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.





Manipolatore mobile
Robot per la movimentazione di contenitori
AMR con sollevatore
Robot di servizio alberghiero
Robot di consegna
Robot educativo
Cella cobot con visione
Robot di guida e ispezione









