DJI Zenmuse L3 Sets a New Standard for Survey-Grade LiDAR Mapping

Introducing the New Standard in Aerial LiDAR

DJI has officially launched the Zenmuse L3, a long-range LiDAR and RGB payload that raises the bar for aerial mapping and surveying professionals. Engineered for precision and speed, the Zenmuse L3 combines 1535 nm laser technology, dual 100-megapixel RGB cameras, and an enhanced high-frequency IMU to produce centimeter-level accuracy across complex environments.

Built for the DJI Matrice 400, the L3 integrates directly with the drone’s flight control system, real-time RTK, and DJI Terra software. Together, they deliver a seamless end-to-end mapping workflow—from capture to processing—in a single ecosystem trusted by enterprise teams worldwide.

Zenmuse L3 Launch Overview

• Official Release: November 2025
• Compatible Platform: DJI Matrice 400 Series
• Detection Range: Up to 950 m at 10% reflectivity
• Survey Accuracy: ~3 cm RMSE @ 120 m altitude
• Mapping Efficiency: Up to 100 km² per day
• RGB Imaging: Dual 100 MP CMOS sensors for true-color photogrammetry

According to DJI Enterprise, the Zenmuse L3 delivers over twice the range of the Zenmuse L2, capturing more precise data with cleaner point clouds and higher ground penetration. The new POS system and enhanced beam scanning enable professionals to maintain accuracy even at higher altitudes or longer flight paths—ideal for corridor mapping, topographic surveys, and environmental modeling.

A Payload Built for Industry-Grade Precision

For professionals working in surveying, infrastructure inspection, mining, and forestry, the Zenmuse L3 represents a measurable leap in productivity. DJI reports that it can map up to 100 square kilometers per day, reducing field time and post-processing effort by more than half compared to previous-generation systems.

Its dual 100 MP cameras deliver high-resolution, true-color imagery aligned with the LiDAR point cloud, allowing teams to generate photorealistic 3D models with minimal noise. Meanwhile, the 1535 nm laser wavelength improves canopy penetration and safety, making it suitable for operations over vegetation or varied terrain.

Purpose-Built for the DJI Matrice 400

Unlike its predecessor, which supported multiple drone platforms, the Zenmuse L3 is built exclusively for the Matrice 400 series. This tight integration gives it direct access to the drone’s advanced flight controls, power system, and real-time data transmission.
Operators can now plan LiDAR missions through DJI Pilot 3, execute autonomous survey routes, and process outputs in DJI Terra without external calibration tools or third-party workflows.

This level of synchronization between payload and platform reinforces DJI’s position as a complete enterprise ecosystem—one where every component, from airframe to software, is optimized for reliability and data accuracy.

Why the Launch Matters

Professionals have long demanded LiDAR systems that balance longer range, higher accuracy, and faster throughput—without increasing payload weight or complexity. The Zenmuse L3 directly addresses those needs with:

• A range increase of more than 100% over the Zenmuse L2.
• Enhanced IMU and POS stability for accurate data even in high-wind conditions.
• Dual RGB capture for improved texturing and orthomosaic generation.
• Compatibility with DJI’s newest enterprise platform, the Matrice 400, ensuring long-term upgradeability.

The result is a LiDAR payload that doesn’t just collect data faster—it helps organizations meet survey-grade requirements with fewer flights and lower operational costs.

The DJI Zenmuse L3 introduces a new benchmark for aerial LiDAR. With extended range, precision optics, and native Matrice 400 integration, it’s a purpose-built tool for professionals who depend on accuracy, efficiency, and repeatable results—whether mapping transmission corridors, forest canopies, or construction sites.

What’s New vs Zenmuse L2

Smarter, Longer, More Precise

The DJI Zenmuse L3 isn’t just an incremental update—it’s a technical overhaul designed for professionals who need longer range, cleaner data, and faster mapping cycles. Compared to the Zenmuse L2, this new system offers a more powerful laser module, dual 100 MP RGB imaging, and a re-engineered POS system that synchronizes LiDAR, IMU, and GNSS data with unmatched precision.

According to DJI Enterprise, the Zenmuse L3 doubles the effective detection range, improves vertical accuracy by more than 25%, and expands data capture capacity by allowing up to five returns per pulse. For teams mapping large corridors, forested areas, or high-altitude terrain, these upgrades mean fewer flights, denser point clouds, and less time spent in post-processing.

Key Improvements at a Glance

Range That Redefines Efficiency

The biggest leap is in range and accuracy. The Zenmuse L3’s 1535 nm LiDAR module can detect low-reflectivity surfaces up to 950 meters away, more than double the reach of the L2. This expanded envelope lets crews cover broader areas or maintain higher altitudes without losing point density—crucial for utility inspections, forestry analysis, and large-scale topography mapping.

Its 3 cm RMSE accuracy at 120 meters translates to survey-grade precision even in challenging terrain. Combined with DJI’s upgraded IMU and POS, each point in the cloud aligns consistently across overlapping strips, minimizing the need for heavy post-alignment corrections.

Sharper Imaging with Dual 100 MP RGB Sensors

The Zenmuse L3 doesn’t stop at LiDAR. Its dual 100-megapixel RGB sensors provide stunning photorealistic overlays on point clouds—creating lifelike 3D models that make inspection and classification easier.
This marks a 10x increase in image resolution compared to the L2’s 20 MP sensor, making it especially valuable for infrastructure surveys, environmental monitoring, and digital twin modeling.

These paired cameras also enhance texture consistency in orthomosaics, even in variable light conditions, thanks to an improved exposure calibration algorithm built into the DJI Pilot 3 app.

Efficiency and Integration

Every component of the L3 has been re-engineered for speed.
By optimizing the IMU refresh rate and laser scanning pattern, DJI achieved denser coverage in fewer passes. Operators can now complete large-scale corridor projects or multi-hectare surveys in a single day, while maintaining centimeter-level accuracy.

More importantly, because the Zenmuse L3 integrates natively with the DJI Matrice 400 and DJI Terra, data transfer and post-processing are seamless. That means less time spent formatting, converting, or correcting files—and more time analyzing usable data.

The DJI Zenmuse L3 delivers a complete performance upgrade over the L2: longer range, higher precision, and superior imaging quality, all in a payload engineered for the new Matrice 400 platform. For professionals, that means fewer flights, smaller teams, and more accurate results—every time.

Zenmuse L3 Specs at a Glance

Precision Engineering in Every Detail

The DJI Zenmuse L3 combines long-range LiDAR performance with dual high-resolution RGB cameras, a powerful onboard IMU, and seamless data synchronization through DJI’s enterprise ecosystem.
Every component is designed for accuracy, endurance, and workflow efficiency—from its 1535 nm laser source to its real-time RTK/PPK positioning system.

Below is a breakdown of the core specifications: 

Quick Specs Overview

Why These Specs Matter

Each specification on the Zenmuse L3 contributes to operational accuracy and efficiency in professional mapping workflows:

• 1535 nm Laser: Provides a longer, eye-safe beam ideal for capturing fine topography under vegetation or rough terrain.
• High Effective Point Rate: Reduces flight passes while maintaining dense point coverage.
• Dual 100 MP Cameras: Produce detailed, color-accurate photogrammetry models without needing additional payloads.
• Upgraded IMU + POS System: Improves synchronization between motion, orientation, and location data—crucial for eliminating drift in large mapping areas.
• IP54 Rating: Enables dependable performance in unpredictable field conditions like dust or light rain.

The DJI Zenmuse L3 achieves a rare balance: survey-grade accuracy, extended range, and operational reliability in a single payload.
With precision engineering and native compatibility with the Matrice 400, it’s built to handle large-scale mapping missions that demand measurable, repeatable results—without compromising speed or data quality.

Field Workflows and Use-Case Playbooks

Turning LiDAR Precision Into Practical Results

The DJI Zenmuse L3 isn’t just defined by its specifications—it’s built for operational efficiency across field-tested scenarios.
Whether mapping transmission lines, quantifying stockpiles, or analyzing floodplains, professionals can tailor the L3’s parameters to their mission profile while maintaining consistent centimeter-level accuracy.

Each of the following playbooks highlights recommended flight settings, expected outputs, and practical benefits based on official DJI data and real-world use cases with the Matrice 400 platform.

Utility Corridor Mapping

Objective: Capture continuous, high-resolution point clouds along powerlines, pipelines, or railways.

Recommended Flight Settings

• Altitude: 120–150 m AGL
• Speed: 6 m/s
• Sidelap Overlap: 20 %
• Scan Mode: High return density
• Reflectivity Target: Metal and composite surfaces

Expected Outputs

• Georeferenced point cloud (≈ 300 pts/m²)
• Textured 3D model for asset clearance and defect analysis
• Orthomosaic overlay for visual inspection

Why It Matters
The L3’s 950 m range and 5-return capability reduce blind spots around towers and conductors.
Corridor missions that once required multiple altitudes can now be completed in a single pass with consistent density and alignment.

Forestry and Vegetation Analysis

Objective: Generate detailed canopy-penetrating LiDAR data for biomass assessment and terrain modeling.

Recommended Flight Settings

• Altitude: 200–250 m AGL
• Speed: 8 m/s
• Overlap: 25 %
• Scan Mode: Full multi-return (5 returns per pulse)

Expected Outputs

• Bare-earth DEM after vegetation classification
• Canopy height models (CHM)
• Tree volume and density metrics

Why It Matters
The L3’s 1535 nm laser penetrates dense foliage more effectively than 905 nm systems.
Forestry teams can extract accurate terrain models beneath leaf cover without additional passes or manual filtering.

Mining and Quarry Volumetrics

Objective: Conduct high-precision stockpile and pit volume measurements for resource management.

Recommended Flight Settings

• Altitude: 100–120 m AGL
• Speed: 5 m/s
• Overlap: 30 %
• Scan Mode: High point-density

Expected Outputs

• Sub-5 cm accurate DSM and DEM
• Volume calculations with cross-section profiles
• 3D models for compliance and progress tracking

Why It Matters
Dense LiDAR returns and high-resolution RGB imagery deliver precise cut-and-fill calculations.
Operators can detect shifts or deformation with confidence and produce auditable records for regulatory use.

Highway and Infrastructure Surveying

Objective: Generate corridor-wide elevation and alignment data for design and maintenance projects.

Recommended Flight Settings

• Altitude: 200–250 m AGL
• Speed: 10 m/s
• Overlap: 20 %
• Output Mode: RGB + LiDAR fusion

Expected Outputs

• High-accuracy DTM and slope maps
• Colorized point cloud with surface classification
• As-built models for CAD integration

Why It Matters
The dual 100 MP RGB cameras produce crisp imagery for texture mapping and surface detail.
Planners and engineers can extract lane geometry and drainage profiles without site closures or ground crews.

*Read more on “How Drones Are Transforming Surveying and Inspection Workflows”.

Floodplain and Hydrological Modeling

Objective: Capture high-resolution terrain data for flood risk analysis and drainage design.

Recommended Flight Settings

• Altitude: 150–200 m AGL
• Speed: 7 m/s
• Overlap: 40 %
• Output Mode: Bare-earth LiDAR + DEM

Expected Outputs

• Elevation models with water flow simulation capability
• Orthomosaic for flood boundary visualization
• Post-event change detection datasets

Why It Matters
With centimeter-grade accuracy and wide FOV, the L3 produces hydrological maps that meet engineering and municipal standards.
Analysts gain clear insights into terrain slopes, catchment areas, and potential overflow zones.

Summary of Operational Benefits

Every use case shows how the DJI Zenmuse L3 turns specifications into tangible field advantages.
By combining extended range, dense data capture, and dual RGB imaging, it gives professionals the confidence to collect accurate survey data faster and with less effort—no matter the terrain or industry application.

Quality Control and Data Pipeline

Accuracy You Can Verify, Not Just Trust

Precision doesn’t stop when the flight ends.
For survey-grade results, the DJI Zenmuse L3 integrates a complete data validation workflow—from in-flight georeferencing to post-processing quality checks in DJI Terra.
This ensures every dataset meets the accuracy thresholds demanded by engineers, GIS analysts, and regulatory bodies.

Unlike third-party workflows that require complex calibration or external software stitching, the L3’s IMU, RTK, and POS systems synchronize seamlessly within the DJI ecosystem.
The result: point clouds that are spatially consistent, georeferenced in real-time, and ready for direct export into industry-standard formats.

Step 1: Capture With Precision

Before takeoff, operators define Ground Control Points (GCPs) or establish an RTK base station for geodetic reference.
Once airborne, the L3’s high-frequency IMU records the drone’s orientation and position thousands of times per second, while the RTK/PPK module captures real-time corrections.

Key in-flight processes:

• Real-Time RTK Corrections: Maintains centimeter-level positional accuracy.
• IMU Synchronization: Tracks angular movement and attitude for stable point alignment.
• POS Integration: Combines GNSS and IMU data for precise spatial correlation.

Each LiDAR pulse is time-stamped and geotagged, ensuring accuracy in both absolute and relative positioning.

Step 2: Validate Ground Control Points

Once the flight concludes, operators perform a GCP verification check to confirm spatial integrity.
By comparing the L3’s georeferenced point cloud against surveyed GCPs, professionals can confirm horizontal and vertical residuals within 3–5 cm, aligning with DJI’s stated accuracy at typical operating altitudes.

Best practices for validation:

• Distribute GCPs evenly across varied terrain elevations.
• Use at least 5 verified points for every 1 km² of coverage.
• Record residuals directly within DJI Terra for QA documentation.

Step 3: Process and Align in DJI Terra

The DJI Terra software serves as the central hub for data ingestion, alignment, and analysis.
After importing flight logs and LiDAR data, Terra automatically associates IMU, GNSS, and RGB information to reconstruct the 3D environment with minimal manual input.

Processing Workflow in DJI Terra:

1. Import Flight Data: Load .LSP (LiDAR Scan Package) and camera data.
2. Trajectory Reconstruction: Synchronize IMU and GNSS to correct for drift.
3. Point Cloud Generation: Combine LiDAR and RGB data into a colorized 3D model.
4. Strip Alignment Check: Compare overlapping flight paths to detect misalignments or height discrepancies.
5. Classification and Filtering: Separate vegetation, ground, and structure layers for clean outputs.
6. Export Deliverables: LAS/LAZ, DEM, DSM, orthomosaic, and 3D mesh files.

These automated steps eliminate redundant conversions common in multi-platform workflows, significantly shortening turnaround time.

Step 4: Quality Assurance and Reporting

Once processing is complete, quality control (QC) metrics are reviewed before data export.
Operators evaluate:

• Strip Alignment Error: Should remain under 5 cm between flight overlaps.
• Vertical Accuracy Check: Compare point elevations to GCP benchmarks.
• Point Cloud Thickness: Assess for consistent density across terrain.
• Noise Removal: Verify clean classification boundaries for ground and vegetation layers.

Terra’s built-in accuracy report generator creates documentation for regulatory compliance and client delivery—ideal for civil engineering, construction, and public works projects.

Step 5: Export and Integrate

Once validated, data can be exported in industry-standard formats ready for analysis in CAD, GIS, or modeling software.

Supported Output Formats:

• LAS / LAZ: For detailed point cloud workflows.
• GeoTIFF: For DEM or orthomosaic raster exports.
• E57 / PLY: For 3D modeling applications.
• DXF / SHP: For CAD or GIS integration.

These formats ensure compatibility with Esri ArcGIS, Autodesk Civil 3D, Global Mapper, and other professional platforms.

Sample Workflow Summary

The DJI Zenmuse L3 simplifies complex survey workflows into a closed-loop data pipeline that prioritizes accuracy, transparency, and reproducibility.
From GCP validation to final export, every step is measurable, verifiable, and engineered for professional use cases where precision is not optional—it’s required.

Upgrade Economics – Zenmuse L2 to L3

Efficiency That Pays for Itself

Upgrading from the DJI Zenmuse L2 to the Zenmuse L3 is not about chasing specs—it’s about measurable performance gains that convert directly into time and cost savings.
For survey teams managing high-output mapping operations, even small efficiency gains scale quickly across multiple missions and crews.

According to DJI Enterprise, the Zenmuse L3’s enhanced range, higher point density, and optimized workflow can cut flight time by more than 50% while doubling daily mapping coverage.
When paired with the DJI Matrice 400, this translates to fewer field hours, faster data delivery, and reduced staffing costs per project.

Real-World Efficiency Comparison

Cost and Productivity Impact

Every project saved translates to real dollars retained. For example, a typical surveying operation mapping 30 km² per day with the L2 requires multiple passes, consuming more flight batteries and operator hours.

With the L3:

• The same job can be completed in half the time with fewer flight segments.
• Labor and equipment deployment costs drop by 30–40%.
• Post-processing time is reduced through cleaner datasets, leading to faster client delivery.

Over a year of routine mapping (e.g., 3 jobs per week), these savings compound into thousands of dollars in reduced overhead, fewer battery cycles, and more available crew hours for new contracts.

ROI Breakdown Example

(Assuming standard industry rates and operational schedules for enterprise mapping teams.)

Beyond Cost: Workflow Advantages

The L3 also delivers less quantifiable—but equally critical—benefits that improve long-term productivity and reliability:

• Higher Data Integrity: Reduced noise and better point alignment mean less manual cleaning.
• Reduced Equipment Downtime: One integrated ecosystem (M400 + L3 + Terra) minimizes calibration or compatibility issues.
• Enhanced Team Efficiency: Streamlined mission planning allows smaller teams to execute complex projects.
• Scalable Deployment: Consistent data accuracy supports multi-site operations and fleet expansion.

These workflow efficiencies result in predictable project timelines, a key factor for clients in engineering, infrastructure, and public safety sectors.

Upgrade Logic for Enterprise Teams

For organizations currently operating Zenmuse L2 systems, the L3 offers a strategic upgrade path that aligns with modern enterprise standards:

• The L3’s Matrice 400 integration ensures forward compatibility with DJI’s latest flight platforms.
• It enables remote operations readiness, supporting Beyond Visual Line of Sight (BVLOS) workflows where permitted.
• Improved data throughput positions it as a future-proof investment for multi-sensor missions and AI-assisted analytics.

In short, upgrading to the L3 is less about replacing equipment—and more about raising operational throughput while maintaining or reducing cost per deliverable.

The DJI Zenmuse L3 delivers a clear business case for upgrade: faster missions, lower overhead, and better data quality in every flight.
For teams that map daily, these cumulative gains make the L3 not just a technical improvement, but a financially sound decision that pays for itself in months—not years.

Buying Guide and Bundles

Purpose-Built for the Matrice 400

The DJI Zenmuse L3 is designed exclusively for the Matrice 400 series, ensuring full integration between payload, flight controller, and software.
Unlike multi-platform payloads, this setup minimizes calibration errors and communication lag between sensors. For buyers, that means simpler deployment, consistent results, and fewer compatibility issues down the line.

If you’re currently operating with the Zenmuse L2 and Matrice 350 RTK, note that the L3 requires the newer single-gimbal connector introduced on the M400. This connection provides higher data throughput and improved power efficiency—two factors that directly impact field reliability and runtime.

Compatibility and Requirements

Before ordering, verify the following system components and requirements to ensure optimal performance:

Recommended DSLRPros Packages

For enterprise buyers, DSLRPros offers complete turnkey configurations that bundle the Zenmuse L3 with the necessary hardware, software, and accessories for immediate deployment.

1. Enterprise Mapping Bundle

Includes:

• DJI Zenmuse L3 Payload
• DJI Matrice 400 Drone
• RTK Base Station Kit
• DJI Terra Pro License (1 year)
• TB67xx Battery Set (x2)
• Rugged Transport Case
• 1-Day Remote Setup Assistance

Best For: Surveying, engineering firms, environmental mapping, and government agencies requiring high-volume data output.

2. Advanced Inspection Bundle

Includes:

• Zenmuse L3 Payload
• Matrice 400 Airframe
• High-Resolution Remote Controller (DJI RC Plus 2)
• Spare TB67xx Batteries + Charging Hub
• DJI Care Enterprise Basic Coverage
• Training Session with DSLRPros’ Enterprise Support Team

Best For: Infrastructure, powerline, and corridor inspections needing colorized 3D modeling and repeatable precision.

3. LiDAR Essentials Kit

Includes:

• DJI Zenmuse L3 Payload
• Zenmuse L3 Protective Case
• DJI Terra Mapping Software License
• MicroSDXC 512 GB Card
• Optional DJI Care Enterprise Plus Add-on

Best For: Teams that already own a Matrice 400 and need only the L3 payload and workflow tools.

Care Enterprise and Support Options

The Zenmuse L3 qualifies for DJI Care Enterprise, which provides extended coverage and fast replacements for accidental damage, hardware malfunction, or environmental exposure.
Coverage options include:

• DJI Care Enterprise Basic: Up to two replacements within 12 months.
• DJI Care Enterprise Plus: Unlimited replacements within coverage value.

All bundles purchased through DSLRPros include setup consultation and lifetime email support, ensuring your L3 system stays fully operational from day one.

Lead Times and Ordering Information

As of November 2025, Zenmuse L3 units are shipping on a first-come, first-served basis due to high global demand.
Estimated lead time: 3–5 weeks for standalone payloads and 6–8 weeks for bundled configurations.
Expedited shipping and financing options are available for qualified enterprise accounts.

How to Buy from DSLRPros

1. Request a Quote: Contact DSLRPros for an official proposal customized to your workflow.
2. Consult with an Expert: A certified Enterprise Specialist will verify compatibility, setup, and software licensing needs.
3. Finalize Purchase: Flexible payment terms and leasing programs available for approved organizations.
4. Deployment and Training: Optional onsite or remote setup guidance from DSLRPros’ LiDAR specialists.

Tip: When purchasing for public-sector projects, confirm NDAA compliance requirements. While DJI systems are not NDAA-compliant, DSLRPros can recommend Blue UAS alternatives if needed for federal applications.

Whether you’re upgrading an existing survey fleet or expanding into advanced mapping, DSLRPros ensures your investment delivers results—not delays.

Frequently Asked Questions (FAQ)

Q1. What is the DJI Zenmuse L3?

The DJI Zenmuse L3 is a long-range LiDAR and RGB mapping payload designed exclusively for the DJI Matrice 400. It features a 1535 nm laser, dual 100 MP RGB cameras, and a high-frequency IMU, delivering up to 950 m detection range and 3 cm survey-grade accuracy in a single integrated system.

Q2. How accurate is the Zenmuse L3?

The Zenmuse L3 achieves ±3 cm RMSE at 120 m, ±5 cm at 300 m, and ±10 cm at 500 m altitude.
Its upgraded IMU and synchronized RTK/PPK positioning maintain consistent precision across large areas, meeting professional mapping standards for engineering, construction, and environmental surveys.

Q3. What makes the L3 different from the L2?

The Zenmuse L3 offers over 2× the range of the L2 (950 m vs 450 m), a 1535 nm eye-safe laser, up to five returns per pulse, and dual 100 MP RGB sensors.
It also integrates an enhanced IMU + POS system for cleaner point clouds, enabling larger coverage and thinner data layers.

Q4. Which drone is compatible with the Zenmuse L3?

The L3 is compatible only with the DJI Matrice 400 Series.
It uses the platform’s new single-gimbal connector for high-speed data transmission and power efficiency, ensuring full integration with DJI Pilot 3 flight planning and DJI Terra post-processing software.

Q5. How much area can the Zenmuse L3 map per day?

DJI rates the Zenmuse L3 for up to 100 square kilometers per day under optimal flight and lighting conditions.

This efficiency—more than twice the output of the L2—lets survey teams complete wide-area corridor or terrain mapping missions with fewer flights and reduced labor time.

Q6. What industries benefit most from using the L3?

The Zenmuse L3 is designed for surveying, infrastructure inspection, mining, forestry, and environmental modeling.
Its extended range and dual-camera imaging allow accurate elevation data and textured 3D models for utility, construction, and government mapping projects.

Q7. Is the Zenmuse L3 NDAA-compliant?

No. Like other DJI Enterprise products, the Zenmuse L3 is not NDAA-compliant.
Organizations with U.S. federal or defense contracts should verify compliance requirements. DSLRPros can recommend Blue UAS-listed alternatives for missions that require NDAA-approved hardware.

Q8. Where can I buy the DJI Zenmuse L3?

You can purchase the Zenmuse L3 directly from DSLRPros.com.
As an authorized DJI Enterprise dealer, DSLRPros provides official warranty coverage, expert consultation, training options, and full integration support for the Matrice 400 ecosystem.

The DJI Zenmuse L3 stands as DJI’s most capable LiDAR payload yet—offering extended range, refined accuracy, and integrated workflows for the Matrice 400 platform.
Whether you manage survey fleets, infrastructure projects, or environmental studies, DSLRPros provides the expertise and end-to-end solutions to make deployment seamless. 

Your Partner in Professional Drone Solutions

Investing in the DJI Zenmuse L3 is a long-term commitment to precision, productivity, and reliability—and DSLRPros makes that commitment pay off. As an authorized DJI Enterprise dealer, we deliver verified equipment, enterprise-grade support, and end-to-end integration backed by field-tested engineers in surveying, inspection, public safety, and mapping. This ensures accuracy, efficiency, and reliability without the guesswork or downtime.

Your Next Step

The DJI Zenmuse L3 redefines LiDAR performance for the Matrice 400. DSLRPros makes sure you experience its full potential from day one. Whether you need a single payload, a bundled system, or fleet deployment guidance, our enterprise specialists are ready to assist.

 

Call or Request a Quote: Contact DSLRPros Sales Team
Email: sales@dslrpros.com
Availability: Monday – Friday | 8 AM – 5 PM PST

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