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Sony a6100 camera mount for the WingtraOne Gen II


Sony a6100 oblique camera mount for the WingtraOne Gen II


HIGH-QUALITY CONSTRUCTION. Lightweight yet durable, the Two-Piece GPS Rover Rod is made of aluminum to provide long-lasting strength and use throughout the years. It’s available in red, yellow and fluorescent yellow colors to suit everyone’s taste. REMOVABLE TIP. The steel tip comes with an included rubber cover to help protect the point and keep it sharp, in addition to assisting in tightening and loosening the tip. This steel tip is removable so that it can be replaced. SIMPLE ASSEMBLY. Made of two sections so you can take it apart for a more convenient transport, the GPS Rover Rod can be easily assembled by screwing one section into the other by twisting each in opposite directions. EASY MOUNTING. The mounting thread at the top of the pole has a standard ?-inch male thread for easy mounting. For both safety and convenience, the GPS rover pole has cable slots to secure cables while the rover is mounted on the pole. COMPLETE SET. Supplies a soft carry bag along with the rover rod for your convenience. To that end, it comes with a vinyl hand grip for added friction and stability in holding the rod, and a 40-minute bubble vial to help ensure accuracy.


Aluminum Bipod Thumb Release for Gps poles and Prism Poles. Tripod surveying Fits 1 to 1.25-inch diameter poles from the side or 1.5-inch poles through the top. Surveying Poles Tripod Legs extend up to 6 feet and collapses to 3.5 feet.

The GeoCalc SDK Software Developer Toolkit (also known as an API) entitles one developer to work with the GeoCalc SDK to develop custom applications. An additional DLA (Distribution License Agreement) must be purchased for giving any other users access to the software whether internally or externally. Unlimited distribution licenses are available in most situations. Special licensing is available for use of the SDK in a server-side application that is accessed by users over a network or for internal products or projects.


Lidar is one of the fastest-growing technologies in the drone mapping industry.  Its ability to measure under vegetation and capture precise 3D objects makes it attractive over other mapping and reality capture options.  By adding a drone to a mapping solution you gain access and on-demand efficiencies not previously realized.

In this course is designed for professionals with no previous mapping experience.  This means we will start from the ground up.  Walkthrough our step by step workflows covering planning, field operations, and post-flight processing to generate 3D point clouds.

Most places want to show you their software as part of a notional process.  In this course, we will teach you proven workflows that get results.  We know, we have perfected them over 5 years and as part of half a dozen national use case studies.

Come discover what you can do with Lidar and get mapping today.

Course Curriculum

  • Instructions for this course

    • How to Use this Learning Management System

  • Lidar Fundamentals - What every business owner needs to know?

    • What is Lidar Introduction

    • Why Lidar- How is Lidar changing geospatial businesses?

    • Lidar Data Collection- How fast and easy is it?

    • LiDAR Data Characteristic- What creates project value?

    • Lidar Data Products- Digital media changing the way we make decisions.

    • Lidar Software and Workflow- What is the basic process?

    • Lidar Standards and Guidelines

    • Lidar Data Quality- How does your customer know you are providing good data?

    • Lidar Applications- What use cases can it be used for?

  • Lidar Equipment- How does it all work?

    • Equipment Overview

    • Setting up Lever Arms?

    • What is OPUS?

  • Lidar Planning - What do you need to know to be successful?

    • Planning Introduction

    • Point Density Planning [BASIC]

    • Lidar Basic Flight Planning [BASIC]

    • Lidar Area Flight Planning [INTERMEDIATE]

    • Lidar Corridor Flight Planning [ADVANCED]

    • Lidar Planning Considerations for Vegetation [ADVANCED]

    • Lidar Urban Flight Planning [ADVANCED]

    • Base station Planning [BASIC]

    • Lidar Control Points [ADVANCED]

  • Field and Flight Operations - What you need to do for quality data?

    • Introduction- Shelter in Place Version

    • Pre-Deployment Checklist [BASIC]

    • Site Survey [INTERMEDIATE]

    • Preflight Checklist [BASIC]

    • Drone Take Off Procedures

    • Flight Automation Drone Recovery Best Practices

  • Basic Lidar Processing- What is really involved to create raw 3D point Clouds?

    • Compute and Compile Introduction

    • Workflow Overview [BASIC]

    • File Setup [BASIC]

    • Base Station Solution Report [INTERMEDIATE]

    • Telemetry Processing [BASIC]

    • Lidar Compiling Processing [BASIC]

    • Quick Visualization - Quick Terrain Reader [BASIC]

  • Advanced Lidar Flight Automation - How to use automation to improve your field work?

    • Flight Automation- Introduction

    • Flight Automation Software Guide

    • Flight Automation Free Trial

    • Flight Controller Software Architecture

    • Flight Automation System Menus

    • Flight Automation Basic Planning Interfaces PT 1

    • Flight Automation Basic Planning Interfaces PT 2

    • Flight Automation Mission Planning


Provides 30W quick charging to one DJI Mini 3 Pro Intelligent Flight Battery in just 64 minutes. The charger does not include a power cable.


The CrystalSky High-Brightness monitor is designed to be the perfect companion for DJI products. It has a brightness of 1000 cd/m² to ensure optimum viewing even in bright sunlight, which is often an issue when flying drones during daytime. As opposed to the typical tablet or smartphone, the CrystalSky provides users with a better overall experience when it comes to viewing the drone’s real-time camera feed, reviewing captured footage, and controlling app functions as it offers ample brightness while eliminating screen glare even under direct sunlight.
The monitor’s high-resolution display also offers vibrant, true-to-life colors and ultra-sharp details to enable the user to make more accurate adjustments to their compositions.


DJI M30 ENTERPRISE DRONE, Power In Portability, Powerful Flight Performance, A balance of power and portability delivers higher operational efficiency, 41-MIN MAX FLIGHT TIME, 15 M/S WIND RESISTANCE, 7000 M SERVICE CEILING, 23 M/S MAX SPEED The M30 Series integrates wide, zoom, and thermal cameras (M30T only) with a laser rangefinder, which together can capture the aerial data you need, when you need it.

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