MULTIROTOR G4 FlightControl

Go for you up to the maximum. Certainly.

Extreme wind-resistant and safe: Any time the control.

MULTIROTOR FlightControl

The central control

Over 3 km rangeThe layout is based on the MULTIROTOR board and was newly configured with a variety of additional functionalities, the latest hardware architecture and a completely revised software. This development which only took about nine months and caused development costs of about 500,000.- will totally replace the previous multicopter control modes. As core of hardware even two 32-bit processors offer about 10 times more computing capacity than before. This enormous computing power enables high-precision coordination of every move of the copter. Likewise accurate is the flight data log on board which allows the most exact data recording 128 times per second. In connection with the most modern hardware architecture, high precision components for position sensing and sensor technology, flight manoeuvres which never have been thought possible are realisable as well as the most precise positioning of drone and camera during the flight.

ARTIE innovation award

ARTIE innovation awardservice-drone.de GmbH prevails as the winner of the ARTIE-innovation award 2014 against 22 nominated companies and convinced the jury with outstanding innovation and development performances of the MULTIROTOR flight-control for model helicopters for measurement, film, agricultural and industrial use.

‘The company is especially innovative because of its outstanding product attributes and the attained technology leadership’, constitutes the jury its decision to declare the service-drone.de GmbH as the winner of the ARTIE-innovation award 2014.

The awards show took place in Osterholz-Scharmbeck. The district administrator emphasized: "We consistently realize, that the small owner managed companies are real think tanks concerning ambitious product development, new services and inventions."

 

» No reported crashes since the introduction of the MULTIROTOR G4 technology «

Hundredfold proven and reliable against technical failure

Benefits of the MULTIROTOR Flight Control

Another outstanding advantage is the control of the drone via scripting language. Here, the team of technical developers has put user-friendliness and dead easy flying at the center of attention. Practically, the drone flies itself, whereby the pilot only takes corrective action, if required. Performances such as autostart assistant, position hold, coming home und autolanding assistant are by finger touch as easy as never before. Also extreme complex flight operations as required for 2D and 3D mapping are completed almost by itself by the intelligent service-drone. All necessary parameters are considered and maximum security is taken into account at the same time. Emergency landing procedures and a constant control of traction batteries provide a high level of safety. Another plus is the referenced GPS receiver with HF amplifier and filter funciton which exceeds the quality of data collection and positional accuracy by a multiple of the current components.

The enhanced sensor technology, the plus of computing power and the for the first time real orientation angel calculation instead of approximation allow an absolutely precise copter flight and correction of the axis of the camera mount. The tilting of the horizon which is typical for Mikrokopter is now a thing of the past. The results are precise camera trips, highest 4K image stability and new perspectives.

With the new MULTIROTOR Filght-Control and the linked endless possibilities we as multicopter perfectionists come into action exactly where our ambitious customers require highest effectiveness, quality and security for whole new dimensions and markets.

Inimitable flight stability, thanks to the latest 32-bit dual-processor technology which corrects the flight position 512 times per second and enables the probably most secure drone flight ever.

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The most important advantages of the new MULTIROTOR Flight-Control in comparison:

MULTIROTOR G4 Flight-Control V 3.5 pro
Previously used SD G3 Mikrokopter Flight-Control
32 bit system with prioritised dual processor
8 bit system
High resolution cadence with 128 Hz flight recorder
2 Hz flight recorder
High-precision flight position angle calculation
Approximate calculation
L1 GPS-Receiver with HF-amplifier (high-gain/low-noise) and SAW Filter up to 80 cm exact
Simple GPS receiver
Drone flight controllable via scripting language
Not possible up to now
Operating via Apple iPad
Not possible up to now
Intuitive flight mission planning for fully automatic flights (inspection, mapping, security) with software assistance, flight paths can be set automatically or manually
Only possible with MK tool up to now
6 servo outputs
5 servo outputs
Digital expansion port for sensors (radar, sonar, 3-D laser, etc.)
Not available
Autostart and autolanding from transmitter or via iPad
Not possible with G3 or with iPad up to now
Very easy to fly due to input of the directions and speeds, the drone takes corrective action
Not possible with G3 up to now
Telemetry uplink and downlink
No uplink possible up to now
Settings via menu at the transmitter without additional computer
Not possible up to now
500 Waypoints (WP) individually plannable with all approach parameters and Point Of Interest (POI)
Not possible to the same extent up to now
Accurate angle presetting at the camera mount, e.g. accurate 90° for prependicular ortho shots with high-precision 128 bit meta data logging
Not possible up to now
Accurate correction of position at the camera mount by high-precision position position computation 32 bit dual-processor power for even more stable moving pictures
Not possilbe up to now, MK typical tilting of the camera mount
Latest GPS flight assistance as „Easy Move“ Carefree 2.0, „Go Ahead“, „Point Of Interest with automatic camera gear“ (POI can be set without PC via the transmitter during the flight)
Not possible up to now
Compatibel with flight planning software MULTIROTOR „GeoMap Win 3.0“
Not compatibel
MULTIROTOR G4 Flight-Control V 3.5 pro
32 bit system with prioritised dual processor
High resolution cadence with 128 Hz flight recorder
High-precision flight position angle calculation
L1 GPS-Receiver with HF-amplifier (high-gain/low-noise) and SAW Filter up to 80 cm exact
Drone flight controllable via scripting language
Operating via Apple iPad
Intuitive flight mission planning for fully automatic flights (inspection, mapping, security) with software assistance, flight paths can be set automatically or manually
6 servo outputs
Digital expansion port for sensors (radar, sonar, 3-D laser, etc.)
Autostart und Autolanding am Sender oder per iPad
Very easy to fly due to input of the directions and speeds, the drone takes corrective action
Telemetry uplink and downlink
Settings via menu at the transmitter without additional computer
500 Waypoints (WP) individually plannable with all approach parameters and Point Of Interest (POI)
Accurate angle presetting at the camera mount, e.g. accurate 90° for prependicular ortho shots with high-precision 128 bit meta data logging
Accurate correction of position at the camera mount by high-precision position position computation 32 bit dual-processor power for even more stable moving pictures
Latest GPS flight assistance as „Easy Move“ Carefree 2.0, „Go Ahead“, „Point Of Interest with automatic camera gear“ (POI can be set without PC via the transmitter during the flight)
Compatibel with flight planning software MULTIROTOR „GeoMap Win 3.0“
Previously used SD G3 Mikrokopter Flight-Control
8 bit system
2 Hz flight recorder
Approximate calculation
Simple GPS receiver
Not possible up to now
Not possible up to now
Only possible with MK tool up to now
5 servo outputs
Not available
Not possible with G3 or with iPad up to now
Not possible with G3 up to now
Not possible up to now
bisher nicht möglich
Not possible to the same extent up to now
Not possible up to now
Not possilbe up to now, MK typical tilting of the camera mount
Not possible up to now
Not compatibel

What's new in MULTIROTOR G4 Flight-Control V 3.4?

The software has been improved in many areas, which results in further improved usability, flight safety and functionality. For example:

  • Compatible with new brushless controller generation
  • Power Status far more precise
  • Redundancy option
  • Classic flight control can be reprogrammed as backup-flight control via feature code
  • Display of redundancy in the Jeti transmitter menu
  • GPS speed (manual and auto) programmable via console and via Jeti transmitter menu
  • Maintenance indicator in the Jeti transmitter menu
  • Announcement of maintenance status when starting the engines

The upgrades for MULTIROTOR GroundStation and GeoMap Win 3.4 as well as MULTIROTOR G4 Flight-Control V 3.4 are available free of charge for all our MULTIROTOR 4th generation customers.

Make a complimentary and non-committal request now

Schedule an appointment for a presentation