Features:

• Available across Applanix’ entire airborne mapping portfolio
• No 3rd party involvement whatsoever (Trimble provided)
• Fast and reliable convergence – 30 minutes or less to full accuracy
• Satellite-delivered global positioning delivered by L-Band satellite or by the Internet
• No additional hardware to purchase, integrate or maintain
• More uptime, fast initialization
• Very High Accuracy – < 0.1 m RMS Horizontal, < 0.2 m RMS Vertical
• Fully compatible with the Applanix POSPac™ software

Benefits:

• Very high accuracy
• More uptime and reliability
• Fully compatible with the Applanix POSPac™ Software
• High speed and low cost
• Easy to use
• Fast and reliable convergence

Specs and Brochures

Features:

• Powerful yet easy to use mission planning software with digitization support using imagery from multiple sources
• Daylight readable Smart Pilot touch display complete with yoke mount
• Ruggedized, compact, low power hardware
• Worldwide DEM coverage for mission planning
• Integrated power and network switch with direct connect for up to two smart displays
• Automatic leveling of stabilized mounts and yaw drift correction to maintain parallel and level images
• Compact design and simplified cockpit configuration
• Real-time sensor control with precise camera triggering and forward motion compensation using DEM information
• Automated on/off stabilization control

Benefits:

• Achieve maximum accuracy
• Achieve maximum flexibility
• Simplify operations
• Protect your investment with a complete upgrade path
• Reduce implementation costs

Specs and Brochures

Features:

• Small, lightweight and low-power GNSS-inertial components

• Full real-time and post-mission position and orientation solutions for direct georeferencing of mapping sensors

• Compact single-board OEM modules complete with low-noise, survey-grade multi-frequency, multi-constellation GNSS receiver and MEMS inertial components

• Direct georeferencing capability means no need to survey ground control points

• Compatible with all types of mapping sensors: cameras, LiDAR, SAR, Hyperspectral, Thermal, NIR

• Supports multi-sensor payloads and stabilized (gimballed) mounts

• Supports all common corrections such as CMR, CMR+, RTCM

• Industry leading Applanix IN-Fusion™ GNSS-Inertial and SmartCal™ compensation technology for superior position and orientation performance

• POSPac UAV Differential GNSS Inertial post-processing software for highest accuracy map products

• Automatic survey of base station coordinates using Trimble Centerpoint™ RTX™ service

• Applanix SmartBase™ Cloud service for mapping without dedicated base stations (where available)

• Automatically bridge GNSS or RTK correction outages

• Built in datum and projection transformation

• Seamless support for Trimble Inpho UASMaster Photogrammetry Software

• High accuracy time tagging of mapping sensor data to common time base

Benefits:

• Easy installation and deployment: more time in the field, less time in the office

• Ultra-fast delivery:  produce accurate map products within minutes of flying a mission

• Save time and money by reducing or eliminating GCP’s (Ground Control Points)

• Maximize productivity by reducing sidelaprequirements; fly more area per mission

• Obtain consistent, reliable, highly accurate mapping-grade results – robust centimeter level positioning accuracy in real-time and post-mission

• Simplified data fusion through high accuracy time stamping

Specs and Brochures

Features:

• Post-processed Trimble Centerpoint RTX trajectory processing (PP-RTX)
• Automatic base station survey using static PP-RTX
• “Know before you go” Quality Control
  licenses for checking GNSS data in the
  field, ensuring accuracy specifications are met before leaving the project area
• Elimination of Node-locked license – set
  up any computer to act as a server, share a single license across a network or between computers
• New User Interface
• 64-bit processing for faster throughput
• Windows 10 support
• RTCM 3.2 support
• SmartBase database update
• Applanix SmartBase and IN-Fusion technology for high accuracy, productivity
• Built-in database of GNSS reference stations enables POSPac MMS to find the most suitable reference stations
• Layered based viewing – overlay real-time and post-processed solutions with base-station locations and other data for quick visualization of projects
• Rigorous quality assurance and control
• Modern and customizable user interface to customize the workflow
• Interactive display plots with multiple selection features for overlaying plots
• Project management and reporting options
• Convenient, unified global project settings
• Import, manage and assess the data from your POS and GNSS reference stations
• Simultaneous multiple user views (3D, 2D, and points tables)
• Collapsible project explorer menu with quick access to properties of various data sets
• Batch manager provides capability for processing large volumes of data with a minimum of user interaction

Benefits:

• Reduced acquisition costs
• Reduced re-work costs with “Know before you go” in field quality control
• Achieve centimeter-level accuracy within one hour after data collection with just an internet connection – no need to wait for delivery of public-domain ephemeris data, providing significant productivity gains
• Map inaccessible regions that have no existing Continuously Operation Reference Stations (CORS) without the cost of deploying local base stations
• Attain consistent and reliable uptime using Trimble’s professionally managed, highly maintained private network
• Automatically survey in dedicated base stations direct from POSPac – streamline map production workflow

Airborne

• Reduce flight times or fly more lines per mission by flying sharper turns
• Reduce deployment costs by using existing reference station networks
• Reduce production costs through rigorous quality checks on reference stations before processing airborne data
• Reduce re-work costs with more robust and accurate integration algorithms

Land

• Increases scope: removes barriers to efficiency of high-accuracy mobile mapping
• Increases robustness: rigorous quality checks and advanced algorithms ensure the first solution is the right solution, minimizing re-work
• Increases accuracy: SmartSelect automatically selects, downloads and imports the best available Applanix SmartBase network of reference receivers
• Increases productivity: reduce deployment costs, extend distances and areas, reduce re-work

Specs and Brochures

Features:

• LiDAR and camera systems designed to work indoors – and other GNSS-denied areas of all sizes and locations – in mobile mode
• Data processing workflow for producing 2D / 3D floor plans and models
• Applanix Advanced Positioning System
• Provides high speed collection: Map 250,000 square feet in a single day
• Includes all computers and electronics for completing data acquisition

Benefits:

• High accuracy
• Fully customizable
• Low cost
• Simple workflow with quick data turnaround
• Fast – complete 250,000 square feet of space in a single day
• Commercial grade IMUs for ease of export

Specs and Brochures

Features:

• Compact, low-power, lightweight, rugged construction
• High-performance, survey-grade multi-frequency GNSS receiver
• Full in-air alignment support
• Embedded Omnistar SBAS correction service
• High-performance, low profile FAA certified GNSS-L Band antenna
• POSPac MMS post-processing software bundle includes Carrier Phase DGPS processing, Integrated Inertial/GNSS processing, and optional photogrammetry tools for EO generation, IMU boresight calibration and quality control
• Commercial grade IMUs for ease of export
• Real-time leveling and yaw drift correction of stabilized mounts
• Internal data logging for redundancy
• Meets airborne environmental operational requirements
• Trimble CenterPoint™ RTX™ correction service available
• Simple to use and operate with auto-log and auto-start functions
• Removable USB data logging with unique sealed port
• Multiple interfaces for simple integration with imaging sensors

Benefits:

• Provides an accurate real-time and post-mission solution for all motion variables including sensor-specific Exterior Orientation (EO) parameters using Direct Georeferencing
• Allows for single stereo model mapping and single photo orthorectification using an existing Digital Elevation Model
• Streamlines and automates the data workflow and quality control processes
• Easily integrated with digital cameras, film cameras, LIDAR systems, SAR systems, and digital scanners
• Ideally suited to inhospitable environments and rapid response applications where ground control is not available
• Eliminates the requirement for aerotriangulation and a complete ground control survey (often only check points for quality control are needed)
• Improves productivity in traditional aerial mapping applications, which translates into operational time and costs savings, with increased accuracy

Specs and Brochures

Features:

• POS Computer System enables raw GNSS data from as few as one satellite to be processed directly into the system to compute accurate positional information in areas of intermittent or no GNSS reception
• IMU generates a true representation of vehicle motion in all three axes
• Streamlined data workflows
• Worldwide availability
• Embedded GNSS receivers provide heading aiding to supplement the inertial data
• Post-processing capabilities with POSPac MMS
• Quick operational capability, with installation, calibration and training completed in as little as three days
• DMI (Distance Measurement Indicator) computes wheel rotation information to aid vehicle positioning
• Operates at normal highway traffic speeds for cost-effective data capture
• Upgradeable systems

Benefits:

• Generates continuous, accurate, position and orientation information under the most difficult GNSS conditions
• Allows quick operational capability, with installation, calibration and training completed in as little as three days
• Produces precise, high-rate, low-latency, real-time data
• Includes an automatic redundant data logging capability
• Requires less space in the survey vehicle, using a small, lightweight POS Computer System (PCS)
• Operates at normal highway traffic speeds for cost-effective data capture
• Uses the latest survey-grade GNSS technology for improved positioning performance

Specs and Brochures