading the enquiry form… If the form does not load, email sales@GoThermal.co.za or call +27 11 557 9200. Please provide business contact details only. Do not include confidential site-security plans in this form. GoThermal · Innovative Sensing SolutionsDJI Enterprise solutions for Africa · Visit GoThermal