80 E 5th St., Suite 400 Edmond, OK 73034 • 405-285-5884 • GatewayOK.com

• Optech ALTM Orion C300 Aerial LiDAR Scanner

• Optech CS-10000 80Mp Aerial Camera

• Bell 206 LongRanger Helicopter

LiDAR EQUIPMENT

LiDAR SERVICES

80 E 5th St., Suite 400 Edmond, OK 73034 • 405-285-5884 • GatewayOK.com

■ Asset Analysis

■ Class Location Studies

■ Construction & Site Planning

■ Floodplain Mapping

■ Forestry & Agricultural Mapping

■ High Accuracy Imagery

■ NERC Compliance

■ Routing & Mapping

■ Pipeline Corridors

■ Transmission Corridors

■ Transportation Corridors

■ Surface Modeling (DEM’s, DSM’s, & DTM’s)

■ Vegetation Management

■ Volumetric Calculations

LiDAR technology can provide critical information to our clients so that they can lower their costs, maximize their working capital, increase their project efficiencies, and make more informed business decisions. We are able to accomplish this because our non-intrusive LiDAR systems significantly lower data acquisition timelines and can better access remote project areas. In addition, our clients receive a comprehensive data set for their projects. Services include:

ORION C300-1Airborne Lidar Summary Specification Sheet

www.optech.com

Transmission Networks Asset ManagementCorridor Surveys*

*Image courtesy of Merrick & Company

Applications¡¡ Powerline and pipeline

surveying¡¡ Transportation

corridors¡¡ Asset management

High-performance, ultra-compact, airborne lidar sensor for low-altitude corridor survey applications

The Orion C 300-1 lidar survey system is purpose-built for 3D modeling of complex tower structures, transmission lines and densely vegetated areas. Popular for its exceptional small target detection, the Orion C300-1 provides high measurement precision and accuracy for the engineering-grade data quality required for tight-tolerance corridor applications.

ORION C300-1

www.optech.com© Optech Incorporated. E&OE. Information subject to change without notice. Printed in Canada. 140624

The ALTM Orion Advantage¡¡ Ultra-compact, full-system design ensures small-footprint installations where space is limited¡¡ Class 1 product class rating eliminates any eye-safety concerns associated with low-flying rotorcraft installations¡¡ Industry-leading data precision and accuracy ensures the highest quality map products possible¡¡ Latest in tightly-coupled inertial and Virtual Reference System processing technology, enabling steep turns and extended baselines¡¡ Optech FMS Flight Management Suite with integrated planning and simultaneous control and monitoring capability for up to 8 sensors¡¡ In-air point cloud display for true coverage verification, and unique real-time LAS file generator for rapid response applications requiring

immediate data deliverables¡¡ Powerful Optech LMS lidar processing software maximizes project accuracies with automated lidar rectification capability tuned for high-

density corridor applications ¡¡ Fully compatible with Optech’s diverse line of digital mapping cameras for scalable sensor suites tailored to your application requirements

Class 1 laser product as per

US FDA 21 CFR 1040.10 and

1040.11; IEC/EN 60825-1

Parameter Specification

Operational envelope (1,2,3,4) 50-1100 m AGL, nominal

Effective laser repetition rate Programmable, 100-300 kHz

Laser wavelength 1541 nm

Elevation accuracy (2,3) <3-7 cm; 1 σ

Horizontal accuracy (2,3) 1/7500 x altitude, 1 σ; or 1/5500 x altitude, 1 σ

Position and orientation system POS AV™ AP50; or POS AV™ AP40

Sensor range precision (5) <5 mm; 1 σ

Scan width (FOV) Programmable, 10-50 degrees

Scan frequency Programmable, 0-90 Hz

Sensor scan product 1000 maximum

Beam divergence 0.25 mrad (1/e)

Roll compensation Programmable, ±25° (FOV dependent)

Vertical target separation distance <0.7 m (discrete)

Range capture Up to 4 range measurements, including 1st, 2nd, 3rd, and last returns

Intensity capture Up to 4 intensity returns for each pulse, including last (12 bit)

Data storage Internal solid state drive SSD (SATA II); Removable SSD (optional)

Image capture Compatible with Optech CS-Series digital metric cameras

Full waveform capture 12-bit Optech IWD-2 Intelligent Waveform Recorder (optional)

Gyro-stabilization SOMAG® GSM 3000 integration kit (optional)

Power requirements 28 V; 300 W; 12 A

Dimensions and weight Sensor: 340 x 340 x 250 mm, 25 kg PDU: 415 x 328 x 100 mm, 6.5 kg

Operating temperature 0 to +35°C

Relative humidity 0-95% non-condensing

1. Target reflectivity ≥20%.

2. Dependent on selected operational parameters using nominal FOV of up to 50° and Optech LMS Professional software suite in standard atmospheric conditions (i.e., 23 km visibility).

3. Angle of incidence ≤25°.

4. Target size ≥ laser footprint.

5. Under Optech test conditions, 1 σ

Corridor, Infrastructure & Area Mapping

www.optech.com

CS-10000 Aerial Digital Camera System

Applications ¡¡ Railway & road surveys

¡¡ Power line & pipeline surveys

¡¡ Area mapping

¡¡ Asset management

Advantages ¡¡ Efficient imaging workflow

¡¡ Cost-effective design & performance

¡¡ Reduced downtime

¡¡ Configurable with lidar and other sensors

Unique Features¡¡ True FMC for superior image quality

¡¡ Field-replaceable shutter

¡¡ Interchangeable lenses

¡¡ Kinematic mounting

¡¡ 80-Mpixel sensor with superior GSD capacity

Standalone or integrated with lidar, the CS-10000 is your complete corridor and area mapping solution

With a footprint of 10,320 pixels across by 7,760 pixels along the flight line, the CS-10000 is the perfect aerial digital camera system for high-resolution engineering surveys and detailed mapping applications. Based on patented technologies and collaboration among Optech lidar and camera experts, the CS-10000 camera system is truly optimized for both standalone imaging and lidar integration.

Mounts for integration with other Optech cameras and lidar in a GSM

Universal controller with real-time monitoring and flight information

Sled mounts for integration with lidar

CS-10000 Aerial Digital Camera System

www.optech.com© Optech Incorporated. E&OE. Information subject to change without notice. Printed in Canada. 140624

U.S. Patent No. 7,899,311U.S. Patent No. 7,365,774 B2European Patent No. EP 1 570 314 B1

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Parameter SpecificationCamera Module (CM-10000)

Sensor type 80-Mpix full frame CCD, RGB

Sensor format (H x V) 10320 x 7760 pixels

Pixel size 5.2 x 5.2 µm

Capture rate (nominal) 2.5 sec / frame

FMC Electro-mechanical, driven by piezo technology (patented)

Shutter Field-replaceable focal plane 1/168 to 1/1000 sec (patented)

Aperture Iris mechanism, f-stops: 4, 5.6, 8, 11

Lens 50 mm/70 mm/90 mm

Filter Visible and color infrared removable filters

Dimensions (H x W x D) 250 x 185 x 130 mm (50 mm lens)

Weight ~6.0 kg

Operating temperature and humidity 0°C to 40°C including lens, non-condensing

Camera Controller (CC-R)

Number of supported cameras Up to 2 Camera Modules

Removable storage unit Up to 2 solid state drives (300 GB each factory standard, 600 GB optional)

Power consumption ~120 W and 28 VDC input (with one CM-10000)

Dimensions (H x W x D) 2U full rack; 88 x 448 x 493 mm

Weight ~9.5 kg (~14 kg with cables)

INS support Supports a wide variety of INS systems and IMUs

Operator display 12.1” LED backlit touchscreen, 1280 x 800

Operational control software Camera flight parameter control with real-time tracking, thumbnails, and histograms

Operating temperature and humidity 0°C to 40°C, non-condensing

Flight management system Compatible with Optech FMS and third party flight management systems

Image Pre-Processing Software

PixelPhysics RAW Converter with radiometric correction and image adjustment options

Image Data Formats JPEG; Uncompressed TIFF (8 or 16 bits)