Mid-360L manufacturer product reference image

Livox Technology Company Limited · Unknown

Livox Mid-360L Compact 360-Degree LiDAR

Q: Does the 100 m cutoff mean 100 m detection on dark objects?

No. Livox specifies a typical 45 m at 10% reflectivity and 100 klx; the longest range is near the lower vertical FOV. The 100 m cutoff is a different limit.

Q: Can Mid-360L use an unchanged Mid-360 installation?

That has not been established. MID-360L specifies 12–27 V rather than a 9 V minimum, has different dimensions and needs matching SDK/driver versions. Review mounting, cables, synchronization and configuration.

Q: Is a 4 W supply sufficient?

No. Documents list 4 W or 4.2 W normal power, while the manual specifies about 14 W startup for about one second. Size the supply using startup demand and voltage at the sensor.

Q: Has Sourcebotics tested this unit?

No. This page records manufacturer documentation reviewed on September 22, 2026. Hardware performance, delivered firmware and seller terms remain to be confirmed.

Compact 245 g LiDAR with 360° horizontal coverage and 100,000 points/s. Livox reports 45 m at 10% reflectivity under stated conditions; the 100 m output cutoff is a separate limit. Review near-field precision, 12–27 V supply and SDK2 version before integration.

Price on requestRequest an itemized Sourcebotics quotation for Mid-360L, the exact hardware, cabling, power supply, software support, freight and taxes. Public documentation does not confirm current stock.

Detection range45 m at 10% reflectivity, 100 klx, typical; product page specifies 25°C; manual limits longest range to lower vertical FOV

Field of view360° horizontal; −10° to +34° vertical, typical

Point rate and frame rate100,000 points/s, first return; 10 Hz typical

Supply voltage12–27 V DC at the sensor; 15 V recommended; account for cable voltage drop

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Product documentation Configuration & quotation

Choosing this model

Read the product documentation

Sourcebotics selection notes, based on the published documentation.

Application fit

Compact mobile-robot mapping and perception evaluation with full horizontal coverage.

Integration planning

SDK2 adds MID-360L in 1.5.0; ROS Driver 2 adds it in 1.2.8. The driver is for debugging/testing and requires production adaptation.
Allow about 14 W startup for about one second. The 4.2 W operating figure is not a power-supply peak rating.
Manual recommends a metal plate ≥3 mm thick with ≥10,000 mm² exposed area, thermal gel and ≥10 mm airflow clearance; keep the bottom shell below 80°C.
Manual p. 14 says M3 holes are 5 mm deep; the p. 15 drawing marks 3 mm thread depth. Confirm the applicable CAD and screw engagement before mounting.
The optional 1-to-3 cable is for testing/debugging; specify deployment cabling and sealing separately.

Selection considerations

The 45 m claim applies near the lower vertical FOV; effective range falls toward the upper edge. From 0.1 to 0.2 m, point data is reference-only; small or dark objects within 0.1–1 m are not guaranteed.
Web specifications and User Manual v1.0: about 4.2 W normal; Product Information v1.0: 4 W at 25°C. The difference is unresolved.
This is a distinct model from Mid-360 and Mid-360S. Its 12 V minimum supply and changed dimensions require a fresh integration review; no drop-in compatibility is claimed.
September 2026 manual and September 21 download dates establish available documentation, not an independently confirmed launch date.
Livox lists 12 months for the relevant product family and limits service to the purchase region; this does not establish Sourcebotics warranty coverage for a particular shipment.

Technical specifications

Product documentation

SENSING AND MEASUREMENT CONDITIONS

Detection range	45 m at 10% reflectivity, 100 klx, typical; product page specifies 25°C; manual limits longest range to lower vertical FOVReference ↗
Output cutoff	100 m; separate from the target-dependent detection rangeReference ↗
Field of view	360° horizontal; −10° to +34° vertical, typicalReference ↗
Point rate and frame rate	100,000 points/s, first return; 10 Hz typicalReference ↗
Near-field limit	0.1 m blind zone; 0.1–0.2 m point data has no guaranteed precisionReference ↗
Range precision (1σ)	≤3 cm at 10 m; ≤5 cm at 0.2 m; both measured at 25°C with 80% reflectivityReference ↗
Angular precision (1σ)	<0.3°Reference ↗
Laser	905 nm; manufacturer reports Class 1 per IEC 60825-1:2014Reference ↗

ELECTRICAL AND MECHANICAL CONDITIONS

Normal power references	Web specifications and User Manual v1.0: about 4.2 W normal; Product Information v1.0: 4 W at 25°C. The difference is unresolved.Reference ↗
Startup power	14 W for about one second; per-sensor variation appliesReference ↗
Supply voltage	12–27 V DC at the sensor; 15 V recommended; account for cable voltage dropReference ↗
Dimensions and mass	65 × 65 × 63 mm nominal body; 245 g. Connector protrusion and cable clearance require the CAD drawing.Reference ↗
Protection and temperature	IP67 product; −20 to +65°C operating range, with thermal installation conditionsReference ↗
Mounting depth conflict	Manual p. 14 says M3 holes are 5 mm deep; the p. 15 drawing marks 3 mm thread depth. Confirm the applicable CAD and screw engagement before mounting.Reference ↗

INTERFACES AND SOFTWARE

Data interface	100BASE-TX Ethernet / UDP; M12 12-pin A-code connectorReference ↗
Synchronization	PTPv2 (IEEE 1588-2008, UDP/IPv4) and GPS (UTC + PPS); do not assume HAP gPTP compatibilityReference ↗
IMU	ICM40609; 200 Hz default output, configurable output frequency and rangeReference ↗
SDK	Livox SDK2: MID-360L support from 1.5.0; 1.5.1 adds scan controls; 1.5.2 adds IMU range settingReference ↗
ROS driver	ROS Driver 2: MID-360L support from 1.2.8; debugging/testing package, no production integration validation hereReference ↗
Firmware reference	Download portal lists v41.52.00.03 on September 21, 2026; delivered firmware unconfirmedReference ↗

Reference specifications for the listed model. Options, test conditions and integration requirements should be confirmed for your selected configuration.

Supplier

Livox Technology Company Limited 览沃科技有限公司

Unknown · est. 2016

Livox develops LiDAR for mobile robotics, mapping and autonomous systems. Its website dates the brand to 2016. Select the exact MID-360, MID-360S or Avia variant and confirm its SDK, firmware, contracting entity and destination-specific service terms.

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Downloads

Mid-360L User Manual v1.0

September 2026; FOV p. 11, power p. 15, IMU p. 21; mounting-depth conflict pp. 14–15.

Mid-360L Product Information v1.0

English/Chinese power table p. 2 differs from manual and web table.

Official downloads and firmware index

MID-360L documents and v41.52.00.03 listed September 21, 2026.

Pinned SDK2 changelog

MID-360L 1.5.0–1.5.2.

Pinned ROS Driver 2 changelog

MID-360L support in 1.2.8.

Product documentation

Manufacturer and distributor references for model selection and technical review. Latest reference check: September 22, 2026.

Configuration & quotation

Specify the exact model or variant, required interfaces and accessories, quantity and delivery destination. Use the quotation to confirm the supplied configuration, current availability and commercial terms.

Price bandPrice on request

Ask for the current datasheet, delivery schedule, warranty scope and any documentation required for your destination. Use our procurement checklist to prepare the requirements, or download the worksheet.

Discuss this configuration

FAQ

Does the 100 m cutoff mean 100 m detection on dark objects?

No. Livox specifies a typical 45 m at 10% reflectivity and 100 klx; the longest range is near the lower vertical FOV. The 100 m cutoff is a different limit.

Can Mid-360L use an unchanged Mid-360 installation?

That has not been established. MID-360L specifies 12–27 V rather than a 9 V minimum, has different dimensions and needs matching SDK/driver versions. Review mounting, cables, synchronization and configuration.

Is a 4 W supply sufficient?

No. Documents list 4 W or 4.2 W normal power, while the manual specifies about 14 W startup for about one second. Size the supply using startup demand and voltage at the sensor.

Has Sourcebotics tested this unit?

No. This page records manufacturer documentation reviewed on September 22, 2026. Hardware performance, delivered firmware and seller terms remain to be confirmed.

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