Technical Fit Review
SAMPLE 01 / INDOOR MOBILE ROBOT / 2D LiDAR
An evidence-led way to shortlist components before you place an order.
DEMONSTRATION REPORT — NOT AN ACTUAL CLIENT ENGAGEMENT. The buyer brief below is hypothetical. All product data are taken from publicly accessible manufacturer / product documentation checked on 28 Oct 2026. There was no physical testing, supplier outreach or purchase.
Executive decision brief
The decision. An educational lab is considering one 360-degree 2D LiDAR for an indoor Raspberry Pi-class mobile robot. ROS 2 integration is desired but the distribution and operating system have not been specified.
Conditional finding. RPLIDAR C1 deserves initial examination if dark-object ranges and 8–12 Hz nominal rotation are important. RPLIDAR A1 documents a slower typical 5.5 Hz speed and larger dimensions. The Waveshare D500 developer kit has a documented bundle and a compact scan-head specification. None can be chosen without clarifying OS / ROS, target reflectivity, mechanical envelope and exact kit contents.
What is still missing
- Exact OS + ROS 2 distribution and driver version
- Obstacle reflectivity, minimum useful range and desired scan rate
- Mounting clearance, cable path, 5 V budget and serial interface
- Budget, quantity, delivery country and target purchase date
- Measurable acceptance test for the navigation application
Buyer outcome: a clear shortlist hypothesis, traceable published numbers, open risks and a concrete verification plan — not an unearned compatibility guarantee.





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