HOOKII Neomow X Pro Robot Lawn Mower Review

HOOKII Neomow X Pro Robot Lawn Mower Video Review

I’m Mark from EasyLawnMowing and I’ve been testing the HOOKII Neomow X Pro — one of the first consumer robotic mowers to combine 3D LiDAR SLAM with vision (camera) fusion for guidance. Over several days I set it up, mapped a complicated property, tested obstacle avoidance, tweaked settings, and left it to mow a real-world garden with heavy tree cover and tricky edges. If you’re considering a high-end autonomous mower that doesn’t use boundary wire or RTK beacons, this review covers everything I learned: what’s in the box, key specifications, setup tips, real-world performance, troubleshooting, pros and cons, and a practical FAQ to help you decide if the Neomow X (or X Pro) is the right fit.

Why I’m Excited About the Neomow X

I’ve tested many robotic mowers over the years and the navigation method matters more than any single spec. The Neomow X series uses a combination of a rotating LiDAR sensor (laser-based) and an onboard camera with AI — so the mower builds a live 3D map of the property and uses vision to detect and avoid obstacles. That means no perimeter wire, no RTK base station and no need to rely on GPS for primary guidance. For yards with dense tree cover where GPS can drop out, this approach promises much better reliability.

That’s why I brought the Neomow X Pro to a neighbour’s lawn that has caused an RTK mower nothing but trouble — lots of trees, slopes, hidden beds and drop edges. I wanted to see whether LiDAR + camera really makes the difference in a demanding environment.

What You Get in the Box

The Neomow X packaging is refreshingly simple. That’s part of the appeal — a compact kit you can set up yourself:

• The Neomow X robotic mower unit (Pro model in my test)
• Charging base / station
• Power supply with regional plug
• Ground screws (for anchoring the base on turf) and double-sided 3M pads (for mounting the base on a hard surface)
• Tool kit: small Allen key, cleaning brush, scraper and a little hook supplied with a 3M sticky pad (handy for hanging the brush)
• Two spare sets of blades and spare screws
• Quick-start guide and user manual

Notably absent in the box are boundary wires, RTK beacons or any separate base station for positioning. That’s because the mower relies on the LiDAR unit on top and the vision system for navigation. That reduces installation complexity substantially.

Key Specifications — Neomow X vs Neomow X Pro

I tested the Pro model. Below are the practical specs you need to know, expressed in imperial measurements first with metric in brackets.

• Rated maximum area:
  • Neomow X (standard): 1.0 acre (≈4,000 m²)
  • Neomow X Pro (tested): 1.5 acres (≈6,000 m²)
• Recommended mowing per battery charge:
  • Standard X: ≈76,000 sq ft (700 m²) per charge
  • Pro X: ≈10,764 sq ft (1,000 m²) per charge
• Run time per charge:
  • Standard X: ≈120 minutes
  • Pro X: ≈180 minutes
• Battery: Removable 17.5 Ah (Pro) [17.5 Ah] — user-serviceable (you can replace it yourself)
• Cutting deck (blade width): 11 in (28 cm)
• Cutting height: 1.2–3.3 in (30–85 mm)
• Maximum slope capability: 24° (≈45%) — note this is front-wheel drive only; grip depends on ground condition
• Obstacle crossing height: up to 1.6 in (4 cm)
• Object detectability (vision + LiDAR): as small as 5.9 in (15 cm) tall and 0.4 in (1 cm) wide
• Connectivity: Wi‑Fi, Bluetooth and 4G (one year free 4G included), plus GPS for anti-theft tracking (not used for navigation)

The combination of an 11 in (28 cm) cutting width and a large 17.5 Ah battery in the Pro translates to a serious coverage capability for a single autonomous unit. The removable battery is an important long-term advantage — when the pack ages you don’t need to send the whole mower back to the factory.

Design and Build Observations

The Neomow X is not a four-wheel-drive machine — this is important to understand. It’s front-wheel drive with grippy rubber treads. That’s adequate for typical lawns and slopes up to the quoted angle, but traction will suffer on very loose or wet slopes. If your yard has steep, slippery banks that you expect the mower to scale when wet, consider a four-wheel-drive model instead.

Under the deck the unit has an anti-clogging shape so clippings don’t build up easily, and the front bumper is a full wrap-around style that will stop the mower if it makes contact. However, the primary obstacle avoidance comes from the LiDAR + camera fusion rather than bumping into things — and that tends to result in much cleaner handling around obstacles.

Setting Up: Where to Put the Charging Station

One of the nicest practical features is the option to mount the charging base off the lawn. HOOKII includes double-sided 3M pads so you can attach the base to a garage floor, paved path or other hard surface. If you mount the base on turf, the included ground screws secure it in place.

Recommended clearances per the quick-start guide (and what I used during setup):

• Leave about 20 in (50 cm) clearance on each side of the base
• Leave around 6.6 ft (2.0 m) clearance in front of the base for the mower to approach
• Base must sit on a reasonably level surface

Practical notes from my setup:

• If you anchor the base on turf using the supplied plastic screws and Allen key, be careful with very hard ground — the metal Allen key can slip and chew the plastic screw head. I found it easier to tap a screwdriver into the screw head with a hammer to get initial engagement, then tighten with the Allen key.
• On uneven turf the charging contact points can miss. I discovered that a small difference in turf height at the charging area can prevent the blade contacts from touching the base. HOOKII told me they will ship an extension plate for existing units and redesign the base for future units so the mower sits on a plastic base plate; in the meantime, a small slab/tile or thin plastic shim under the base fixes the contact alignment.

App, Mapping and Initial Firmware Update

The real power of the Neomow X comes through the HOOKII mobile app (iOS & Android). Setup follows three simple steps:

1. Add the mower to the app (Bluetooth discovery)
2. Connect the mower to Wi‑Fi (or use 4G)
3. Update firmware (do this first — HOOKII releases updates that improve the navigation and features)

One-year free 4G is included with the unit; that’s very handy if Wi‑Fi doesn’t reach the mowing area. Bluetooth is used for local pairing and initial configuration.

Firmware updates are straightforward and the mower will prompt you. I strongly advise updating before mapping — LiDAR and vision algorithms are active areas of development and HOOKII ships iterative improvements via firmware.

How Mapping Works (Manual Mapping Walkthrough)

Unlike some other LiDAR mowers that can auto-map by running a mapping routine, I prefer manual mapping for the first pass and the Neomow app walks you through it step by step. The LiDAR sensor physically spins as the mower builds a 3D map — you’ll hear a whirring while it runs during mapping.

On the app you can create these map elements:

• Mowing area(s) (you can have multiple zones)
• No‑go zones (areas the mower must avoid)
• Passages or channels between zones
• Recharge path (a channel from the mowing area to the base if the base is outside the mapped zone)

Mapping I performed: I manually drove the mower around the lawn area using the app’s virtual joystick. The unit drew the map and listed the mapped area at the end. On my neighbour’s property the initial mapped area was ≈27,740 sq ft (2,577 m²). Because I mapped the base station outside the lawn zone, I also used the “recharge path” function to teach the mower how to return to the base.

Manual mapping is simple and quick — it’s a one-time step unless you make changes to your yard (new beds, fences, structures). Mapping accuracy is critical to get tight edge cuts and sensible route planning. The Neomow X supports creating multiple mowing zones with different cutting heights and schedules for each zone — a useful feature for complex properties.

No-Go Zones and Fine-Tuning

After mapping I set up a few no‑go areas for beds and a mound. The app allows you to enter “editing” mode and physically drive the mower around the perimeter of the feature you want to exclude. It saves the exclusion shape as a no‑go zone. I left individual trees alone because the LiDAR/camera handled them well, but I drew no‑go zones around shallow beds and steep drop edges where the mower could get beached.

Takeaway: allow the machine to detect freestanding trees and obstacles, but manually create no‑go areas for tricky bed edges, fragile plantings, steep drops and decorative features the LiDAR might confuse.

First Mow: How the Neomow X Decides Where to Start

When you instruct the mower to start, it doesn’t just blindly wander. The robot calculates an efficient starting point to maximise coverage on a single charge. Because the navigation is SLAM-based (simultaneous localization and mapping), it knows where it is on the map and will mow systematic straight lines or a checkerboard pattern depending on your preference.

Patterns and angle control are an excellent feature. You can orient the mowing strips (angle) so they align with other mower stripes in your yard for aesthetic continuity — I used this to match the lines produced by an existing lawn mower across a neighbour’s larger cut area.

Real-World Performance: Tree Coverage, Edges and Slopes

This was the heart of the test. The property had dense tree cover — exactly the environment where GPS/RTK systems struggle. Here’s what I found after several days of operation:

• Tree avoidance: The Neomow X navigated around trees smoothly. In many head-on situations it chose to curve around and continue the line with little or no trimming required later.
• Small passages: The mower correctly identified narrow gaps and was able to negotiate passages that I hadn’t explicitly defined. In one case it threaded a fairly narrow corridor between shrubs without getting stuck.
• Edges and drops: There were areas where a wheel could have slipped over a drop onto gravel. The LiDAR map and edge sensors prevented beaching in those spots during multi-day operation — earlier RTK-based units had required rescue.
• Slopes: The front-wheel drive handles moderate slopes well up to the quoted limit, but traction may be reduced on wet or loose turf. If your lawn has steep, slippery banks, check four-wheel drive models.

During the first overnight run the mower attempted to cut an area around a raised circular bed and got caught in a narrow soil trench beneath some trees. I’d left those beds undefined as no‑go zones thinking the LiDAR would detect them; in daylight behavior improved but to be safe I mapped those beds as no‑go areas. After that, the mower ran continuously and reliably with no further entrapments.

Obstacle Avoidance Tests — Ball, Toy and Shoe

I wanted to test the vision+LiDAR obstacle avoidance intentionally. In device settings I left “visual obstacle avoidance” switched on; this leverages the camera for small dynamic object detection in combination with LiDAR.

• Ball test: I placed a ball in the mower’s path. The machine detected the ball and navigated smoothly around it then continued its planned pass.
• Children’s toy: A small plastic playtoy was detected and avoided — the mower gave it a wide berth and resumed the route.
• Shoe: I placed a shoe directly in the line. The mower detected it and steered clear without requiring a bumper contact.

These tests show the advantage of sensor fusion — LiDAR provides robust shape and distance mapping, while the camera adds visual confirmation for smaller items that might be missed by LiDAR alone (or that might be ambiguous in LiDAR returns).

App Settings and Useful Options

The HOOKII app covers the expected controls and several useful extras:

• Schedule: create day/time schedules and apply them per zone
• Mowing modes: straight lines, checkerboard, custom patterns
• Cutting height (remote adjustment) from 1.2–3.3 in (30–85 mm)
• Obstacle avoidance sensitivity adjustments
• Crossing route vs perimeter return: the mower can either return via direct crossing routes or follow perimeters for a neater look
• Night light indicator and scheduling for lights (turn off front lights at night)
• Rain mode: enable/disable mowing in rain; the mower has an on-board rain sensor and will return if heavy rain is detected
• Share device: transfer access to other users (handy if you set it up for someone else)

One limitation: the app is still maturing in a few areas. For example, some competing systems support resuming a partially completed mow from a specific percentage point after a fault; Neomow X currently requires starting the job again in some cases. HOOKII is actively updating firmware and the app, so expect features to improve over time.

Maintenance, Battery and Serviceability

Two elements I always look for: easy spare blade replacement and removable battery. The Neomow X gets both right.

• Blades: replaceable with common robotic mower blades; two spare sets included in the box.
• Battery: the Pro’s 17.5 Ah battery is user-removable — you can access it by removing four screws. That’s a big plus for long-term ownership because it avoids factory returns when the battery degrades.
• Cleaning: supply includes a brush/scraper and a wall hook so you can hang tools near the charging base for periodic cleaning.

Routine maintenance is typical: keep the underside clear of long wet cuttings, check blades for sharpness and replace when worn, and keep the LiDAR and camera windows clean for best obstacle detection.

Real Results After Several Days

After leaving the mower on my neighbour’s lawn for several days, the results were clear:

• Cut quality: excellent stripes and a consistent finish at a 2.0 in–2.4 in (50–60 mm) range. I settled on a 2.0 in (50 mm) setting for a turf-friendly length.
• Coverage: once I mapped the property (approx. 27,740 sq ft / 2,577 m²) the mower handled the zone reliably. The Pro battery provides ample runtime for multi-zone properties when scheduled correctly.
• Intervention: only one manual intervention required on day two when the mower ventured into an unmapped bed. After adding a no‑go zone that issue disappeared.
• Reliability under trees: where the RTK mower previously lost signal and wandered off-map, the Neomow X completed tidy passes under and around tree coverage without losing localization.

Pros and Cons — My Bottom Line

Cons (things to be aware of)

• Charging base sensitivity on turf: if the base isn’t perfectly level relative to the approach run, the contact points may miss. HOOKII will provide a plate fix; in the meantime use a small slab or shim under the base if needed.
• Two-wheel drive: front-wheel drive is fine for most yards but traction decreases on wet, loose or very steep slopes. It’s not a substitute for a four-wheel-drive mower on extreme terrain.
• App maturity: the software is good but lacks a few advanced convenience functions found in more established ecosystems (e.g., resuming a job at exactly 90% without restarting). HOOKII updates firmware and app frequently, so this is likely to improve.

Pros (why I recommend it)

• LiDAR + camera navigation: real-world performance under tree cover is excellent and removes the need for perimeter wires, beacons, or RTK base stations.
• Simple setup: much less intrusive than wire-based models — plug in the base, map the lawn manually, set a few no-go zones and you’re done.
• Large Pro battery with removable pack: high area capability per charge and easy battery replacement in the future.
• Good obstacle avoidance: the combined sensors detected low-profile objects (ball, toy, shoe) and avoided them smoothly without bumping into them.
• Flexible scheduling and zone management via app; device sharing makes handover to a neighbour simple.

 

Practical Tips I Learned From Setup and Testing

1. Level the charger: if you plan to place the base on turf, consider a small plastic tile or concrete slab under it to avoid charging contact problems.
2. Manual map first: even though automatic mapping routines exist elsewhere, manually mapping once yields better edge fidelity and fewer surprises in the first weeks.
3. Create no‑go zones for raised beds: LiDAR handles trees nicely but small raised beds, shallow trenches or decorative ditches are safer as excluded areas.
4. Use the camera + LiDAR: keep visual obstacle avoidance enabled — it detected small toys that LiDAR alone might have struggled with.
5. Schedule around rain and night: LiDAR works at night, but camera vision is less effective in the dark — I prefer daytime mowing and use rain detection to avoid wet operations.
6. Keep LiDAR window clean: a small leaf or splash can affect returns; give a quick visual check periodically.

Troubleshooting — Common Questions I Solved During Testing

Here are a few practical issues I ran into and how I fixed them:

• Charging contacts not engaging — fix: level the base using thin plastic sheets or a paving slab, or wait for HOOKII’s extension plate update.
• Mower caught in a shallow bed — fix: add a small no‑go zone around the bed using the app’s map editor.
• Mapping accuracy concern — fix: remap the area slowly and carefully by driving the mower around boundaries; manual mapping delivers better results than a rushed auto-pass.

Frequently Asked Questions (FAQ)

Q: Do I need to install boundary wires or RTK stations?

A: No. The Neomow X uses 3D LiDAR SLAM plus onboard vision fusion. You don’t need perimeter wire or RTK beacons. GPS is present but only for anti-theft tracking, not for navigation.

Q: Can the Neomow X handle heavily treed areas where GPS fails?

A: Yes — the LiDAR + camera fusion performed very well under dense tree cover during my tests. It mapped obstacles in 3D and navigated around trees without resorting to GPS. In the real-world test on my neighbour’s lawn, it was significantly more reliable than the RTK mower we’d used earlier.

Q: How big an area will the Pro model cover?

A: The Pro model is rated up to 1.5 acres (≈6,000 m²). In practical terms, the Pro’s battery supports about ≈10,764 sq ft (1,000 m²) per charge and roughly 180 minutes of runtime, depending on terrain, slope, and how much time the unit spends avoiding obstacles.

Q: Is the battery user-replaceable?

A: Yes. The Pro battery pack is removable with a few screws, so you can replace it yourself when it ages rather than shipping the whole mower back to the manufacturer.

Q: What happens in heavy rain or at night?

A: The Neomow X has a rain sensor. You can enable or disable mowing in rain via the app. LiDAR functions at night, but camera-based obstacle avoidance is less effective in darkness, so daytime mowing is recommended for best performance.

Q: What objects will the mower avoid?

A: With visual obstacle avoidance enabled, the mower detected and avoided a soccer ball, a small child’s toy, and a shoe in my tests. HOOKII quotes detectability down to 5.9 in (15 cm) tall and 0.4 in (1 cm) wide for the vision algorithm in typical conditions.

Q: How close will it cut to edges and walls?

A: The LiDAR-guided mapping enables accurate perimeter cuts. In my tests it held a consistent clearance near walls and edges. There will usually be a small strip to hand-trim unless you map the boundary exceptionally close, but the results were noticeably neater than previous GPS/RTK-guided attempts I’ve seen on the same property.

Q: Can I have multiple mowing zones with different schedules?

A: Yes. The app supports multiple zones, each with its own schedule and cutting height settings. You can also create passages and recharge paths so the base can sit outside a zone and the mower knows how to travel to it.

Q: Is the mower noisy?

A: The Neomow X is relatively quiet compared to petrol mowers. You’ll hear the blade motor and occasional LiDAR whirring while mapping. In normal operation blade noise is similar to other electric robot mowers and is unobtrusive.

Q: Does it include 4G and is that necessary?

A: The unit includes one year of free 4G, which is handy if Wi‑Fi doesn’t reach the lawn or for remote monitoring. Wi‑Fi and Bluetooth are also supported for configuration and local control.

Who Should Buy the Neomow X / X Pro?

Consider the Neomow X Pro if:

• You want a perimeter-wire-free solution for a medium-to-large yard (up to 1.5 acres with the Pro)
• Your yard has tree cover, variable GPS conditions, or lots of obstacles — LiDAR + vision will outperform GPS-based guidance in those cases
• You value simple, tool-free zone mapping and app-based management with remote connectivity
• You want a mower with a removable battery for future serviceability

Consider another model if:

• Your property includes very steep, slippery slopes where four-wheel traction is required
• You want every advanced app convenience feature immediately — some features are rolling out via firmware updates

Final Thoughts and Recommendation

After days of mapping, tuning, obstacle testing and multi-day operation, I’m impressed with the Neomow X Pro. The LiDAR SLAM + vision fusion really improves guidance under trees and around obstacles — the mower completed tidy, efficient stripes across a lawn that had previously troubled GPS/RTK equipment. The ability to set multiple zones, apply different cutting heights and schedule runs via Wi‑Fi or 4G makes it a strong choice for large, complex lawns.

There are a few practical caveats — most importantly the base contact sensitivity on turf and the fact this is not a four-wheel-drive unit — but HOOKII is responsive and already planning hardware revisions for improved charging base reliability. The app continues to evolve and improves usability over time.

If you want a modern autonomous mower that avoids wires and beacons and manages complex yards intelligently, the Neomow X Pro is an excellent contender. I’ll continue to monitor long-term reliability and post updates on my full review page.

For the full technical review, comparison table between the Neomow X and Neomow X Pro, and any available discount codes, head to my site: easylawnmowing.co.uk/neomow-x-robot-lawn-mower-review. If you’re buying directly from HOOKII, they’ve sometimes provided a discount code — use CODE: EASY300 where applicable for savings when available.

“LiDAR with camera fusion is the next level — no wires, no beacons, just efficient, intelligent mowing.” — Mark, EasyLawnMowing