Ready to get started?
Let’s talk! Our team of experts can help you clarify your needs and propose the most suitable solutions for you to successfully complete your mission.
Voyager.
Precision meets reality.
Key figures
- View detailed characteristics
- Precision0.5 cm
- Accuracy1 cm
- Typ. flight speed10 m/s
- Max. AGL altitude440 m
- Laser rangeUp to 1250 m
- Laser scannerRIEGL VUX-120²³
- GNSS-Inertial solutionApplanix AP+ 30 AIR or AP+ 50 AIR
- Scanner field-of-view100° x 20°
- Echoes per shotUp to 32
- Shots per secondUp to 2 400 000
- Scanning frequencyUp to 400 Hz (selectable)
- Weight3.5 kg (7.7 lbs) battery excl.
- SizeL 369 x W 117 x H 183 mm
- Autonomy1 hour typ.
- Power consumption98 W
A variety of mission profiles
Hardware
Multi-platform adaptability
Accessories
So, what’s included ?
1 Rugged Pelicase
3.9 kg
1 Voyager
3.5 kg
2 batteries + 1 Charger
RRC 2054-2 14.4V
1 GNSS Antenna AV18
for YellowScan systems
2 USB keys
Samsung 256go x2
CloudStation Essential
1 licence
Applanix POSPAC MMS
Technical support
1-year unlimite
Warranty
1 Year
1 Remote healthcheck
In-person or online training
Boresight calibration certificate
Optional add-ons
1 Mounting Bracket
for DJI M600
61 MP single-camera module
235 g
26 MP single-camera module
331 g
26 MP dual-camera module
575 g
CloudStation Pro
1 licence
Extensions
Warranty and technical support extensions
Knowledge base
Discover our solutions by reading about our users’ experience in the field.
Frontier Precision faced a critical challenge when their long-term client, the Alaska Department of Transportation (DOT), needed to rapidly and accurately map the area affected by the Mendenhall Glacier flood in Juneau, Alaska.
This article compares two popular technologies for creating 3D models and maps: photogrammetry and LiDAR. The focus lies on key differences between both: how they work, the different outputs created for each, and popular use cases. The article finishes with a discussion of why investing in LiDAR can be a better choice, despite higher costs.
This article explains what LiDAR point clouds are and how they are used for 3D mapping applications. Learn the basics of LiDAR point clouds!
LiDAR scanners are used for capturing 3D point clouds. But how do they work? This and more are explained in the article below, which covers the operating principle of different LiDAR scanners and explains how distance measurements are transformed and combined into 3D point clouds. These provide the basis for many 3D mapping products used for different industry applications.
European Hamsters are a protected species living in agricultural areas, often alongside field mice, which are considered pests. Lack of awareness about hamster presence leads to unintentional harm by farmers, endangering the European Hamster population.
L'Avion Jaune, a company specialized in the production of earth observation data (multispectral imagery and LiDAR), tooks part in a study to model the hydrographic network and the hydraulic functioning of a wetland, within a nature reserve in New Aquitaine, France.
Make your life easier
Invest in productivity-enhancing software that will simplify your workflow and give you confidence in the deliverables produced for your projects.
Testimonials
A word from our team
Product Manager
YellowScan
France
Be more productive in the field
This system can be mounted on light-crewed aircraft, helicopters, or UAV platforms and is our highest range LiDAR solution with a flying height of up to 440m (1440 ft.).
High point density
The Voyager captures 2 million useable points per second, a feature that would be impossible for a 360˚ scanner.
With the 100°scanner, the entirety of the points are oriented towards the ground, meaning no loss of points.
Unparalleled vegetation penetration
Its detection and processing of up to 32 target echoes per laser pulse will provide you with unparalleled vegetation penetration.
Vertical mapping-ready
Designed for people who require less than 1cm precision and want to efficiently cover complex and vertical targets with ease.
Adapt your laser to your needs
The Voyager’s laser scanner’s specs can be personalized to fit your mission needs.
Collect LiDAR and RGB data
The Voyager is compatible with an optional built-in 20 or 60 MP camera module.
Advanced calibration
All our systems are calibrated before shipment and come with a calibration certificate. Be ready to fly your system as soon as you receive it!
On-site training
YellowScan delivers complete training to new customers. The training is provided over 2 days and can take place at your premises or online.
Technical support
Our 1 year unlimited technical support from our experts enables you to confidently undertake your projects, whether you are new or experienced in the field.
