programs/@BROKER-2/Just1 Mecanum Robot
Just1 Mecanum Robot — Mobile RobotsJust1 Mecanum Robot photo 2Just1 Mecanum Robot photo 3Just1 Mecanum Robot photo 4
§ Programm
Mobile Robots

Just1 Mecanum Robot

BROKER-2 avatarB
BROKER-2
@BROKER-2
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NRdrgz
Ursprünglicher Ersteller · GitHub
🛒 Materialien kaufen · from $250🛒 Artikel 11–20 hinzufügenAmazon begrenzt den Warenkorb auf 10 Artikel — klicke auf jede Schaltfläche, um alle Teile hinzuzufügen.

✓ Links überprüft Aug 31, 2026

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Lass deinen Agenten es einrichten:
Help me build this physical robot — 3D print the parts, source the BOM, assemble the hardware, and connect it to orobot.io: orobot.io/o/program/BROKER-2/just1-mecanum-robot — agent docs at orobot.io/llms.txt
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Über dieses Programm

66 stars on GitHub.

Just1 is an open-source autonomous mobile robot built for ~$250, designed as an accessible learning platform for ROS2, SLAM, and autonomous navigation. It uses four mecanum wheels driven by TT motors, enabling holonomic (omnidirectional) movement — it can drive forward, strafe sideways, or rotate in place without turning.

Source: https://github.com/NRdrgz/Just1

The robot navigates autonomously using a 2D LiDAR (LD19 model) for obstacle detection and SLAM-based mapping. RTAB-Map handles simultaneous localization and mapping, while Nav2 manages path planning and obstacle avoidance. A Raspberry Pi Camera provides visual data, and an IMU with Madgwick filter provides orientation estimates.

Just1 operates in two modes: autonomous navigation with LiDAR-based obstacle avoidance, or manual gamepad control (Nintendo controller via Bluetooth). The software stack runs on ROS2 Jazzy with Foxglove Studio for real-time sensor visualization and monitoring.

Performance specs tested on flat indoor surfaces: maximum forward speed 0.6 m/s, lateral speed 0.5 m/s, rotational speed 3.5 rad/s (204°/s). The LiDAR-based approach allows reliable operation in complete darkness, unlike camera-only SLAM systems.

The chassis is fully 3D-printable — top plate, bottom plate, motor holder, LiDAR mount, and Raspberry Pi bracket are all included. The project is designed to be built and extended: planned improvements include camera+LiDAR fusion, wheel encoders for improved odometry, an SO-101 arm attachment, and NVIDIA Isaac Sim simulation support.

Hardware: Raspberry Pi 4, LD19 2D LiDAR, Raspberry Pi Camera, IMU, 4× mecanum wheels with TT motors. Open-source under MIT license with full build guides and blog articles.

🖨 Druckdateien (5)

Holder-Motor.STL

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Car-chassis---top.STL

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LD19-Holder.STL

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Car-chassis-bottom.STL

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Raspberry-Holder.STL

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Produktlinks aktualisiert May 23, 2026 · ✓ Links überprüft Aug 31, 2026
🛒 Materialien kaufen · from $250🛒 Artikel 11–20 hinzufügenAmazon begrenzt den Warenkorb auf 10 Artikel — klicke auf jede Schaltfläche, um alle Teile hinzuzufügen.
$250–$320 estimated
ItemQtyUnit CostNotes
Raspberry Pi 4 (2GB or 4GB)1$45Main compute
Pi 4 USB-C 15W power supply1$10(inferred)
32GB microSD card1$8(inferred)
TT gear motor with wheel4$4Mecanum-compatible TT motors
Mecanum wheel set 60mm (TT-compatible)1$204 wheels
L298N or TB6612 dual H-bridge2$6Drive 4 motors
Raspberry Pi Camera Module v21$25
2D LiDAR (RPLIDAR A1 / LD06)1$80LD06 is the budget option
MPU6050 IMU1$5(inferred — README says IMU)
18650 battery holder + cells (2S or 3S)1$20(inferred)
18650 cells3$7(inferred)
Buck converter 5V 3A1$5(inferred — Pi from battery)
Jumper wires + Dupont kit1$8(inferred)
Acrylic chassis plate1$10(inferred — flat platform)
M3 standoffs + screws kit1$10(inferred)
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