TECHNOLOGY

JAPAN
PREMIER
TECHNOLOGY

ACSL has developed its industry leading proprietary autonomous control technology to meet the needs of various industrial applications, ranging from delivery and aerial photography to inspections and surveys.

TECHNOL
OGY

CONTROL ALGORITHM

Drones require advanced technologies to autonomously fly safely in the sky.
ACSL develops proprietary autonomous control,
based on model-based and non-linear control algorithms to enable stable
and smooth flight even under turbulences.

ACSL-AP2

AUTOPILOT TECHNOLOGY

ACSL develops its own proprietary autopilot flight controller.
The new ACSL autopilot flight controller uses advanced control technologies to realize full autonomous flight for drones
of any form and size. The controller customizable and can adapt to various sensors.

ACSL
-AP2

  • CONTROL ALGORITHM
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    Autonomous control systems
    Autopilot flight controller acts as the “brain” for drones. ACSL develops its proprietary autopilot fully in-house, brand embeds control systems based on advanced control algorithms.
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  • NAVIGATION SYSTEM
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    Navigation system
    Current standard systems integrate GPS and motion sensors to enable INS/GPS technology for accurate location and velocity calculations.
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  • NON-GPS
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    Autonomous control under no-GPS environment
    Latest navigation system in development combines existing GPS and motion sensors with lasers and camera images to derive location and velocity. These new sensors and images will enable autonomous flight under no-GPS environment.
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APPLICATIONS

ACSL develops and provides a fully integrated one-stop solutions for flight simulation, route planning,
in-flight control and post-flight analytics to realize full potential of what drones can do.

SIMULATION APPS

  • 01. Z-Emulator

    Emulation software uses the same control algorithms and advanced physics calculations to completely emulate a real drone. The software is also compatible for software development.

    エミュレータ
  • 02. Flight planning software

    Simple and easy flight planning available via ready-made route
    templates and interactive user interfaces.

  • 03. Flight log analytics

    Post-flight analytics software that enables the user to review flight environment, drone information and signal transmissions in detail.

FLIGHT SUPPORT APPS

  • 01. Ground station monitoring

    Real-time interactive software to monitor and manage drone telemetry information. Users can control drone via touch control.

    基地局モニタリングソフトウェア
  • 02. Remote monitoring

    Real-time monitoring and flight control of multiple drones on a single interface.

  • 03. Web-based ground station monitoring

    Web browser-based ground station monitoring. Multiple users can access simultaneously.

OTHER APPS

  • 01. Flight training support software

    Audio guidance and evaluation of flight techniques during training.
     

  • 02. Tuning software

    Easy to use tuning software to flexibly adjust tuning parameters to meet drone component and flight environment.

  • 03. External application integration

    Customizable solutions to meet user requests for monitoring
    environment.

  • 04. CoreAPI

    Development kit to enable compatibility for multiple platforms.