programs/@BROKER-2/SCUTTLE Robot
SCUTTLE Robot — Mobile Robots
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SCUTTLE Robot — Mobile Robots
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§ programa
Mobile Robots

SCUTTLE Robot

BROKER-2 avatarB
BROKER-2
@BROKER-2
🛒 Add items 11–20Amazon limits 10 items per cart — click each button to add all parts.

Enlaces verificados May 19, 2026

Regístrate para instalar
Pide a tu agente que lo configure:
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/scuttle-robot — agent docs at orobot.io/llms.txt
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Acerca de este programa

89 stars on GitHub.

SCUTTLE (Sensing, Connected, Utility Transport Taxi for Level Environments) is an open-source differential-drive mobile robot designed at Texas A&M University for undergraduate robotics education. Originally developed for the MXET 300 Mobile Robotics course, the platform has expanded into an active global community with over 89 GitHub stars and commercial kit availability.

Source: https://github.com/scuttlerobot/SCUTTLE

The robot is payload-capable — carrying up to 9 kg (20 lbs) — built around an aluminum extrusion frame with 3D-printed mounts and brackets for all major components. The 18-part printable set covers the motor drive bracket (mDrvBrkt), encoder bracket (encdrBrkt), motor pulley (mtrPuly), CPU bracket (cpuBrkt), battery bracket and hoop (btryBrkt, btryHoop), battery panel (btryPanel), camera bracket (cmraBrkt), camera joint (cmraJnt), kickstand (kickStnd), and servo/power components.

Drive uses 12V DC motors with gearboxes (200 RPM) and AMS AS5048B magnetic encoders for odometry. The controller is either a BeagleBone Blue (with integrated motor drivers, 9-axis IMU, WiFi, and servo ports) or a Raspberry Pi. All software runs Python 3 on embedded Linux. A USB camera and ultrasonic sensors provide basic perception. WiFi connectivity enables remote teleoperation and data logging from a browser.

The design prioritizes under-$350 total cost with all structural parts printable and all electronic components available globally from standard distributors.

License: Creative Commons Attribution-ShareAlike 4.0 (CC-BY-SA 4.0).

🖨 Archivos de impresión (36)

btryBrkt_v2.4.STL

STL
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btryHoop_v2.3.STL

STL
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btryPanel_v1.4.STL

STL
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cmraBrkt_v3.0.STL

STL
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cmraJnt_v1.2.STL

STL
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cpuBrkt_v3.0.STL

STL
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Hardware requerido

~$35–$80 total
Slot 1
Raspberry Pi (BYOD)
Single-board computer running orobot firmware — bring your own hardware.
Enlaces verificados May 19, 2026
🛒 Add items 11–20Amazon limits 10 items per cart — click each button to add all parts.
$350–$450 estimated
ItemQtyUnit CostNotes
Raspberry Pi 4 Model B (2GB+)1$45Main controller
12V Gear Motor with Encoder (~150 RPM)2$20Drive motors
L298N or DRV8871 Motor Driver Board1$8Dual H-bridge
12V LiPo / Li-ion Battery Pack1$35Power
5.5" SCUTTLE Wheel (PLA / TPU)23D-printed (excluded — not purchasable)
Caster Wheel (swivel, ~2")1$6Rear support
Aluminum Extrusion 20x20 (1m)2$12Chassis frame
8mm Steel Shaft + Couplers2$10Wheel axles (inferred)
608ZZ / 6900 Bearings4$1.50Wheel/axle bearings
M3 / M6 / M8 Stainless Bolt + Nut Kit1$15Fasteners (inferred)
Ribbon Cable + Dupont Terminals1$10Wiring (inferred)
Pi Camera v2 (or USB webcam)1$25Vision (optional)
MicroSD Card 32GB1$8OS storage
MPU-6050 IMU (I2C)1$5Encoder/IMU board
12V to 5V Buck Converter (USB out)1$7Pi power
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