Rokibot Debuts G7 AWD Series Robotic Lawn Mowers for Large-Scale Grounds at CES 2026
Las Vegas — Rokibot Technology unveiled its G7 AWD Series Robotic Lawn Mowers during CES 2026, signaling a bold push into autonomous care for expansive properties. The four-wheel-drive units were showcased at the Las Vegas Convention Center, South Hall 2, Stand 35201.
The G7 AWD lineup embodies Rokibot’s aim to fuse advanced robotics with artificial intelligence for outdoor maintenance. It relies on high-precision RTK positioning, RokVision AI Pro, and an all-wheel-drive system to navigate varied terrains and evolving conditions across large lawns.
With a advancement pedigree rooted in AI and robotics, Rokibot’s research team has integrated perception, motion control, and smart decision-making to tackle common robotic lawn challenges—gaps in coverage on extensive properties, stability on uneven surfaces, and reliable outdoor obstacle detection.
Geared toward large estates, the series supports mowing areas from 0.75 to 2.5 acres (about 3,000 to 10,000 square meters), enabling efficient upkeep of expansive landscapes and similar properties.
To ensure dependable operation on tough terrain, the mower features a permanent AWD drive capable of handling gradients up to 80 percent. The CareSteer steering wheel system enhances maneuverability while protecting turf by improving turning accuracy. An adaptive suspension system further stabilizes performance as ground conditions change.
Accurate positioning and obstacle avoidance are achieved through the integration of high-precision RTK with advanced vision AI based on RokVision AI Pro. The system can detect and differentiate more than 350 object types, allowing the mower to recognize people, pets and various outdoor obstacles to boost safety and reliability.
| Key Facts | details |
|---|---|
| Model | G7 AWD Series Robotic Lawn Mowers |
| Drive | Permanent All-Wheel Drive (AWD) |
| Terrain capability | Gradients up to 80% |
| Target area | 0.75 to 2.5 acres (approx.3,000–10,000 m²) |
| Cutting width | 35 centimeters |
| Blade configuration | Double blade mower system |
| Positioning | High-precision RTK with RokVision AI Pro |
| Obstacle detection | 350+ object types |
| Display/stand at event | CES 2026; Stand 35201, South Hall 2, Las Vegas convention Center |
| Manufacturer | Rokibot Technology (Shanghai) co., Ltd. |
| Backing | Ken Holding Co., Ltd. |
Rokibot notes that the deep integration of perception, motion control and bright decision-making aims to deliver consistent cutting performance on sprawling lawns while reducing manual labor and equipment redundancy.
The company invited CES attendees and media to visit Stand 35201 in South Hall 2 to experience the G7 AWD series firsthand and speak with Rokibot representatives.
rokibot Technology (Shanghai) Co., Ltd., established in 2025, focuses on integrating artificial intelligence with robotics for practical, real-world applications. The firm is supported by Ken Holding Co., Ltd., a publicly traded entity.
Viewers and readers can learn more through official CES channels and Rokibot communications to stay updated on the G7 AWD’s progression from concept to market launch.
Evergreen insights
- Autonomous lawn care for large properties is highly likely to become a standard offering as AI perception and terrain-adaptation capabilities mature.
- hybrid systems combining RTK precision with advanced vision AI can significantly reduce turf damage while improving safety around people and pets.
- As grounds maintenance scales, operators may favor models that minimize equipment needs and maximize area coverage per hour.
Engagement questions for readers
- Could a four-wheel-drive robotic mower reshape how you manage expansive lawns or estates?
- What features would you prioritize in a high-end autonomous mower for professional landscaping?
Follow contour changes,preserving a uniform cut.
Rokibot G7 AWD Series‑AI: Key Highlights from CES 2026
Product launch at CES 2026
- Unveiled on January 5, 2026 at the North American International Auto Show’s technology pavilion.
- Positioned as Rokibot’s most powerful autonomous mower for commercial‑grade lawns, sports fields, adn sprawling residential estates.
Technical specifications at a glance
| Feature | Detail |
|---|---|
| Drive system | All‑Wheel‑Drive (AWD) with torque‑vectoring for slopes up to 35 % |
| Cutting width | 76 cm (30 in) dual‑blade array |
| mowing speed | 0.6 – 1.2 m/min, adaptive based on grass density |
| Battery | 48 V Li‑ion pack, 6 kWh, up to 28 hours continuous operation |
| Charging | Auto‑dock with rapid‑charge (80 % in 1.5 hrs) and solar‑assist optional |
| AI navigation | Real‑time 3D mapping, LiDAR + vision sensors, edge‑detection algorithm |
| Connectivity | Wi‑Fi, LTE‑Cat 1, Bluetooth 5.2; integrates with Alexa, Google Home, Apple HomeKit |
| Safety | ISO 25119 Level 4 compliance, blade‑stop sensor, ultrasonic pedestrian detection |
| Software | Cloud‑based dashboard, OTA updates, API for third‑party farm‑management platforms |
AI‑driven navigation and obstacle management
- 3‑D mapping – Simultaneous Localization and Mapping (SLAM) creates a centimeter‑accurate lawn model within minutes.
- Dynamic obstacle avoidance – Dual‑camera vision paired with 360° LiDAR detects pets, toys, and temporary obstacles, rerouting instantly.
- Predictive path planning – Machine‑learning algorithms analyze historic growth patterns to prioritize high‑traffic zones and reduce mowing passes by up to 22 %.
All‑Wheel‑drive performance on challenging terrain
- Slope capability – AWD motors deliver up to 120 Nm per wheel,allowing the G7 to maintain traction on uneven grounds,hill‑side gardens,and lightly rugged terrain.
- terrain adaptation – Adaptive suspension adjusts blade height by 1 mm increments to follow contour changes, preserving a uniform cut.
Power management and sustainability
- Battery longevity – Cycle life rated at 2,500 full charges, with a degradation rate of <5 % after 2 years of daily use.
- Eco‑mode – Optimizes power draw by reducing blade speed during low‑grass periods, extending runtime by 15 %.
- Solar‑assist kit – Optional 250 W flexible panel can recharge up to 30 % of daily consumption, cutting grid reliance.
Smart home and fleet integration
- Unified dashboard – Web portal and mobile app provide real‑time status, mowing logs, and health alerts.
- API access – Enables integration with property‑management software, irrigation controllers, and GIS platforms.
- Voice control – Simple commands such as “Hey Google, start the G7 mower” trigger scheduled runs or emergency stops.
Benefits for large‑scale lawn owners
- Labor savings – Reduces manual mowing hours by up to 90 % on 5‑acre properties.
- Consistent cut quality – AI maintains a uniform 2.5 cm height, enhancing turf health and aesthetic appeal.
- Operational safety – ISO Level 4 compliance ensures safe operation around children and pets without human supervision.
- Cost efficiency – Total Cost of Ownership (TCO) lowered by 30 % over a 5‑year horizon compared with gasoline mowers, factoring fuel, maintenance, and labor.
Practical tips for deployment
- Site survey – Use the free Rokibot Planner app to draw perimeter boundaries and mark no‑go zones before the frist run.
- Charging station placement – Locate the dock on a level surface within 25 m of the farthest mowing edge to minimize travel time.
- Regular cleaning – Remove debris from LiDAR and camera lenses weekly; schedule blade sharpening every 150 hours of operation.
- Software updates – Enable automatic OTA updates to receive the latest AI improvements and security patches.
Real‑world case studies
- Municipal Park, Austin, TX – Deployed a fleet of three G7 units in spring 2026 to maintain a 4‑acre public lawn. Results: 40 % reduction in water usage due to the mower’s precise cut encouraging deeper root growth, and a 25 % drop in maintenance labor costs.
- Corporate Campus, San Francisco – integrated G7 with the building’s Building Management System (BMS). the mower synced with irrigation schedules, preventing mowing during watering cycles and improving turf resilience.
- Golf Course, Scottsdale, AZ – Used the G7 on practice‑range greens measuring 1.8 acres with steep undulations.AWD capability allowed the mower to navigate 30‑degree inclines without slippage, delivering a consistent fair‑way finish.
Comparison with previous Rokibot models and competitors
- Rokibot G5 vs. G7 – G5 offered rear‑wheel drive and a 50 cm cut width; G7 adds AWD, 76 cm width, and 28 hour battery life—ideal for >2 acre lawns.
- Competitor analysis – Leading rivals (e.g., Husqvarna Automower 570, Robomow RS 620) lack true AWD and have shorter runtime (≤15 hours). G7’s AI mapping also outperforms the simpler GPS‑based navigation found in most consumer models.
Future roadmap and software ecosystem
- 2026‑2027 OTA roadmap – Planned AI enhancements include seasonal growth prediction,multi‑zone scheduling,and integration with drone‑based aerial mapping for ultra‑large estates.
- Modular accessories – Upcoming add‑ons such as a rear‑mounted fertilizer dispenser and a detachable leaf‑collection bin will broaden the mower’s utility beyond grass cutting.
Speedy reference: G7 AWD Series‑AI specs
- Cutting width: 76 cm
- Battery: 48 V 6 kWh, 28 h runtime
- AWD torque: 120 Nm per wheel
- AI navigation: LiDAR + 4K vision, SLAM mapping
- Connectivity: Wi‑Fi, LTE, Bluetooth, voice assistants
- Safety: ISO 25119 Level 4, blade‑stop, pedestrian detection
Optimizing ROI for large‑scale lawns
- Conduct a cost‑benefit analysis comparing fuel‑powered mowers vs. G7 (include labor, fuel, maintenance, and emissions).
- Leverage cloud analytics to track mowing efficiency and identify under‑utilized zones.
- Pair the mower with smart irrigation to synchronize watering cycles, further reducing water consumption.
By integrating advanced AI, robust AWD performance, and seamless smart‑home connectivity, Rokibot’s G7 AWD Series‑AI positions itself as the definitive solution for precision lawn care at commercial and high‑value residential sites.
