JR PROPO Technology and WINGGATE Drone Development Expertise Merge: Joint Development of Next-Generation UAV Control Systems Begins
WINGGATE Inc. and Konishi Mokei Co., Ltd. have begun joint development of smart propo for UAVs and FOC servos for robots and UAVs.
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- 📰 Published: June 3, 2026 at 20:10
- 🔍 Collected: June 3, 2026 at 11:20
- 🤖 AI Analyzed: June 7, 2026 at 01:26 (86h 6m after Collected)
WINGGATE Inc. (Headquarters: Chiyoda-ku, Tokyo; Representative Director: Takuya Ogi) announces that it has entered into a joint development agreement with Konishi Mokei Co., Ltd. (Headquarters: Noda City, Chiba Prefecture; Representative Director: Tomohisa Konishi) to launch a development project for control systems for UAVs (Unmanned Aerial Vehicles) and robots.
This project will focus on developing a smart propo for UAVs, FOC (Field Oriented Control) servos, and robot servos.
By combining the knowledge WINGGATE has cultivated through the development and operation of unmanned aircraft with the control technology of Konishi Mokei Co., Ltd., which inherits the technology of the JR PROPO brand, the companies aim to realize high-performance control systems originating from Japan.
Overview of Joint Development
1. Smart Propo for UAVs
A next-generation smart propo will be developed, reflecting feedback from drone operation sites to improve operability, visibility, and expandability.
It will be designed with high compatibility with the JRPROPO ELITE, while also anticipating future feature additions and adaptation to various missions.
2. FOC Servo for UAVs
A servo employing the FOC (Field Oriented Control) method, which achieves high efficiency and high precision control, will be developed.
It aims to achieve high responsiveness, low heat generation, and high reliability, and will be utilized for gimbal and payload control, as well as various unmanned mobile platforms.
3. FOC Servo for Robots
Development will proceed on servos that combine high torque, high durability, and high precision for industrial robots and robots operating in special environments.
The goal is to create new value in the robotics market, which is expected to expand in the future.
Background of Development
In recent years, the application areas for drones and robots have diversified, including inspection, disaster prevention, logistics, security, and disaster response.
On the other hand, many of the control devices supporting these applications depend on overseas products, and there are growing expectations for products optimized for Japan's operational environment and user needs.
This joint development will combine the technology cultivated with JR PROPO and unmanned aircraft development know-how to create new value through control technology originating from Japan.
Exhibition at Japan Drone 2026
To coincide with the launch of this joint development project, WINGGATE Inc. will exhibit at "Japan Drone 2026," one of the largest drone exhibitions in Japan, held from June 4, 2026.
Japan Drone 2026 Exhibition Overview
Dates: June 4 (Thu) – June 6 (Sat), 2026
Venue: Makuhari Messe
Exhibitor: WINGGATE Inc. (Booth Number: BH-5)
Exhibits:
Atlas Series
TETHER Power Supply System
Introduction to the Next-Generation UAV Control System Development Project
We look forward to welcoming you.
■Company Information
Company Name: WINGGATE Inc.
Established: September 2015
Business: System development and R&D, development and operation of industrial drones, consulting
Address: KS Floor, 5F, Resona Building, 1-5-6 Kudanminami, Chiyoda-ku, Tokyo 102-0074
Website: https://winggate.co.jp/
This project will focus on developing a smart propo for UAVs, FOC (Field Oriented Control) servos, and robot servos.
By combining the knowledge WINGGATE has cultivated through the development and operation of unmanned aircraft with the control technology of Konishi Mokei Co., Ltd., which inherits the technology of the JR PROPO brand, the companies aim to realize high-performance control systems originating from Japan.
Overview of Joint Development
1. Smart Propo for UAVs
A next-generation smart propo will be developed, reflecting feedback from drone operation sites to improve operability, visibility, and expandability.
It will be designed with high compatibility with the JRPROPO ELITE, while also anticipating future feature additions and adaptation to various missions.
2. FOC Servo for UAVs
A servo employing the FOC (Field Oriented Control) method, which achieves high efficiency and high precision control, will be developed.
It aims to achieve high responsiveness, low heat generation, and high reliability, and will be utilized for gimbal and payload control, as well as various unmanned mobile platforms.
3. FOC Servo for Robots
Development will proceed on servos that combine high torque, high durability, and high precision for industrial robots and robots operating in special environments.
The goal is to create new value in the robotics market, which is expected to expand in the future.
Background of Development
In recent years, the application areas for drones and robots have diversified, including inspection, disaster prevention, logistics, security, and disaster response.
On the other hand, many of the control devices supporting these applications depend on overseas products, and there are growing expectations for products optimized for Japan's operational environment and user needs.
This joint development will combine the technology cultivated with JR PROPO and unmanned aircraft development know-how to create new value through control technology originating from Japan.
Exhibition at Japan Drone 2026
To coincide with the launch of this joint development project, WINGGATE Inc. will exhibit at "Japan Drone 2026," one of the largest drone exhibitions in Japan, held from June 4, 2026.
Japan Drone 2026 Exhibition Overview
Dates: June 4 (Thu) – June 6 (Sat), 2026
Venue: Makuhari Messe
Exhibitor: WINGGATE Inc. (Booth Number: BH-5)
Exhibits:
Atlas Series
TETHER Power Supply System
Introduction to the Next-Generation UAV Control System Development Project
We look forward to welcoming you.
■Company Information
Company Name: WINGGATE Inc.
Established: September 2015
Business: System development and R&D, development and operation of industrial drones, consulting
Address: KS Floor, 5F, Resona Building, 1-5-6 Kudanminami, Chiyoda-ku, Tokyo 102-0074
Website: https://winggate.co.jp/
FAQ
What is the core technology of this joint development?
FOC-based servo control technology that combines JR PROPO's control technology with WINGGATE's unmanned aircraft development know-how.
When will the developed products go on sale?
Currently undecided. The project will be introduced at Japan Drone 2026 in June 2026.
What is WINGGATE's strength?
Practical know-how cultivated through the development and operation of industrial drones, and system development capabilities.