JT64P

Name: JT64P
SKU: JT64P

Model / article: JT64P

JT64P is listed by Hesai Technology in Robot LiDAR. Published model data includes Product mass: 265 g Weight; Communication interface: Standard 100Base-TX. See the specification table for operating conditions and source evidence.

JT64P

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Product image — manufacturer technical illustration

Product overview

Manufacturer / supplier: Hesai Technology
Series: JT64P
Component type: Robot LiDAR
Source: Open published source

Published pricing

No verified public price indexed for this model. Contact PartMeld for a supplier inquiry.

Published specifications

Values are shown as published. Conditions, rating basis and source evidence apply to each value.

Latest source observation: 2026-10-16. Observation dates record evidence collection, not supplier re-verification.

Specifications and source evidence for JT64P
Specification	Published value	Conditions and source
Communication interfaceModel-level statement	Standard 100Base-TX	rule validated Operating conditions applicability 1 Introduction 1.1 Applicability This manual applies to the following versions: Software 15.AF.B0.00.02.L or later Firmware of Sensor 2.b.0593 or later Firmware of Controller 1.b.0035 or later clock source GNSS/PTP (1588v2 over UDP/IP, 1588v2 over L2, 802.1AS, 802.1AS Automotive) configuration 95-degree vertical FOV configuration described in manual; verify firmware applicability model JT64P source revision J09-en-260720 Source evidence Data transmission Standard 100Base-TX PDF page 21 / Data transmission Source observed: 2026-10-16View source
DimensionsModel-level statement	Φ 62.5 x H 73 mm	rule validated Operating conditions source scope JT64P only; not inherited from JT128 Source evidence Φ 62.5 x H 73 mm Dimensions #tab-jt64p / Dimensions Source observed: 2026-10-15View source
Ingress protection ratingModel-level statement	IP6K7	rule validated Operating conditions applicability 1 Introduction 1.1 Applicability This manual applies to the following versions: Software 15.AF.B0.00.02.L or later Firmware of Sensor 2.b.0593 or later Firmware of Controller 1.b.0035 or later configuration 95-degree vertical FOV configuration described in manual; verify firmware applicability model JT64P source revision J09-en-260720 Source evidence Ingress protection IP6K7 PDF page 20 / Ingress protection Source observed: 2026-10-16View source
Lidar channel countModel-level statement	64 Channels	rule validated Operating conditions source scope Current model-specific website tab; published typical values under unspecified test conditions Source evidence 64 Channels #tab-jt64p / Channels Source observed: 2026-10-15View source
Lidar powerModel-level statement	7.6 WRating: typical	rule validated Operating conditions ambient temperature 25°C applicability 1 Introduction 1.1 Applicability This manual applies to the following versions: Software 15.AF.B0.00.02.L or later Firmware of Sensor 2.b.0593 or later Firmware of Controller 1.b.0035 or later configuration 95-degree vertical FOV configuration described in manual; verify firmware applicability excludes accessories such as connection box external supply minimum 2.6 A, 30 W frame rate 10 Hz model JT64P rating typical source revision J09-en-260720 Source evidence Power consumption ⑤ 7.6 W PDF page 21 / Power consumption Source observed: 2026-10-16View source
Lidar return modeModel-level statement	Return mode Single return: First/Strongest/Last Dual return: Last and Strongest (default) / Last and First / First and Strongest	rule validated Operating conditions model JT64P model scope Only configuration/revision described in linked document source document https://www.hesaitech.com/wp-content/uploads/2026/08/JT64P_User_Manual_J09-en-260720.pdf Source evidence Return mode Single return: First/Strongest/Last Dual return: Last and Strongest (default) / Last and First / First and Strongest PDF page 20 / Return mode Source observed: 2026-10-16View source
Lidar wavelengthModel-level statement	905 nm	rule validated Operating conditions applicability 1 Introduction 1.1 Applicability This manual applies to the following versions: Software 15.AF.B0.00.02.L or later Firmware of Sensor 2.b.0593 or later Firmware of Controller 1.b.0035 or later configuration 95-degree vertical FOV configuration described in manual; verify firmware applicability model JT64P source revision J09-en-260720 Source evidence Wavelength 905 nm PDF page 20 / Wavelength Source observed: 2026-10-16View source
Product massModel-level statement	265 g Weight	rule validated Operating conditions conversion 265 g = 0.265 kg source scope Current model-specific website tab; published typical values under unspecified test conditions Source evidence 265 g Weight #tab-jt64p / Weight Source observed: 2026-10-15View source
Operating temperature rangeModel-level statement	-20°C to 65°C	rule validated Operating conditions applicability 1 Introduction 1.1 Applicability This manual applies to the following versions: Software 15.AF.B0.00.02.L or later Firmware of Sensor 2.b.0593 or later Firmware of Controller 1.b.0035 or later configuration 95-degree vertical FOV configuration described in manual; verify firmware applicability model JT64P source revision J09-en-260720 temperature basis ambient air; surface and internal temperatures can exceed ambient Source evidence Operating temperature ⑥ -20°C to 65°C PDF page 21 / Operating temperature Source observed: 2026-10-16View source
Supply voltage rangeModel-level statement	DC 9 to 32 V	rule validated Operating conditions applicability 1 Introduction 1.1 Applicability This manual applies to the following versions: Software 15.AF.B0.00.02.L or later Firmware of Sensor 2.b.0593 or later Firmware of Controller 1.b.0035 or later configuration 95-degree vertical FOV configuration described in manual; verify firmware applicability measurement location lidar connector model JT64P source revision J09-en-260720 Source evidence Rated voltage range ④ DC 9 to 32 V PDF page 21 / Rated voltage range Source observed: 2026-10-16View source

Technical documents and resources

JT64P User Manual J09-en-260720 — 95° vertical-FOV configuration; verify firmware applicability

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