Since its launch in early 2023, the Livox Mid-360 has become one of the most popular 3D LiDARs in the low-speed robot field. With 360° coverage, 200kHz point cloud output, IP67 protection, and a price of $749 — this combination is indeed disruptive. However, by 2025, it is no longer the only option, and may not even be the most suitable for your scenario.
Whether you are developing warehouse AGVs, automatic forklifts, delivery robots, or indoor service robots, this article compares7 truly worth-considering Mid-360 alternatives, which includes a product with a unique selling point:Dual Echo Penetration Technology—— Can penetrate rain and fog.
Quick parameter overview
| Sensor | Ranging (10% reflectivity) | Blind zone | FOV (horizontal×vertical) | Dual Echo | Protection | Weight | Price Range |
|---|---|---|---|---|---|---|---|
| TanTu M360 | 25m | 5cm | 360°×70° | Supported (M360-D) | IP67 | 408g | Inquiry |
| Livox Mid-360 | 40m | 10cm | 360°×59° | Not supported | IP67 | 265g | $749+ |
| Livox Mid-360S | ~40m | Improved | 360°×larger | Not supported | IP67 | Lighter | $799+ |
| Speedtrot RS-Bpearl | 20m | ~15cm | 360°×31° | Not supported | IP65 | ~520g | $600+ |
| Ouster OS0-32 | 40m | ~25cm | 360°×45° | Not supported | IP68 | 445g | $3,000+ |
| Velodyne VLP-16 | ~20m | ~30cm | 360°×30° | Multi-Echo | IP67 | 830g | $3,000+ |
| Livox XT32 | ~30m | ~20cm | 360°×31° | Not supported | IP67 | ~1kg | $1,500+ |
| North Wake TF-Luna | 0.1-12m | ~1cm | 270°×12° | Not supported | IP65 | ~35g | Under $100 |
1. TanTu M360 — The preferred choice for industrial environments, supporting double echo penetration
TanTu M360 (LDS-M300-E) is a newer product that directly addresses the pain points engineers encounter during the actual deployment of Mid-360. It uses a mirror scanning architecture to achieve non-repetitive scanning mode—conceptually similar to Livox, but with a different mechanical implementation.
Core advantages of M360:
- 5cm ultra-narrow blind zone—— Half of Mid-360. It is crucial for warehouse robots to navigate through shelf gaps and for cleaning robots to detect obstacles near the base.
- Dual Echo Penetration (M360-D model)—— Can simultaneously receive forward and backward echoes, penetrate raindrops, and identify transparent media such as glass. This is a capability not available in Livox's full lineup of products.
- Power consumption is less than 4.5W——The Mid-360 is 6.5W. After thousands of hours of operation, the battery life difference on mobile platforms is obvious.
- 12-32V wide voltage range—— Compatible with 24V AGV battery systems, 12V lightweight robots, and 32V heavy-duty platforms.
- 70° vertical FOV—— Has a wider field of view by 11° compared to Mid-360. With non-repetitive scanning, the 3D coverage density is higher in stationary or low-speed scenarios.
- Rated lifespan ≥ 10,000 hours——Livox has not publicly disclosed the rated life of the Mid-360, while the M360 provides specific data.
- Rain and fog detection—— Can detect rainy and foggy environments and automatically adjust.
Where Mid-360 still leads:10% reflectivity offers a longer range (40m vs 25m), lighter weight (265g vs 408g), smaller size, smaller angular error (≤0.15° vs ≤0.18°), wider operating temperature range (-20~+55°C), and a larger open-source community.
Most suitable for:Factory AGVs, outdoor logistics vehicles, forklifts, ports/mines, and rainy/foggy environments.
Please refer to the detailed parameters comparison.Full comparison page of M360 vs Mid-360。
2. Livox Mid-360S — Eco-system upgrade
If you are already in the Livox ecosystem, the M360 released in 2025 is for you.Mid-360Sas the most natural upgrade choice. It has improvements in accuracy, reliability, and form factor.
Improvements:Even lighter and smaller, higher precision, enhanced AMR deployment reliability, fully compatible with Livox SDK2 and ROS drivers.
Insufficient:still does not support dual echo, and the price is higher than the original Mid-360. See details atlivoxtech.com/mid-360s。
Most suitable for:Users with existing Livox equipment, and indoor AMRs in need of ecosystem upgrades.
3. Speedplus RS-Bpearl — Lightweight solid-state
A compact solid-state 3D LiDAR designed specifically for mobile robots, with a 360° horizontal field of view, 31° vertical field of view, and up to 320k pts/s.
Advantages:Compact size suitable for small service robots, good ROS integration, and flexible configuration of multiple detection areas.
Insufficient:The 31° vertical FOV is significantly narrower (M360 is 70°), IP65 (not IP67) is not suitable for humid environments.
Most suitable for:Indoor service robots, lightweight AMRs, and applications sensitive to size.
4. Ouster OS0-32 — High-end rotating
32-channel digital rotating LiDAR, IP68 protection, excellent point cloud quality.
Advantages:Consistent point cloud quality, IP68 the highest in the industry, verified for autonomous driving and industrial scenarios, and a strong ROS ecosystem.
Insufficient:The price is 4-5 times that of Mid-360/M360, with a larger blind zone of about 25cm and a heavier weight of 445g.
Most suitable for:High-performance research platforms, large-scale autonomous vehicles, and scenarios with ample budget.
5. Velodyne VLP-16 — Industry classic
A benchmark product in the field of 3D perception over the past decade, with a 16-channel rotating architecture.
Advantages:The most mature and reliable platform, with the most abundant third-party support, and supports multiple echo modes.
Insufficient:830g three times heavier than Mid-360, 30° vertical FOV narrowest, $3,000+ completely different price range.
Most suitable for:Applications requiring the most mature platform, surveying, and compatibility with old systems.
6. Hesai XT32 — Automotive-grade quality
One of the world's largest LiDAR manufacturers, XT32 brings automotive-grade quality to the robotics market.
Advantages:Automotive-grade reliability and quality control, IP67, and competitive pricing compared to European and American competitors.
Insufficient:Approximately 1kg, larger in size, ROS community support is not as good as Livox, and the 31° vertical FOV is too narrow.
Most suitable for:Scenarios requiring automotive-grade verification and industrial applications with acceptable form and size.
7. Beixing TF-Luna — Ultra-low-cost entry
Single-point ToF ranging module, 270°×12°, strictly speaking, it is not a 3D LiDAR, but it can be considered as a backup solution when the budget is extremely low.
Advantages:Extremely affordable ($100 or less), extremely light (35g), easy to integrate.
Insufficient:Cannot generate the 3D point cloud required for SLAM, can only be used as an auxiliary sensor.
Most suitable for:Extremely low-budget projects, education, or as a supplement to 2D LiDAR.
Selection decision framework
📦 Warehouse AGV
Priority:Blind zone(Rack aisles),Power Consumption(Long shifts),IP67(Dust). →TanTu M360or Livox Mid-360.
🚛 Outdoor logistics vehicle
Priority:Rain and fog resistance、Ranging、IP67。→ TanTu M360-D(Dual echo with rain resistance) or Mid-360 (long-range)
🤖 Indoor service robot
Priority:Weight、Size、Ecosystem。→ Livox Mid-360or Mid-360S.
🔬 Research prototype development
Priority:Community support、ROS Integration、Documentation。→ Livox Mid-360。
⚓ Port/Mine
Priority:Durability、Longevity、Wide voltage range、Rain and fog。→ TanTu M360(10,000h lifespan, 12-32V, dual echo)
Common questions
Is the Mid-360 still worth buying in 2025?
Worth it. The MID-360 is still an excellent product with a strong ecosystem, good reliability, and a competitive price of $749. If you need longer range, lighter weight, or better community support, the MID-360 is still a safe choice. You can refer toComparison of M360 vs Mid-360Make a decision.
How does the "double echo penetration" actually perform?
Dual echo refers to the ability of LiDAR to receive two echoes from a single laser pulse—one from the front surface (such as raindrops) and one from the actual obstacle behind. The TanTu M360-D utilizes this to penetrate light rain and identify semi-transparent objects like glass, which is not possible with single echo LiDAR.
Can M360 use Livox's SDK and ROS drivers?
The M360 is compatible with the Livox SDK2 protocol and can work under the Livox ROS driver framework, but some configuration adjustments may be required.
Why is the blind zone so important?
In dense environments (warehouse shelves, factory workshops), the blind zone determines how close an obstacle the LiDAR can detect. 5cm (M360) vs 10cm (Mid-360) vs 25-30cm (Ouster/Velodyne), it could be the difference between detecting a paver leg and colliding with it.
How much is TanTu M360?
Price depends on the quantity of purchase and configuration (Single Echo M360 vs. Dual Echo M360-D). Please visitsmartbotparts.com contact for a quote。