KENT, ENGLAND - Media OutReach Newswire – 25 June 2026 - At spoga+gafa 2026, GOKO is debuting the M6 AI-powered robotic lawn mower, built for large and challenging yards. With 4WD mobility, AI quad-vision cameras, RTK + VSLAM navigation, and powerful cutting performance, the M6 handles slopes, rough terrain, muddy patches, roots, and complex layouts where conventional robotic mowers often struggle.
4WD System and Slope Capability
The GOKO M6 features a 4WD system that handles slopes up to 42° / 90% incline, helping it mow uneven terrain without slipping or slowing down. Its 180° independent front-wheel steering reduces grass wear during turns, while zone-aware path planning adapts mowing directions for slopes, narrow areas, and irregular layouts.
Rough Terrain and Obstacle Handling
The GOKO M6 combines 4WD, adaptive suspension, and intelligent control to handle uneven ground, roots, rocks, and muddy patches. It can glide over obstacles up to 3 inches / 7.5 cm while keeping the blades stable, and its recovery algorithm with large-diameter tires helps it free itself when stuck.
AI-Powered Quad Vision Cameras
The GOKO M6 uses AI-powered quad vision cameras to recognize over 200 objects, including people, pets, toys, furniture, and flowerbeds. With side-vision cameras, it can better navigate narrow or visually complex areas while adjusting its speed and cutting path in real time.
RTK + VSLAM Fusion Navigation
The GOKO M6 combines RTK positioning with VSLAM visual navigation for accurate, stable mowing. It supports both local RTK base station and Network RTK options, while VSLAM helps the mower keep navigating smoothly when satellite signals are blocked by trees, buildings, or other obstacles.
Cutting Width and Cutting Power
The GOKO M6 features a 42-cm / 16.5-inch cutting width to cover more grass per pass, with mulching blades for tougher grass and a razor disc for everyday maintenance. Its dual motors deliver up to 250W × 2 cutting power, while the adjustable floating deck maintains cutting heights from 25mm to 100mm / 1 to 4 inches for a more even finish.
Large-Area Battery Support
The GOKO M6 uses an expandable battery system for larger lawns, covering up to 2,000㎡ per charge with the standard battery and up to 4,000㎡ / about 1 acre with the dual-battery version. It can support up to 8,000㎡ of mowing per day.
App Control and Multi-Zone Management
Through the app, users can create multiple mowing zones with custom cutting heights, stripe directions, schedules, and no-go areas. The app also supports real-time control, GPS tracking, geo-fencing, off-ground alerts, and ownership authentication.
GOKO and The Future of Consumer Robotics
GOKO, the consumer robotics arm of Robot++, brings over 10 years of surface-robotics expertise into everyday life with its debut AI-powered mower, the GOKO M6, which has earned honors including the French Design Award Gold and Red Dot Award. Looking ahead, GOKO plans to introduce the X5 Lawn Mower, a multi-function model combining mowing, snow removal, and towing capabilities.
Hashtag: #GOKO
The issuer is solely responsible for the content of this announcement.
** This press release is distributed by Media OutReach Newswire through automated distribution system, for which the client assumes full responsibility. **
Peak Showdown Against National Team Spotlights Innovation and Technology Friendship
HONG KONG SAR - Media OutReach Newswire – 25 June 2026 - The robotics team from Aberdeen Technical School (ATS), ATS Robot, has shone brightly on the academic innovation and technology stage in recent years. The team has actively participated in top-tier competitions, such as the "International Youth Tech Olympics," the "Hong Kong Secondary School Robotics Competition," and the "Robofest BottleSumo Robotics Competition," earning numerous accolades.
Aberdeen Technical School "ATS Robot" Wins 1st Runner-Up at Robofest World Championship
This year, the team has made history once again. In the "Robofest Robotics Competition 2026 (Hong Kong District)," ATS Robot dominated the "BottleSumo Advanced Senior Division (Class C)," capturing both the Champion and First Runner-Up titles through their superb programming skills and exceptional mechanical design. As the Champion team secured Hong Kong's sole qualifying spot, they traveled to Lawrence Technological University in Detroit, USA, this May to represent Hong Kong in the World Finals.
Advancing to Detroit: Expanding International Horizons and Technical Exchange
Upon arriving in Detroit, USA, the ATS students immediately immersed themselves in intense preparation. Facing top emerging innovation talents from around the globe, the students showed no fear. They proactively stepped out of their comfort zones to engage in deep technical exchanges with the Chinese National Team and elite squads from other countries.
During the intensive preparation process, the ATS team and the National Team members learned from each other, sharing insights on robot structural optimization, sensor algorithms, and other fields. This vibrant academic brainstorming not only broadened the students' technological horizons but also fostered a deep comradeship with the National Team in a foreign land.
The Ultimate Showdown: ATS vs. China's National Team
On the day of the competition, ATS Robot relied on calm adaptability and flexible tactics to defeat formidable opponents from various countries, storming their way into the Grand Finale—where they faced none other than the Chinese National Team.
The final followed a "best-of-three" format. To win, a robot not only had to push its opponent over or out of the ring but also had to maintain its balance on the stage for a full 3 seconds, a requirement that severely tested stability and tactical programming.
After a fierce battle, ATS Robot narrowly missed the top spot by a slim margin, earning the World Finals First Runner-Up (Silver Medal). This high-level sparring with the National Team fully embodied the spirit of "making friends through martial arts and underscored the deep innovation and technology friendship between youths from both regions.
Stepping Beyond the Arena: Exploring Tech and Culture
Beyond the competition, the students seized the opportunity to embark on a study tour of the United States:
- California Science Center: They witnessed awe-inspiring technological exhibits up close, including the Space Shuttle, and deeply explored cutting-edge fields such as aerospace, life sciences, and environmental ecology.
- University of California, Los Angeles (UCLA): They toured the cutting-edge laboratories and emerging scientific research projects at the School of Engineering, further igniting their aspirations to dedicate themselves to scientific research.
- Hollywood Walk of Fame: They strolled down the famous avenue, experiencing the charm of American pop culture and creative industries.
Forging Ahead to Create Greater Glory
Aberdeen Technical School has always been committed to promoting STEAM education. The ATS Robot team's triumph at the World Championship, along with the deep friendship forged with the National Team, not only brings glory to the school but also writes a brilliant chapter for Hong Kong's youth innovation and technology community. Armed with valuable world-class competition experience and a global perspective, the team will continue to forge ahead on the road of innovation and technology to reach new heights.
Hashtag: #AberdeenTechnicalSchool #ATS
http://www.ats.edu.hk/
https://www.facebook.com/ATS1935/
https://www.youtube.com/user/ATSVideoGroup
The issuer is solely responsible for the content of this announcement.
About Aberdeen Technical School
Founded in 1935 and managed by the Salesians of Don Bosco, Aberdeen Technical School is one of the few government-subsidized secondary schools in Hong Kong offering a boarding program. The school emphasizes holistic student development through a structured daily routine and communal living, encouraging students to "learn to study and learn to be", nurturing students to have a balanced academic development, STEM learning and personal growth.
** This press release is distributed by Media OutReach Newswire through automated distribution system, for which the client assumes full responsibility. **
