3DR Drone Manuals PDF
Specs of 3DR (3D Robotics) Quadcopters
3DR Solo Drone Specs
Weight (without camera and suspension) 1500 g
Full weight 1800 g
Dimensions (motor to motor) 460 mm
880 kV motors
Propellers 10 ",
Max. speed 89 km / h
Max. takeoff speed 10 m / s
Max. flight range 8 km
Max. height 260 m
Max. flight time (without loading) 25 min
APM software: Copter
Autopilot Pixhawk 2
Battery Li-Polymer, 5200 mAh, 14.8V
Charging time 90 min
Required mobile OS
- iOS 8.0 or higher
- Android 4.3 or higher
720p online video quality
3D Robotics X8+ Drone Specs
Height 100 mm
Weight with battery 2450 g
Maximum additional weight> 1 kg
Propellers 10 x 4.7 mm
880 kV motors
Electronic speed controllers 20A with SimonK firmware
GPS uBlox GPS with built-in magnetometer
Power supply 6000mAh Li-polymer battery 4S
Flight time 12 minutes when fully loaded
History of 3DR (3D Robotics) Drones
Some 3D Robotics (3DR) Drone PDF User Manuals above the page.
Until 2012, the American company 3D Robotics Inc. was not known to the venerable public, although 2009 is officially considered the date of its foundation.
First, 3D Robotics enters the RC market as an enterprise software developer. Now it is the largest multicopter developer and manufacturer in the United States.
The company is headquartered in Berkeley, California. There is also a branch in Mexico (Tijuana, British Columbia).
3D Robotics specializes in the design of multi-rotor systems and fixed wing drones for various purposes.
The flexible pricing policy of the manufacturer allows its products to be in the “market average” niche and at the same time demonstrate high technical characteristics. This allows 3DR drones to compete successfully with similar Chinese models.
The main direction of 3D Robotics work is the creation of multicopters for solving various production tasks. For example, in 2016, the company's engineers worked with Sony and Autodesk to develop the Solo drone.
An interesting feature of 3DR models is open source code. That is, any knowledgeable modeller can independently modify the flight characteristics of the model for solving certain problems.