Robots that use the Raspberry Pi
The single-board Linux computer (Zero, 3, 4, 5 and Compute Module) many robots use as their onboard brain.
20 robots in the atlas list it in their bill of materials, 20 units across the rows below, plus rows the source marks as optional. Quantities are what each source lists; a row can be a set or kit, so read the row name with its number.
Which robots use the Raspberry Pi
| Robot | BOM rows | Cost | DoF | Hardware license | Sim model | Score |
|---|---|---|---|---|---|---|
| JPL Open Source RoverRover |
| $1.3ksource total, parsed GoBilda mechanical parts_list.csv subtotal; electronics, battery and PCBs not included | 10 | Apache-2.0Commercial use OK | Onshape | 89 |
| UpkieWheeled biped |
| not published | 6 | Apache-2.0Commercial use OK | URDF | 83 |
| AndinoMobile base |
| not published | 2 | BSD-3-ClauseCommercial use OK | URDF | 80 |
| LeKiwiMobile manipulator |
| $499source total, 5V build, including the SO-101 leader and follower arm set | 9 | Apache-2.0Commercial use OK | URDF | 80 |
| LeRobot Humanoid (Biped Platform)Biped humanoid |
| $2.6ksource total, biped platform buy items plus ~3.5 kg PLA+, excluding shipping, duties, taxes (upstream estimate dated April 30 2026) | 12 | Apache-2.0Commercial use OK | Onshape | 80 |
| POPIQuadrupedDormant |
| €5.1ksource total, 2019 team purchase list (actuators, electronics, onboard computers, raw material) before subsidies; no fasteners listed | 12 | BSD-3-ClauseCommercial use OK | URDF | 80 |
| Poppy HumanoidHumanoidDormant |
| $8.5kestimate, upstream build estimate of 8,000 to 9,000 USD, mostly actuators | 25 | CC-BY-SA-4.0Commercial use OK | URDF | 80 |
| CogniFlyCollision-resilient quadcopterDormant |
| CA$408source total, one drone, Raspberry Pi Zero W build, Latest/Version 2 BOM Table 2, 2021 Canadian prices, includes 2 LiPo packs and full filament spools, excludes shipping | 4 | No license statedUnknown or unclear | none published | 73 |
| ZeroBugHexapod |
| not published | 18 | GPL-3.0Commercial use OK | none published | 73 |
| Legolas (open-source biped)BipedDormant |
| not published | 10 | MITCommercial use OK | MJCF | 65 |
| DonkeyCarAutonomous RC car |
| $245estimate, sum of upstream Approximate Cost rows for the Raspberry Pi build, excluding 3D printed roll cage and top plate | 2 | No hardware license statedUnknown or unclear | none published | 63 |
| Leo RoverOutdoor 4x4 rover |
| €4.8kvendor kit, Leo Rover 1.9 Developer Kit, all parts to assemble | 4 | CC BY-NC-SA (version not stated)Non-commercial | URDF | 63 |
| Open Duck MiniBiped |
| €398source total, base robot per the BOM sheet | 16 | Apache-2.0Commercial use OK | URDF | 63 |
| pib (printable intelligent bot)Humanoid |
| €3.1kvendor kit, pib#5.Makerbox, all non-printable parts incl. VAT; excludes about 11 to 12 kg PETG | 26 | GPL-3.0Commercial use OK | none published | 63 |
| TurtleBot3Mobile base |
| $758vendor kit, TurtleBot3 Burger RPi4 2GB kit [US] | 2 | Declared open source hardware, no license namedUnknown or unclear | URDF, Onshape | 63 |
| OpenMowerAutonomous mower |
| €700estimate, shopping list estimate excluding the donor mower and RTK base station | 2 | CC-BY-4.0Commercial use OK | none published | 60 |
| Mini Pupper (MangDang)Quadruped |
| $756source total, BOM spreadsheet total | 12 | No hardware license statedUnknown or unclear | none published | 55 |
| SpotMicroAIQuadrupedDormant |
| not published | 12 | CC-BY-4.0Commercial use OK | none published | 55 |
| Linorobot2Mobile base |
| not published | 2 | No hardware design files releasedUnknown or unclear | URDF | 33 |
| Waveshare WAVEGOQuadrupedDormant |
| $243vendor kit, WAVEGO BASIC US kit; variants up to about 416 USD; 18650 cells not included | 12 | None: closed commercial kit, no CAD publishedUnknown or unclear | none published | 33 |
How this list is built
BOM rows that name a Raspberry Pi computer (Zero, 3, 4, 5 or Compute Module), including rows that offer it as one of two options. Pi cameras and the Pi Pico microcontroller are not counted.
A row counts when its part name names the Raspberry Pi, or when its specification does and the part name is generic (a compute board, a servo set). Nothing is inferred beyond the row text: a robot that uses the part but does not list it in its bill of materials is not here.
In 3D
Renders come from each project's own source files.