
There’s something deceptively simple about a well-maintained lawn, but anyone who has spent time managing one knows it rarely feels that way. Between uneven terrain, changing weather, and the time commitment, maintaining a yard can quickly become more work than most homeowners expect.
MOVA is aiming to change that.
With the release of the LiDAX Ultra 2000 AWD and LiDAX Pro 800, the company is continuing its push to bring intelligent, fully autonomous outdoor care into the home. At the heart of both models is a combination of 360° 3D LiDAR, AI-powered vision, and wire-free setup, designed to remove many of the traditional barriers that have held robotic mowers back.
Moving beyond wires and guesswork
For years, robotic lawn care has been constrained by setup complexity. Installing boundary wires or relying on GPS-based systems that struggle under trees or in complex layouts has often limited real-world use.
MOVA takes a different approach.

Instead of wires or RTK base stations, these mowers rely on LiDAR and AI vision to understand their surroundings in real time. The system builds a detailed 3D map of the lawn, allowing the mower to navigate precisely, even in shaded areas or more intricate layouts.
In practical terms, that means less setup, fewer limitations, and a mower that adapts better to real-world conditions.
Built for the lawns we actually have
The standout model in the lineup is the LiDAX Ultra 2000 AWD, designed for properties where robotic mowers tend to struggle most.
Anyone with a sloped yard, uneven ground, or areas that stay damp after rain will recognize the issue. Mowers lose traction, get stuck, or miss sections entirely. The Ultra 2000 AWD addresses this with a four-wheel-drive system powered by individual hub motors, giving it the traction and stability needed to keep moving in difficult conditions.

It’s engineered for lawns up to 2,000 m² (0.5 acres) and can handle slopes up to 80%, which puts it well beyond the capabilities of most standard robotic mowers. Whether it’s climbing hills, navigating transitions, or working through muddy patches, the goal is consistency. It is designed to finish the job without intervention.
Cutting performance has also been refined. A dual-disc system improves coverage, while edge-cutting capabilities help reduce the need for manual trimming along borders. It’s a small detail, but one that addresses one of the most common frustrations with robotic mowing.

Smarter navigation, fewer surprises
Where the Ultra 2000 AWD really differentiates itself is in how it “sees” the lawn.
By combining LiDAR with AI-powered cameras, the mower can recognize and respond to more than 300 types of obstacles, from furniture and garden tools to pets and toys. It doesn’t just detect objects. It understands them in context, making navigation far more fluid and reliable.
That intelligence extends beyond mowing. Features like multi-zone management, scheduling, and real-time monitoring turn the mower into something closer to a connected outdoor system rather than a single-purpose tool.

A simpler option for everyday lawns
While the Ultra 2000 AWD targets more demanding environments, the LiDAX Pro 800 is built for a different kind of user.
This is the mower for homeowners who want the benefits of automation without the complexity.
Designed for lawns up to 800 m² (0.2 acres), the Pro 800 brings the same core concepts, LiDAR navigation, AI vision, and app-based control, into a more compact and approachable format. It handles typical residential challenges such as narrow passages, changing layouts, and multi-zone lawns without requiring extensive setup or fine-tuning.
It’s not about pushing performance limits. It’s about delivering reliable, consistent results day to day.

From tool to platform
What stands out across both models is the shift in how these products are positioned.
These are no longer just robotic mowers. They are part of a broader move toward connected, autonomous outdoor systems. With app control, real-time tracking, and built-in security capabilities, they are beginning to take on roles traditionally handled by multiple devices.
That shift from a single-purpose tool to a smarter, connected platform is where the category is heading.
Timed for Father’s Day, MOVA introduces its new robotic mowers. The LiDAX Ultra 2000 AWD and LiDAX Pro 800 expands their push into smart lawn care with 360° 3D LiDAR, AI vision, and fully autonomous residential mowing
Features and Specifications
LiDAX Pro 800
| Dimensions & Weight | Product dimensions (L × W × H) | ~87 × 50.5 × 40.3 cm |
| Weight | ~22.5 kg (shipping weight) | |
| Power & Battery | Power source | Battery-powered |
| Battery type | 12V battery (included) | |
| Cutting System | Cutting width | ~8 inches (≈20 cm) |
| Cutting height | Adjustable via app (~1.2–4 in / 3–10 cm range) | |
| Coverage & Performance | Max lawn size | Up to 800 m² (~0.2 acre) , |
| Terrain capability | Handles slopes up to ~45% (family spec reference) | |
| Navigation & Intelligence | Navigation system | Hybrid LiDAR + AI vision mapping |
| Sensor platform | UltraView™ 2.0 environmental sensing | |
| Mapping | AI-assisted auto-mapping (wire-free, no RTK) | |
| Obstacle detection | Detects 300+ obstacle types using AI vision | |
| Connectivity Features | Mobile app control | Supported via MOVAhome app |
| Smart connectivity (Wi‑Fi / Bluetooth) | Not explicitly specified in sources | |
| GPS / tracking | Not explicitly stated for Pro 800 (available on some Ultra models) | |
| Multi-zone control | Supports dual maps / multiple zones | |
| Smart Features | Security features | Anti-theft, anti-lift safety controls |
| Camera | RGB camera with HDR + AI vision | |
| LiDAR detection range | Up to ~230 ft (~70 m) | |
| Autonomous operation | Fully wire-free mowing system | |
| Build & Design | Installation | No boundary wire required |
| Drive system | Rear-wheel drive |
LiDAX Ultra 2000 AWD
| Dimensions & Weight | Product dimensions (L × W × H) | ~74 × 53.2 × 32.1 cm |
| Weight (net) | ~23.6 kg | |
| Alternate listing weight | ~18 kg (varies by source) | |
| Power & Battery | Power source | Battery-powered |
| Battery | 36V Li-ion, ~7.5 Ah | |
| Runtime | Up to ~4 hours (indicative) | |
| Charge time | ~65 minutes | |
| Cutting System | Cutting width | ~40 cm (dual-disc system) , |
| Cutting height | ~30–100 mm (3–10 cm adjustable) , | |
| Blade system | Multi-blade rotating discs (dual floating discs) , | |
| Coverage & Performance | Max lawn size | Up to 2,000 m² (~0.5 acre) , |
| Max slope | Up to ~80% (≈38°) , | |
| Obstacle capability | Handles ~6 cm obstacles (family spec reference) | |
| Noise level | ~58–66 dB (varies by source) , | |
| Navigation & Intelligence | Navigation system | 360° 3D LiDAR + AI dual vision |
| Platform | UltraView™ 3.0 environmental sensing | |
| Mapping | AI-assisted auto-mapping (no RTK or perimeter wire required) | |
| Obstacle detection | Detects 300+ obstacle types , | |
| Connectivity Features | Mobile app | MOVAhome app control |
| Wi‑Fi | Supported | |
| Bluetooth | Used for setup/pairing (initial configuration) | |
| Cellular / 4G | Supported (GSM module / 4G connectivity) | |
| GPS | Built-in GPS | |
| Smart assistants | Alexa integration supported | |
| Multi-zone management | Up to ~150 zones, dual maps , | |
| Drive & Terrain System | Drive type | All-wheel drive (4 motor AWD system) |
| Motors | 4 high-torque hub motors | |
| Suspension | Independent suspension for uneven terrain | |
| Wheels | All-terrain with omni-wheel turning capability | |
| Smart & Safety Features | Security | Anti-theft, tracking, remote monitoring |
| Camera | Integrated AI vision camera | |
| Sensors | LiDAR + camera + anti-collision sensors | |
| Rain sensor | Included | |
| Edge cutting | UltraTrim™ edge cutting (<~5 cm from edges) | |
| Other | Installation | Fully wire-free (no boundary wire or RTK base station) |
| Waterproof rating | Not explicitly specified | |
| Display | On-device LCD interface |
For more information or to purchase the LiDAX Pro 800 and the LiDAX Ultra 2000 AWD
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