Define the sensing task
Record the platform, target, working distance, light level, mounting direction and acceptance criteria.
Product Center
Drone LiDAR Sensors for UAV and Embedded Systems
Use this center to evaluate Drone LiDAR Sensors through verified specifications, integration paths and technical resources. Purpleriver currently centers this product line on MRP-LD1, an 8 g solid-state SPAD dToF module for UAV, robotics and embedded depth-perception projects.
- 8 gModule weight
- 1.2 WTypical power
- 60° × 45°Field of view
- 40 × 30 · 10 fpsDepth output
Featured platform · MRP-LD1
One focused dToF platform for depth-sensing evaluation.
MRP-LD1 combines SPAD direct Time-of-Flight sensing, a 940 nm VCSEL source, depth images and 3D point-cloud output in a compact module. For buyers comparing UAV LiDAR hardware and LiDAR modules for drones, robotics perception hardware and embedded sensors, it provides one documented platform to qualify—not a complete navigation or avoidance system.
- Separate indoor and outdoor ranging baselines
- UART, UVC and UDP host-interface choices
- Windows, ARM, Linux and Android environments
- Documentation, sample data and B2B evaluation support
MRP-LD1Solid-state dToF LiDAR module
MRP-LD1 overview
Screen product fit with the specifications that drive integration.
This summary supports first-pass comparison. Use the product detail page and approved documentation for the complete specification table and final engineering review.
Indoor range
0.5–25 m
Outdoor range
0.2–8 m · up to 80 Klux
Field of view
60° × 45°
Depth output
40 × 30 · 10 fps · 3D point cloud
Host interfaces
UART / UVC / UDP
Software environments
Windows / ARM / Linux / Android
Integration profile
8 g · 5 V · 1.2 W typical
Sensing platform
SPAD dToF · 940 nm VCSEL
Application paths
Start with the sensing task, then evaluate the module.
The same dToF hardware requires different mounting, targets, timing and host logic in each application. Use these paths to continue with the most relevant technical context.
UAV navigation and obstacle avoidance
Use compact depth data as an input for forward obstacle awareness, altitude-hold and terrain-following evaluation on aerial platforms.
Explore UAV solution ›
Robotics 3D mapping and perception
Support AMR, service robot and industrial robot evaluation workflows with point cloud output, depth images and embedded interface options.
Explore robotics solution ›
Embedded 3D sensing development
Evaluate solid-state LiDAR modules for inspection, security, smart equipment and compact perception systems before hardware customization.
Discuss integration ›B2B evaluation path
Qualify the application before requesting hardware.
Connect the sample request to a measurable scene, host system and acceptance plan. This gives engineering and purchasing teams a clearer basis for the next decision.
Check hardware and host fit
Compare field of view, module weight, power, interface and software environment with the intended system.
Review documents and data
Use the product specifications, manual, SDK path and representative depth or point-cloud data before integration.
Evaluate before scaling
Test the installed module, share findings and align customization, quantity and delivery requirements.
Engineering resources
Continue with evidence for the next decision.
Move from product comparison to engineering validation through the detailed product page, documentation request and application-specific sample dataset workflow.
Product details
Open the MRP-LD1 product page for full specifications, video, applications and FAQ.
View product page
Documentation
Request the user manual and SDK package for technical evaluation workflows.
Request documents
Sample datasets
Request LiDAR point cloud sample data that matches your application scenario.
Start dataset request
Sample and quote
Share the platform, application, quantity and timing for a project-specific response.
Start an inquiry
Product support
FAQ
Use these answers to qualify the module, integration path and B2B evaluation workflow.
Send product requirementsWhat is the main Drone LiDAR Sensor on this product center?
The current product center focuses on MRP-LD1, a compact solid-state dToF LiDAR module for UAV, robotics and embedded 3D perception projects.
Why does the product center currently show one module?
Purpleriver currently presents one documented MRP-LD1 platform instead of creating artificial product categories. The product center can expand when additional verified models are released.
Which interfaces does MRP-LD1 support?
MRP-LD1 supports UART, UVC and UDP interfaces, with SDK support for Windows, ARM, Linux and Android environments.
Is MRP-LD1 a complete obstacle-avoidance or navigation system?
No. MRP-LD1 supplies depth images and 3D point-cloud data. Detection logic, planning, control and system-level validation remain responsibilities of the host platform.
Can Purpleriver support B2B evaluation before volume deployment?
Yes. Engineering teams can review documentation, request sample datasets and contact Purpleriver with platform, interface, environment and quantity requirements.