Microdrone EasyOne LidarUHR Series

This is Microdrones best LiDAR drone surveying equipment ever. Built upon their 4th-gen drone technology, all MicroDrone EasyOne systems are more compact, more optimized, lighter, safer and more efficient.

Description

Microdrone EasyOne LidarUHR Series

 

THE MOST COMPACT SURVEY-GRADE DRONE LiDAR SURVEYING EQUIPMENT ON THE MARKET: EasyOneLiDARUHR+

SMALLER, SAFER AND EASY TO USE

This is Microdrones best LiDAR drone surveying equipment ever. Built upon their 4th-gen drone technology, all EasyOne systems are more compact, more optimized, lighter, safer and more efficient. This system delivers integration unmatched in the drone surveying industry, making it easier than ever for you to plan, fly, collect, process and visualize your geospatial data projects.

EASYONE IS ALL IN ONE.

The improved controller is completely integrated with mdCockpit. No more connecting a tablet to your remote!

NEW! First person view in flight video display

EasyOne features an entirely new controller design that provides an enhanced user interface and powerful safety features, such as Real Time Terrain Follow.
Combined device and integrated remote control- the RC and display are one integrated control unit.

mdCockpit is integrated directly on your RC screen!

FPV available directly on the remote
Ask us about NDAA compliant version.
High level command of the drone without using the sticks on the remote

 

 

A NEW BATTERY MANAGEMENT SYSTEM FOR SMART SURVEY AND GEOSPATIAL PROS:
EasyOne includes a new Battery Management System that enables easy charging. Via a single connector, plug it in, and charging starts automatically if required.

Throughout battery maintenance and charging, the battery state is indicated via LEDs on the battery.


THE COMPLETE PACKAGE FROM ONE COMPANY: MICRODRONES.

Microdrones technology, firmware, software and workflow developed and refined since 2006 is used with the new physical hardware to provide:

  • New autopilot integrated into a single board— this means less cabling, less weight, more compactness and less risk of connection-related failures and better electromagnetic compatibility
  • mdCockpit software ecosystem for mission planning and control directly integrated into the RC
  • Microdrones completed all necessary testing to make md4-EasyOne a “Remote Identification Unmanned Aircraft” following FAA 14 CFR Part 89
  • Payload connection/communication quick connect
  • Real time terrain follow and collision awareness
  • NDAA compliant RC controller options

WHAT CAN YOU DO WITH IT?

EasyOneLiDARUHR+, UHR & UHR Lite are versatile packages that can be used for a wide range of applications.

  • Aerial Mapping / Surveying
  • Construction
  • Mining
  • Volumetrics
  • Precision Agriculture
  • Digital Twins
  • Defense

THIS EasyOneLiDARUHR+ PACKAGE INCLUDES:

PLATFORM

  • EasyOne Platform
  • Charger & Flight Battery
  • Rugged Carrying Case
  • Mag-less Navigation
  • Customer Support

COMMUNICATION

  • Encrypted Digital Data Link
  • mdRC
  • Remote ID Enabled

PAYLOAD

  • Fully Integrated High Resolution LiDAR & Camera
  • Applanix APX-15 UAV DG

SURVEY EQUIPMENT SOFTWARE

  • mdCockpit Software
  • Tap & Fly

DATA PROCESSING SOFTWARE INCLUDED

LP360 Drone is a powerful ecosystem that will enable you to quickly and efficiently process geospatial data. Your system will include LP360 Drone, as well as Strip Align and Desktop Photo Add-Ons.


EASYONE AIRCRAFT PLATFORM SPECS:

  • Size:
    • circle with 70 cm diameter to include all motor nacelles
    • 495 mm x 495 mm from nacelle to nacelle
    • 955 mm x 955 mm rotor tip to tip
    • 454 mm height to top of the antenna
  • Flight time (estimated) app. 40 min with UHR payload at our location (app. 300 m ASL)
  • Packaged weight 5500 g
  • Platform 2000 g
  • Battery 2100 g
  • Payload 1400 g
  • Max take off mass 5700 g

 

Information / Quote Request

 

Additional information

Weight 25 lbs

Specifications

mdLiDAR1000UHR TECHNICAL SPECS

SOLUTION COMPONENTS:

Platform
md4-1000

Payload

  • LiDAR Sensor: Hesai Pandar XT-32
  • Camera Sensor: 1x Microdrones CMOS APS-C 26 MP
  • Georeferencing: Trimble APX-15 UAV

Software

  • mdCockpit
  • LP360 Drone
TECHNICAL SPECIFICATIONS:

Takeoff Weight (TOW):

6400g

System Operation Temperature:

-10 °C to 40 °C
14 °F to 104 °F

System Accuracy:

  • LiDAR Pointcloud
    • 4cm RMSE
  • Photogrammetry
    • Horizontal:  2 – 3 pixels
    • Vertical:  : 3 – 5 pixels
 
Flight Altitude AGL (1,2) (m/ft) 40/130 60/200 80/260 100/330
Area Coverage at 20% Overlap (hectare/acres)(3) 87/214 121/299 149/368 171/423
Area Coverage at 35% Overlap (hectare/acres)(3) 72/179 102/253 129/318 150/372
Area Coverage at 50% Overlap (hectare/acres)(3) 57/141 82/203 104/258 124/308
Speed (m/s) Average Point Density in pts/m2 (2,3) (Single Pass, 90 degree FOV, 1st Return Only)
3 667 444 333 267
4 500 333 250 200
5 400 266 200 160
6 333 222 166 133
8 250 166 125 100
10 200 133 100 80
Camera GSD (mm) 9.4 14.1 18.8 23.5
Swath width (m/ft) at 56° FOV 42/138 63/207 85/279 106/348
Swath width (m/ft) at 90° FOV 80/262 120/394 160/525 200/656
Swath width (m/ft) at 110° FOV 114/374 171/561 228/751 285/935
Number of Laser Returns 2 2 2 2

(1) Flight Altitude Above Ground Level (AGL)
(2)Coverage estimated for approximately 25 minutes of flight time.
(3) Average density calculated with 30% overlap on 5 lines… average density will depend on surface type.

 

mdLiDAR1000UHR Lite TECHNICAL SPECS

SOLUTION COMPONENTS:

Platform
md4-1000

Payload

  • LiDAR Sensor: Hesai Pandar XT-16 (upgradeable to XT-32 via firmware)
  • Camera Sensor: 1x Microdrones CMOS APS-C 26 MP
  • Georeferencing: Trimble APX-15 UAV

Software

  • mdCockpit
  • LP360 Drone
TECHNICAL SPECIFICATIONS:

Takeoff Weight (TOW):

6400g

System Operation Temperature:

-10 °C to 40 °C
14 °F to 104 °F

System Accuracy:

  • LiDAR Pointcloud
    • 4cm RMSE
  • Photogrammetry
    • Horizontal:  2 – 3 pixels
    • Vertical:  : 3 – 5 pixels
 
Flight Altitude AGL (1,2) (m/ft) 40/130 60/200 80/260 100/330
Area Coverage at 20% Overlap (hectare/acres)(3) 87/214 121/299 149/368 171/423
Area Coverage at 35% Overlap (hectare/acres)(3) 72/179 102/253 129/318 150/372
Area Coverage at 50% Overlap (hectare/acres)(3) 57/141 82/203 104/258 124/308
Speed (m/s) Average Point Density in pts/m2 (2,3) (Single Pass, 90 degree FOV, 1st Return Only)
3 334 222 166 133
4 250 166 125 100
5 200 133 100 80
6 166 111 83 66
8 125 83 62 50
10 100 66 50 40
Camera GSD (mm) 9.4 14.1 18.8 23.5
Swath width (m/ft) at 56° FOV 42/138 63/207 85/279 106/348
Swath width (m/ft) at 90° FOV 80/262 120/394 160/525 200/656
Swath width (m/ft) at 110° FOV 114/374 171/561 229/751 285/935
Number of Laser Returns 2 2 2 2

(1) Flight Altitude Above Ground Level (AGL)
(2)Coverage estimated for approximately 25 minutes of flight time.
(3) Average density calculated with 30% overlap on 5 lines… average density will depend on surface type.

Approximate flight time

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