DJI ist einer der weltweit führenden Entwickler und Hersteller von UAV (Unmanned Aerial Vehicles) Hubschrauber Autopilot-Systemen. Diese Systeme werden den kontinuierlichen Weiterentwicklungen der UAV-Technologien für Hobby-, Handels-, Industrie-, sogar auch militärische Zwecke, ständig angepasst und sind somit stets aktuell auf dem neuesten Stand der Technik.

DJI Autopilot-Systeme sind ideal für engagierte R/C Helikopter Hobbypiloten aber auch für eine breite Palette an kommerziellen und industriellen Anwendungen geeignet, wie zum Beispiel: Luftaufnahmen, Überwachung, Kartographie, Vermessung & Rettung, Inspektionen, Naturbeobachtung, Film und Werbung, Ermittlungen, militärische Tarnung, etc.

Eigenschaften:

• Für alle Mischersysteme geeignet (Normal-übliche, individuell)
• Einhaltung von Position und Höhe
• Multi control Modus (GPS ATTI, ATTI, Manuell)
• GPS ATTI Modus gibt Ihnen die Fähigkeit, die Position zu halten, incl. Höhe selbstnivellierend
• ATTI Modus ermöglicht einen sportlichen Stil zu fliegen, wobei die Drehzahlregelung durch den Piloten erfolgt, Einhaltung der Höhe mit On-Board-Barometer
• Im manuellen Modus wird die 3-Achsen-Stabilisierung automatisch mit elektronischer Phasing aktiviert
• Intelligentes "Fail safe" (Auto Hover, Auto Go Home)
• Firmware online upgradebar
• Industriequalität bei der Bauteilauswahl
• Eingebauter Kompass mit kardanischer Kontrolle

Eine Bauanleitung zu den DJI-Produkten liegt der Verpackung nicht bei.
Sie können sich die englische Anleitung unter diesem Link runterladen.
Eine deutsche Anleitung ist noch nicht verfügbar, wird aber in Kürze erhältich sein.

Für die Bedienung der Konfigurations-Software sind zwingend Englisch-Kenntnisse notwendig, da die Software nicht in deutscher Sprache verfügbar ist.

Features:

• GPS (inclusive) Position, Altitude hold and Heading hold
• Attitude mode using accurate barometer sensor for altitude hold
• Use regular over the counter ESC
• Three flight modes – manual, Attitude and GPS Attitude
• Fail Safe Hover
• Go Home & Auto Landing
  
• Hex-Rotor support. New following built-in multi-rotors support:
  
• Octo-Rotor support. New following built-in multi-rotors support:
  
• Voltage Monitor. Voltage monitor feature includes battery low voltage LED warning and two-level low voltage protection.(The feature doesn`t work without Power Module)
• Power Module. Versatile power module for MC power supply,voltage monitoring and CAN bus connections. Specially designed for WKM to solve the high power consumption problem of power support system. It contains two power outputs for entire WKM system and receiver separately, a battery voltage monitor, and two CAN-Bus interfaces.
  
  PW Port: This port provides power to whole WKM system (MC, IMU, GPS, LED) which does not need to get power from any 3-pin servo port. The output voltage is 12.6V If input voltage from battery is higher than 13V; the output voltage will follow the change of input voltage (0.4V lower than it) If input voltage from battery is lower than 13V. Its maximum output current is 2A. WKM can still get power from 3-pin servo ports if the PW port does not function well.
  V-SEN Port: This port has two functions: (1) It collects the power input of the PMU for MC to monitor the battery voltage. The white wire from this port is the signal wire, and its maximum output voltage is 3.3V, so it will not damage your receiver if you connect this port to it. (2) It provides a 3A@5V power on red wire for the receiver and other electronic device through X1 port on MC.
  NOTES:
  1.1. Since the working current of some gimbal servos are large, this port may not drive three axial gimbal, please use extra high-power UBEC.
  2.2. Our BEC in PMU is powerful enough to drive receiver and most of the other electronic devices. However if you want to use other BEC, you’d better use a 3-pin servo cable without red wire to connect V-SEN and X1 on MC.
  * There is no requirement for PMU mounting.
  * Use our Power Connection Adapter (red line depicts in figure) to connect battery, PMU and ESCs.
  * For safety reason, please disconnect ESCs and Power Connection Adapter during the configuration procedure.
  * You can choose 2S - 6S LiPo battery.
  * Output of PW on PMU: 350mA@8V, 300mA@12V, 220mA@16V, 200mA@20V, 160mA@24V
  * Output of V-SEN on PMU: 3A@5V
  * Recommended Battery: 2S ~ 6S LiPo
  * PMULED Indicator Description: on: PMU connection is correct. on: The connection of PMU and battery is wrong (polarity error).
• D-Bus Support. D-Bus supports S-BUS receiver system.
• Arm Mode. Throttle starting mode – Arm mode.
• Provides two options to stop motors. Immediately Mode and Intelligent Mode
• Import/Export functions. in order to simplify saving and retrieving complex flight parameter configuration, v4.2.2 adds import and export functions.

Specifications:

• Built-In Functions: Autopilot, Auto Hover Fail Safe
• Multi Rotor Types: Quad-Rotor, Hex-Rotor, Octo-Rotor
• Supported ESC output: 400Hz refresh frequencys
• Recommended Transmitter: PCM or 2.4GHz with minimum 5 channels and Failsafe function available on all channels
• Recommended Power Supply: DC 4.8 - 12V
• Power Consumption: MAX 5W (0.9A@5V, 0.7A@5.8V,0.5A@7.4V,0.4A@8V)
• Operating Temperature: -5°C to +60°C (You have to keep the IMU warm if you want to use it under low temperature, could be -5°C or lower.)
• Hovering Accuracy: Vertical: ± 0.5m, Horizontal: ± 2m (can be effect by mechanical performance)
• Suitable Wind Condition: < 8m/s (17.7mph)
• Max Rotate Angle: 30°
• Vertical Speed: 3m/s
• Total Weight: <= 150g
• Dimensions: 61mm x 39.6mm x 15.8mm (Main Controller), 40mm x 31mm x 26mm (IMU), 50mm diameter x 9mm (GPS & Compass), 25mm x 25mm x 7mm (LED Indicator)