This document discusses the Leica ScanStation C10 and P20 3D laser scanners. It provides specifications for the instruments, including accuracy, range, scan rate, field of view, data storage, and other technical details. It also gives examples of how the scanners have been used for applications such as modeling mines, building information modeling (BIM) projects, and documenting crime scenes and historic battleships.

1. Leica ScanStation - SWISS
H D Sigh efinition urveying
3D Laser Scanner

2. Plant & Marine
Industrial design
Manufacturing
Fabrication
Ultra-high speed scans, high quality data, and the
industry's best environtmental specs for industrial
as-built documentation.
Building / Heritage
Architecture
Building Information Modeling
Heritage
Exellent accuracy-at-range, high-density data,
and a wide field-of-view for capturing
challenging, taller structures and interiors with
fewer setups.
Civil
Infrastructure
Engineering
Construction
Wide operating temperature range
and rugged system design allow for
almost anyoutdoor application.
Forensics
Crime Scene Investigation
Accident documentation
Security
Fast, contact-free documentation of
any scene with an easy-to learn,
stand-alone system.
Function And Usability of
Leica HDS ScanStation P20 and C10

3. Product Specification
Leica ScanStation C10 Leica ScanStation P20
Instrument type Compact, pulsed, dual-axis compensated, very
high speed laser scanner, with survey-grade
accuracy, range, and field-of-view; integrated
camera and laser plummet
Compact, ultra-high speed pulsed laser scanner
with survey grade accuracy, range and field-of-
view; integrated camera and laser plummet
User interface Onboard control, notebook, tablet PC or remote
controller
Onboard control, notebook or tablet PC, PDA
Data storage Integrated solid-state drive (SSD), external PC or
external USB device
Integrated solid-state drive (SSD) or external USB
flash drive
Camera Auto-adjusting, integrated high-resolution
digital camera with zoom video
Auto-adjusting, integrated high-resolution digital
camera with zoom video
Accuracy measurement
Position*
Distance*
Angle (horizontal/vertical)
6 mm
4 mm
60 dSV ! ( " dSV #$” / 12”)
3 mm at 50 m; 6 mm at 100 m
1 mm
8 horizontal; 8 vertical
Target acquisition*** 2 mm std. deviation 2 mm standard deviation up to 50 m
Laser Class 3R (IEC 60825-1) 2 (in accordance with IEC 60825-1)
Range 300 m @ 90%; 134 m @ 18% albedo (minimum
range 0.1 m)
Up to 120 m; 18% reflectivity (minimum range 0.4
m)
Scan rate Up to 50,000 points/sec, maximum
instantaneous rate
Up to 1’000’000 points/s
Scan resolution
Point spacing Fully selectable horizontal and vertical; 1 mm
minimum spacing, through full range; single
point dwell capacity
7 pre-set point spacings (mm at 10 m)
Field-of-View
Horizontal
Vertical
Aiming/Sighting
360° (maximum)
270° (maximum)
Parallax-free, integrated zoom video
360°
270°
Parallax-free, integrated zoom video
Data storage capacity 80 GB onboard solid-state drive (SSD) or
external USB device
256 GB onboard solid-state drive (SSD) or
external USB device
Communications Dynamic Internet Protocol (IP) Address,
Ethernet or wireless LAN (WLAN) with external
adapter
Gigabit Ethernet or integrated Wireless LAN
Onboard display Touchscreen control with stylus, full color
graphic display, QVGA (320 x 240 pixels)
Touchscreen control with stylus, full colour VGA
graphic display (640 x 480 pixels)
Data transfer Ethernet, WLAN or USB 2.0 device Ethernet, WLAN or USB 2.0 device
Laser plummet Laser class: 2 (IEC 60825-1)
Centering accuracy: 1.5 mm @ 1.5 m
Laser dot diameter: 2.5 mm @ 1.5 m
Laser class 1 (IEC 60825-1)
Centering accuracy: 1.5 mm at 1.5 m
Laser dot diameter: 2.5 mm at 1.5 m
Scanner
Dimensions (D x W x H)
Weight
238 mm x 358 mm x 395 mm / 9.4”x14.1”x15.6”
13 kg / 28.7 lbs, nominal (w/o batteries)
238 mm x 358 mm x 395 mm / 9.4 x 14.1 x 15.6
11.9 kg / 26.2 lbs, nominal (w/o batteries)
Power supply 15 V DC, 90 – 260 V AC 24 V DC, 100 – 240 V AC
Power Consumption 50 W avg. 40 W avg.
Battery Type Internal: Li-Ion; External: Li-Ion Internal: Li-Ion; External: Li-Ion
Power Ports Internal: 2, External: 1 (simultaneous use, hot
swappable)
Internal: 2, External: 1 (simultaneous use, hot
swappable)
Operating temp. 0° C to 40° C / 32° F to 104° F –20° C to +50° C / –4° F to 122° F
Dust/humidity IP54 (IEC 60529) IP54 (IEC 60529)

4. PT. EROKSA Graha Teknika
Indonesia Authorized Distributor Leica HDS Systems
Jl. Diponegoro No. 61, Yogyakarta 55232, INDONESIA
Tel : + 62 274 556605
Email : info@eroksa.com
www.eroksa.com
Leica ScanStation Project Experiences
Leica Geosystems AG
Heerbrugg, Switzerland
www.leica-geosystems.com/hds
Death scene investigators have deployed ScanStations at cold
scenes going back 20-30 years to try and understand what
happened. In New York City the Office of the Coroner/Medical
Examiner regularly deploys the ScanStation for their important work
and for mass casualty training incidents.
Medicolegal Death Investigation
The ability to quickly and accurately reconstruct the path of a bullet
using Leica 3D laser scanning is one of the most powerful
investigative tools available to a public safety agency. Not only can
shooting reconstructionists combine traditional methods with laser
scanning, but on certain kinds of scenes, impact site to impact site
analysis would be either inaccurate or impossible without the use of
laser scan data.
Modelling the World’s Deepest Mine
Owned by Anglo Gold Ashanti, Mponeng Mine is officially classified
by The Guinness Book of Records as the world’s deepest mine. To
highlight potential problem areas before the installation of a new
conveyor, a monorail, and a chair-lift at the mine a survey was carried
out to build an accurate as-built 3D model of the development.
The surveying and mapping firm Woolpert was recently involved in a
large BIM (Building Information Modelling) project that took
advantage of Leica Geosystems laser scanners. These advances
significantly improved the efficiency of applying 3D laser scanning for
the creation of accurate, intelligent 3D models – the foundation of
BIM.
3D Laser Scanning Boosts BIM
The Battleship USS Missouri Mighty Mo's was decommissioned on
March 31st, 1992. The battleship scans generated billions of data
points that the team began processing into point clouds, CAD
drawings, and 3D models immediately afterwards. The results of the
entire documentation project will be used by the USS Missouri
Memorial Association as a historical record and for ongoing
maintenance and educational purposes.
Mighty Mo's Last Journey
Bullet Path Reconstruction