IF1200 LiDAR Integration Kits
Description
Description
IF1200 LiDAR Integration Kits for Professional Mapping Payloads
Configure your Inspired Flight IF1200 heavy-lift hexacopter for select professional LiDAR systems with purpose-built integration kits for RIEGL and GeoCue payloads. These kits help support the aircraft-to-payload interface needed for aerial point cloud capture, reconstruction, mapping, inspection, and infrastructure documentation workflows.
Make the IF1200 LiDAR-Ready
These integration kits help adapt the IF1200 to specific LiDAR payload families by supporting the required mounting and system integration pathway for compatible sensors.
Support Defensible Mapping Workflows
LiDAR missions often produce high-value deliverables such as point clouds, terrain models, scene documentation, infrastructure records, and reconstruction data. Proper integration helps the aircraft and sensor function as a system.
Select the Correct Variant
Each kit is configured around a specific LiDAR payload model. Use the Shopify product options above to select the correct IF1200 integration kit.
A Good LiDAR Payload Still Needs the Right Aircraft Integration
Aerial LiDAR is a system-level workflow. The sensor, aircraft, payload mounting method, GNSS configuration, cabling, power pathway, damping, center of gravity, and flight workflow all matter. A purpose-built integration kit helps reduce field friction and gives drone teams a more repeatable path from aircraft assembly to data collection.
MAXSUR offers IF1200 LiDAR integration kits to support public safety mapping, crash reconstruction, crime scene documentation, GIS asset capture, infrastructure inspection, corridor mapping, utility documentation, and other professional point-cloud workflows.
IF1200 LiDAR Integration Kit Options
Select the correct kit using the Shopify product options. Each option is designed around a specific customer-supplied LiDAR payload.
RIEGL miniVUX-3 Integration Kit
LiDAR integration kit for mounting and integrating a customer-supplied RIEGL miniVUX-3 payload with the Inspired Flight IF1200.
- Variant: Lidar Kit - IF1200 - Riegl MiniVux3
- Description: Lidar Integration Kit For Riegl MiniVux3, IF1200
- Best fit: UAV LiDAR mapping, reconstruction, infrastructure documentation, and survey-style workflows
RIEGL VUX-120 Integration Kit
LiDAR integration kit for configuring the IF1200 around a customer-supplied RIEGL VUX-120 payload for high-performance aerial laser scanning operations.
- Variant: Lidar Kit - IF1200 - Riegl Vux-120
- Description: Lidar Integration Kit For Riegl Vux-120, IF1200
- Best fit: High-value mapping, infrastructure documentation, corridor work, and advanced point cloud missions
GeoCue TrueView Integration Kit
LiDAR integration kit for configuring the IF1200 with compatible GeoCue TrueView payloads. Because TrueView configurations can vary by model, MAXSUR can help confirm the correct variant before quoting.
- Variant: Lidar Kit - IF1200 - Geocue Trueview
- Description: Lidar Integration Kit For Geocue Trueview, IF1200
- Best fit: GeoCue TrueView workflows for mapping, infrastructure, GIS, public safety, and 3D documentation
Turn the IF1200 Into a Heavy-Lift LiDAR Mapping Platform
IF1200 LiDAR integration kits support teams that need to capture accurate 3D data from the air using professional mapping sensors. From crash reconstruction to infrastructure modeling, these kits help bridge the gap between aircraft and payload.
Crash Reconstruction
Support aerial point-cloud capture for serious crash scenes, roadway documentation, scene preservation, measurements, and reconstruction workflows.
Crime Scene Mapping
Help investigative teams document complex outdoor scenes, terrain, structures, paths of travel, evidence locations, and large-area environments.
GIS & Public Works
Support asset mapping, drainage review, terrain modeling, road projects, construction progress, and municipal infrastructure documentation.
Utilities & Critical Infrastructure
Support corridor mapping, vegetation assessment, infrastructure modeling, access condition review, right-of-way documentation, and inspection planning.
Emergency Management
Assist with post-event documentation, storm damage review, flood modeling support, debris assessment, and rapid area capture.
Defense & Security
Support site documentation, terrain modeling, perimeter assessment, training environments, and specialized geospatial workflows.
Integration Components May Include
Final kit contents are model-specific and should be confirmed for the selected LiDAR payload and aircraft configuration.
- Payload mounting hardware
- Aircraft-to-payload interface components
- GNSS mounting support where applicable
- GNSS or payload cabling where applicable
- Payload-specific power cable where applicable
- Damping or vibration-management components where applicable
- Model-specific hardware for the selected LiDAR payload
Integration Kit Only
These products are IF1200 LiDAR integration kits only. Unless specifically stated in a configured quote, the LiDAR payload, IF1200 aircraft, batteries, ground control station, software, training, and other accessories are sold separately.
LiDAR integration kits are not universal. The correct option depends on the exact payload model, aircraft configuration, payload interface, GNSS setup, and operating requirements.
IF1200 LiDAR Integration Kit Variant Guide
RIEGL miniVUX-3
RIEGL VUX-120
GeoCue TrueView
Integration Planning for Serious LiDAR Programs
The right kit is only one part of building a successful IF1200 LiDAR workflow. MAXSUR can help agencies and enterprise teams plan the complete system around the mission.
Confirm the Payload
Identify the exact RIEGL or GeoCue LiDAR model and configuration before selecting the integration kit.
Match the Aircraft Configuration
Confirm IF1200 payload interface, aircraft configuration, center of gravity considerations, and accessory requirements.
Plan Power and Cabling
Review payload power, data, GNSS, antenna, and cable routing requirements for the selected sensor.
Validate Mission Workflow
Confirm how the complete system will be used for mapping, reconstruction, inspection, GIS, or infrastructure capture.
Build the Full Kit
Pair the integration kit with the IF1200 aircraft, payload, batteries, charger, controller, cases, field power, and training.
Train the Operators
MAXSUR can support operator training, payload workflow training, and public safety or infrastructure UAS program development.
Build a Complete IF1200 LiDAR Solution
A LiDAR-ready IF1200 setup may include the aircraft, LiDAR payload, integration kit, batteries, charger, controller, GNSS workflow, software, accessories, and training. MAXSUR can help configure the complete system around the mission.
IF1200 Heavy-Lift Hexacopter
View the heavy-lift drone platform these LiDAR integration kits are designed to support.
LiDAR Collection
Explore drone LiDAR options for mapping, reconstruction, infrastructure, and public safety workflows.
Drone & UAS Accessories
Explore payload integration components, batteries, chargers, spare parts, and field support equipment.
Confirm Your LiDAR Payload Before Ordering
LiDAR integration kits are not universal. The correct kit depends on the specific payload model, payload interface, GNSS configuration, cable requirements, mounting method, aircraft setup, and mission requirements.
Before ordering, confirm the exact LiDAR payload model your team will use with the IF1200. MAXSUR can help verify the correct kit option and recommend the supporting aircraft accessories needed for a complete deployment.
IF1200 LiDAR Integration Kit FAQ
Does this product include the LiDAR payload?
Does this product include the IF1200 aircraft?
Are these kits compatible with all LiDAR sensors?
Which IF1200 LiDAR integration kit should I select?
What missions are IF1200 LiDAR integration kits used for?
Can MAXSUR help configure a complete IF1200 LiDAR package?
Need Help Building the Right IF1200 LiDAR Configuration?
MAXSUR helps public safety, defense, utility, GIS, and infrastructure teams build complete LiDAR UAS systems—not just parts lists. Contact us for payload compatibility, kit selection, aircraft configuration, training, and deployment planning.
