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Revolution 120

Cover more ground with one adaptable collection system.

A productive UAV LiDAR system designed for large-area collection, with a field-upgrade path to vehicle or backpack mapping. The system combines up to 120-meter flight profiles, a compact 1.73 kg package, and LiDARUSA’s complete ScanLook processing workflow.

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Revolution 120 LiDAR system
200+points per square meter
100–120 millustrated AGL profile
100+acres in one flight
3.8 cmat 50 m AGL
Configured around the work

A complete system—not a box of parts.

Final specifications and performance depend on the selected sensor, INS, camera, aircraft or vehicle, operating conditions, and project requirements.

UAV-first, MMS enabled

The Revolution 120 is designed for UAV missions and can be upgraded in the field for vehicle or backpack collection.

Large-area productivity

Illustrated mission coverage exceeds 100 acres in one flight, with point-density planning data across 40–120 meter flight heights and speeds from 4–20 m/s.

Compact integration

The referenced system measures 3.5 × 11.75 × 4.375 inches and weighs approximately 1.73 kg for practical professional-aircraft integration.

Efficient field power

A 10–30 VDC input range and 25-watt power draw support straightforward integration across aerial and ground platforms.

Scalable onboard storage

External storage is configurable from 500 MB to 1 TB, with internal storage supporting the integrated acquisition workflow.

Complete ScanLook production

LiDARUSA software supports acquisition, PPK trajectory processing, georeferencing, strip matching, control adjustment, filtering, automatic turn removal, custom coordinate systems, and LAS/LAZ export.

Configured for collection

The Revolution 120 in the field.

Layered contour model illustrating LiDAR terrain collection
LiDAR collection turns measured terrain into elevation-aware surfaces for mapping and engineering deliverables.
LiDARUSA ScanLook PPK trajectory-processing interface
ScanLook PPK combines inertial and GNSS data with control points to produce an adjusted, georeferenced point cloud.
Revolution 120 UAV LiDAR system positioned on a railway corridor
A compact UAV-first system configured for corridor and large-area mapping.
Interactive mission planning

Estimate point density before takeoff.

Move across the chart to compare estimated points per square meter at representative flight speeds and flying heights. These shared planning curves are preliminary; replace them with model-specific figures when available, and confirm final results against the aircraft, sensor, and operating configuration.

Hover across the chartSee estimated density at each speed and flying height.
Technical profile

Revolution 120 specifications

Core performance details for planning aircraft integration, collection altitude, and point-cloud density.

Revolution 120 product views and specifications
System height3.5 in
System length11.75 in
System width4.375 in
System weight~1.73 kg
Input power10–30 VDC
Power consumption25 W
External storage500 MB–1 TBConfigurable storage range
Internal storage500 MBSpecified internal storage
Illustrated point density200+ pts/m²
Illustrated AGL range100–120 m
Illustrated mission coverage100+ acresOne flight
Illustrated accuracy3.8 cmAt 50 m AGL
A strong starting point for

Mission applications

01Large-area aerial mapping
02Rail and corridor surveying
03Topographic and engineering surveys
04Vehicle and backpack MMS
LiDARUSA mission integration

Let’s match the system to the data you need.

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