Phoenix

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SURVEY QUALITY | FAST COLLECTION | EASY SOFTWARE

Phoenix LiDAR

WHY WE LIKE THESE SYSTEMS

Phoenix LiDAR lightweight sensors provide precise, laser-accurate, survey-grade data to provide a 3D map of vegetation, infrastructure, and land. These sensors offer imaging options for hi-resolution photos, thermal, hyperspectral sensing and more. The laser technology penetrates vegetation and provides precise and complex vertical structural data for forestry and agricultural purposes, slope modelling and volumetric measurements for the mining industry, as well as identifies challenging infrastructure day or night.

Real-Time Kinematic Global Navigation Satellite System (RTK GNSS) software on all our aircraft enables you to collect your data with centimetre accuracy and make adjustments live while scanning with LiDAR sensors in the field, ensuring that you get what you need the first time.

Phonenix Lidar systems

WHAT IS LiDAR?

LiDAR, short for Light Detection and Ranging, is an active, remote sensing method used for an array of applications. It uses light in the form of a pulsed laser to measure ranges (variable distances) through vegetation to the Earth. The system is able to capture accurate surface data by measuring the time it takes for the laser to return to its source.

 

 

UNDERSTANDING LiDAR

LiDAR 3D mapping is a versatile technology that, unlike passive sensing methods such as photogrammetry, can penetrate vegetation and operate in dark lighting situations. LiDAR is a more applicable, user-friendly technology providing data that is faster and easier to process.

 

Phoenix LiDAR’s aerial solutions allow you to scan area swaths faster and with more consistent results than using current ground scan technologies, whether they’re utilizing terrestrial or mobile mapping methods.

The technique we use in our aircraft to derive centimeter level precision is called Real Time Kinematic Global Navigation Satellite System (RTK GNSS). This system uses the satellite signal’s carrier wave in addition to the information content of the signal and relies on a single GNSS reference station to provide real-time corrections. By fusing this information with the LiDAR data, a point-cloud is generated and visualized in real-time using Phoenix Aerial Spatial Explorer.

Phoenix Aerial LiDAR solutions are engineered to attach to almost any vehicle and for the first time, the accompanying software is just as flexible as the module. By splitting sensor control and user interface into separate parts, aerial mapping, ground mapping, and real time point cloud advantages are possible.

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PHOENIX Lidar system comparison
  1. Recon Series:  Mapping grade data –  is the ideal solution for reconnaissance mapping missions such as vegetation encroachment on powerlines.
  2. Scout Series: Mapping grade data with better accuracy at an affordable price.
  3. MiniRanger Series:  Survey-grade LiDAR data and imagery.
  4. Ranger Series: Survey grade data with maximum vegetation penetration.

Recon Series

Phoenix LiDAR ReconsA

RECON-A

Ideal solution for reconnaissance mapping missions such as vegetation encroachment on powerlines. Maximizes point cloud density by utilizing it’s multi-pattern laser to pick up even the lowest reflective points. The integrated 24 MP high resolution camera has the same FOV as the LiDAR sensor yielding maximum RGB colorization of the point cloud.

Phoenix LiDAR ReconsXT

RECON-XT

Entry level system designed to grow and adapt with your business. A strong fit for smaller scan areas and teams on a budget. Its ultralight payload makes this sensor highly adaptable to any system configuration, while multi-target capacity further broadens its scope.

Scout Series

Phoenix LiDAR Scout_M8

SCOUT-8

SMALL SIZE & PRICE. HUGE RESULTS.

The newest addition to the SCOUT Series, taking cost-effective LiDAR scanning to new heights with a 60-meter recommended AGL and up to 3 returns. Customize your SCOUT-8 with photogrammetry, hyperspectral, thermal imaging, and additional options.

Phoenix LiDAR Scout_16

SCOUT-16

SOLID PERFORMANCE AT A FRACTION OF THE COST & WEIGHT

An excellent entry-level LiDAR system, combining low weight with high performance and a 40 meter recommended AGL. A strong fit or smaller scan areas and teams on a budget, the Scout-16 also features options for photogrammetry, hyperspectral, thermal imaging, and more.

Phoenix LiDAR Scout_32

SCOUT-32

UAV LiDAR FOR LIGHT VEGETATION & MEDIUM-RANGE SCANNING

This lightweight system collects survey-grade data with an AGL range up to 65m and features multi-target capacity with up to 2 target echoes per laser shot. An excellent option for building high-density point clouds of smaller scan areas, the Scout-32 also features options for photogrammetry, hyperspectral, thermal imaging, and more.

Phoenix LiDAR Scout_ultra

SCOUT ULTRA

THE MOST POWERFUL MEMBER OF THE SCOUT SERIES

Lightweight and long range, this sensor enables efficient data collection for challenging areas, even at higher altitudes and speeds. An excellent option for building high-density point clouds, the SCOUT ULTRA also features options for photogrammetry, hyperspectral, thermal imaging, and more.

miniRANGER Series

ranger_lite

miniRANGER LITE

LIGHTEST, MOST VERSATILE LiDAR SYSTEM ON THE MARKET

Featuring an impressive recommended AGL of up to 75 meters, this sensor fills a major AGL gap in the ultra-lightweight UAV LiDAR market. Simultaneously acquire survey-grade LiDAR data and high resolution 42 MP RTK photogrammetry at up to 100 m operating flight altitude. With options for photogrammetry, multispectral, hyperspectral, and thermal imaging, the miniRANGER is one of Phoenix’s most popular and flexible systems.

MiniRanger_Lite_2

miniRANGER-2 LITE

100 kHz AND 200 kHz LASER PULSE REPETITION RATE FOR GREATER POINT DENSITY AT ALTITUDE.

Packed with options, this sensor aims to provide a seamless user experience. 100 kHz AND 200 kHz laser pulse repetition rate for greater point density at altitude. Simultaneously acquire survey-grade LiDAR data and high resolution 42 MP RTK photogrammetry at up to 100 m operating flight altitude. With options for photogrammetry, multispectral, hyperspectral, and thermal imaging.

MiniRanger_Lite

miniRANGER-3 LITE

UP TO 300kHz LASER PULSE REPETITION RATE FOR GREATER POINT DENSITY AT ALTITUDE

Packed with options, this sensor aims to provide a seamless user experience. Up to 300 kHz laser pulse repetition rate for greater point density at altitude. Simultaneously acquire survey-grade LiDAR data and high resolution 61 MP RTK photogrammetry at up to 100 m operating flight altitude. With options for photogrammetry, multispectral, hyperspectral, and thermal imaging.

Ranger Series

rangerLRT

RANGER LR

RUGGED BUILD WITH PERFECT SCAN LINES

The Long Range system configuration of the RANGER Series. Designed for the most demanding mapping applications, this sensor features a powerful 1,350 nm laser that penetrates dense vegetation at high speeds and altitudes in large scan regions.

ranger_lite

RANGER-LR LITE

LIGHTEST, MOST VERSATILE LiDAR SYSTEM ON THE MARKET

The new lighter Long Range system configuration of the RANGER Series. Designed for the most demanding mapping applications, it provides the ultimate combination of high-density, long-range LiDAR with a powerful 1,550 nm laser that penetrates dense vegetation at high speeds and altitudes in large scan regions.

Ranger_Ultra

RANGER ULTRA

THE ULTIMATE CORRIDOR MAPPING SYSTEM

An airborne laser scanner with an impressive combination of weight, range, accuracy and pulse rate. It is equipped with a unique forward and rear looking FOV designed to minimize laser shadowing and provide geometry on complex vertical structures on a single pass. With its wide field of view of 100 degrees and an extremely fast pulse repetition rate of up to 1.8 MHz, the Ranger ULTRA is perfectly suited for high point density corridor mapping applications such as power line, railway track and pipeline inspection.

Ranger-XL

RANGER XL

THE ULTIMATE CORRIDOR MAPPING SYSTEM

A lightweight airborne laser scanner, specially designed for use on UAVs. With its wide field of view of 75 degrees and an extremely fast data acquisition rate of up to 1.8 MHz, the Ranger XL is perfectly suited for high point density corridor mapping applications such as power line, railway track and pipeline inspection.