3D Robotics Launches New 3DR Mapping Platforms for Fully Automated, All-in-One 2D and 3D Mapping Drone Packages

The new Aero-M and X8-M devices offer the most cost-effective, accurate and repeatable aerial perspectives for farms, construction sites, and other survey applications

October 14, 2014


3D Robotics, the leading North American drone company across both consumer and enterprise channels, today announced the launch of the new 3DR Mapping Platforms, consisting of the 3DR X8-M (multi-copter) and Aero-M (fixed-wing), with highly accurate resolution that allows users to zoom in from the sky "down to the grape." Each platform is bundled with both hardware and software solutions, including a high-resolution visible-spectrum camera, protective hard-case, auto-pilot controlled image acquisition and professional image processing software powered by Pix4D, 3DRs newest business partner. The starting price point of only $5,400 is the new industry leader, with the nearest competitors option at nearly five times the cost.

The new 3DR Mapping Platforms have a simple, fully automated three-step workflow: plan, fly, process. The flight planning software computes flight paths over a selected area to survey and calculate exactly which pictures to take and when. While in flight, the drones automatically capture those images and geo-tag each capture to note the exact location. When the drone lands, the user immediately has a series of crisp and accurate images that can then be geo-referenced by the Pix4D software to automatically create a high-resolution, ortho-rectified 2D mosaic map (or 3D model depending on chosen edition) that delivers accurate and immediately actionable data.

This level of aerial perspective is invaluable on farms, construction sites and mines. It enables enhanced crop and water usage understanding, increased perspective and knowledge of building material movement, equipment locations, construction progress and mining area status. 3DR Mapping Platforms will save users money through on-demand, high frequency monitoring, and enable them to take informed and targeted action in any of the above applications. In conservation and land and resource management applications, 3DR Mapping Platforms can increase understanding of how we use precious land and water resources.

The X8-M offers low-flying and high accuracy mapping, with a fully redundant propulsion system for increased reliability. The Aero-M fixed-wing platform offers incredible endurance and coverage area, with 40 minutes of flight and 250 acres of coverage. With these low-cost, high-accuracy platforms, professionals will maximize budget and improve response time by not waiting to schedule satellite imagery or incurring the expense and risk of using manned aircraft to gather data.

Features of 3DR Mapping Platforms

*Astounding "down to the grape" resolution
*All-in-one mapping solution: bundled with Canon SX260 12 MP camera and Pix4Dmapper LT for 3DR professional image processing software
*Fully automated three-step workflow
*Aero-M: 40 min flight time; up to 250 acres/flight
*X8-M: capture critical detail; up to 25 acres/flight
*Each priced at $5400; platforms of similar or even inferior capabilities routinely sell for five times that amount

"With 3DR Mapping Platforms, youll simply reduce your costs and increase your yields," said Brandon Basso, senior R&D engineer at 3DR. "Thats what makes this platform a real tool. Weve automated all the hard parts. So its not the future of work, its here now, and frankly it could cause a revolution through the price alone."

The 3DR mapping platforms with 2D mapping capability are now available for purchase at http://www.3DR.com, for only $5400. A second version of the system offering 3D mapping technology is available for $10,400.

Facebook Page: https://www.facebook.com/3drobotics
VIDEO: YouTube video of Aero-M & X8-M Mapping Platforms in Use
PICS: Mapping Platforms Product shots of Aero-M and X8-M

Pix4D contact:
Website: http://www.pix4d.com
Sales inquiries: sales(at)pix4d(dot)com
PR & press: pr(at)pix4d(dot)com

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