Description

Livox MID-360 S at a glance

The Livox MID-360 S is a powerful and compact 3D LiDAR sensor developed specifically for modern robotics and autonomous applications. With its full 360° all-around view and a large vertical detection range, it delivers a seamless and precise picture of the environment — in real time.

Thanks to its high point density and reliable sensor technology, the MID-360 S detects even complex structures and dynamic obstacles with impressive accuracy. The rugged, weather- and temperature-resistant design (IP67) makes it the ideal solution for demanding indoor and outdoor use. An integrated IMU simplifies sensor fusion.

Typical applications

  • Autonomous navigation and intelligent robotics
  • Real-time obstacle detection and collision avoidance
  • Precise 3D mapping and environment capture
  • SLAM applications for reliable localization
Technical data

Specification

Range
40 m @ 10% / 70 m @ 80% reflectivity
Field of view (FOV)
360° (H) × 59° (V)
Point rate
200,000 points/s
Weight
265 g
Dimensions
65 × 65 × 60 mm
Ingress protection
IP67
Operating temperature
−20 °C to +55 °C
Interface
Ethernet (100BASE-TX)
Voltage
9–27 V DC
Power consumption
6.5 W
Min. distance
0.1 m
Frame rate
10 Hz
IMU
integrated
Laser class
Class 1 (eye-safe)
FAQ

Frequently asked questions

How much does the Livox MID-360 S cost?

The Livox MID-360 S costs €605.00 net (€719.95 incl. 19% German VAT), plus €25 shipping. Business customers can buy on invoice.

Is the Livox MID-360 S in stock?

Yes, the Livox MID-360 S is in stock in Geretsried, Germany and usually ships within about 48 hours.

Can I buy the Livox MID-360 S on invoice?

Yes — business customers (B2B) pay on invoice. We ship immediately and you transfer within 14 days. You receive a proper German invoice with 19% VAT.

Does the Livox MID-360 S come with a manufacturer warranty?

Yes. We supply only authorised original goods, so the Livox MID-360 S comes with the full manufacturer warranty and a proper German invoice.

What is the Livox MID-360 S used for?

Typical applications include Autonomous navigation and intelligent robotics, Real-time obstacle detection and collision avoidance, Precise 3D mapping and environment capture.