zPULSE
Ultra-wide, compact 4D imaging radar for infrastructure and autonomous systems, in 60 GHz and 77 GHz
Overview
zPULSE is Zadar's compact, ultra-wide imaging radar platform for infrastructure, stationary sensing and autonomous systems. A 120° × 90° field of view and >400 m vehicle detection give near-hemispherical coverage from a single 250 g, IP68-sealed unit.
zPULSE is available in 77 GHz and 60 GHz configurations. The 60 GHz version is intended for regions where 77 GHz operation is restricted or unavailable.
Features
- 120° × 90° field of view
- 1.5° static angular resolution, ±0.25° angular accuracy
- >400 m truck and car detection, >200 m human detection
- 60 GHz and 77 GHz configurations
- 100 × 78 × 35 mm, 250 g
- IP68 (2 m) weather proofing
- zPULSE radar sensor (60 GHz or 77 GHz configuration)
- RSP Core software and point cloud output
- SDKs for C++, Python, ROS 1 and ROS 2
- RSP Core: Flexible operating modes and point cloud output.
- RDP Developer: Data-processing toolboxes for building custom radar perception solutions.
- RSP Studio: Advanced control over RF parameters and signal-processing performance.
- C++ · Python · ROS 1 · ROS 2: SDKs, UDP radar data API, HTTP configuration API and web visualizer for streaming and integrating 4D point clouds.
Important note
How ordering works: no online payment
Order & start development
EVALUATION / PRODUCTION UNIT · 77 GHz
zPULSE 77 GHz — zPULSE ultra-wide 4D imaging radar, 77 GHz configuration
Includes RSP Core software and SDKs. Configuration confirmed with a Zadar engineer before invoicing.
EVALUATION / PRODUCTION UNIT · 60 GHz
zPULSE 60 GHz — zPULSE ultra-wide 4D imaging radar, 60 GHz configuration for 77 GHz-restricted regions
Includes RSP Core software and SDKs. Configuration confirmed with a Zadar engineer before invoicing.
Software & development tools
SOFTWARE · INCLUDED WITH EVERY UNIT
RSP Core
Flexible operating modes and point cloud output.
SOFTWARE · DATA PROCESSING
RDP Developer
Data-processing toolboxes for building custom radar perception solutions.
SOFTWARE · RF & SIGNAL PROCESSING
RSP Studio
Advanced control over RF parameters and signal-processing performance.
SOFTWARE DEVELOPMENT KITS
C++ · Python · ROS 1 · ROS 2
SDKs, UDP radar data API, HTTP configuration API and web visualizer for streaming and integrating 4D point clouds.
Orders are reviewed by Zadar Labs and are subject to availability, Zadar Labs terms of sale and applicable export regulations.
Specifications
| Parameter | zPULSE |
|---|---|
| Radar performance | |
| Frequency | 60 GHz or 77 GHz configuration |
| Field of view (H × V) | 120° × 90° |
| Static angular resolution | 1.5° |
| Angular accuracy | ±0.25° |
| Truck / car detection | >400 m |
| Human detection | >200 m |
| Hardware | |
| Dimensions | 100 × 78 × 35 mm |
| Weight | 250 g |
| Weather proofing | IP68 (2 m) |
Additional parameters are listed in the data sheet.
Technical documentation
★ = Top documentation selected by Zadar
| Type | Title | Format | |
|---|---|---|---|
| ★ | Data sheet | zPULSE 4D Imaging Radar Data Sheet | |
| Software | RSP Core software and SDK downloads | ZIP | |
| Technical article | How SDIR works: Software-Defined Imaging Radar | HTML |
Support & training
Talk to a Zadar radar engineer
Get help choosing an antenna configuration, integrating with your stack, or scoping a pilot.
Frequently asked questions
Answers on SDIR, interfaces, synchronization, certification and deployment.
Downloads
Data sheets, integration guides, software and SDK packages.
Videos & Clear Signal podcast
Product walkthroughs, field demos and conversations with Zadar engineers.
Questions about quality, packaging or ordering Zadar products? Contact Zadar sales.
Explore other Zadar sensors
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Ultra-performance 4D software-defined imaging radar for physical AI, robotics and intelligent infrastructure
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zPULSE 2.0
Compact, high-resolution 4D software-defined imaging radar with 120° × 90° field of view
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zSIGNAL
Compact 77 GHz 4D imaging radar for mass-market autonomous robotics
Order options →Order request · no online payment
Request an order
Choose the part number and quantity, then tell us where the units are going. A Zadar engineer reviews every request, confirms configuration and lead time, and sends a formal quote and invoice to your team.
- 1Submit request
- 2Engineer review
- 3Quote & invoice
- 4Units ship
Selected part:
Not sure which configuration fits? Talk to a Zadar radar engineer.