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Standard

1.Easy to use and quick to get started

2.The process supports design scales of 300 devices or 1000 pads

3.Supports simple circuit simulation

4.For students, teachers, creators

Profession

1.Brand new interactions and interfaces

2.Smooth support for design sizes of over 5,000 devices or 10,000 pads

3.More rigorous design constraints, more standardized processes

4.For enterprises, more professional users

Ongoing

STD RedBot Basic Kit (Open hardware)

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Mode: Editors' pick

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Update time: 2021-04-06 07:34:38
Creation time: 2015-10-17 06:48:11
Description
Description: Welcome the RedBot Basic Kit, a robotic development platform capable of teaching two motor robotics and sensor integration! This kit comes with our RedBot Mainboard, the Shadow Chassis, a handful of sensors, and everything required to get it moving. The RedBot Mainboard is a modular robotic development platform that works with the Arduino IDE. The RedBot is a motor driver and Ardiuno combination with various headers and connections, eliminating the need to stack multiple shields to get desired functions all on one board. By simply connecting a USB mini-B cable, you can program it in the Arduino IDE using our example code, or your own. The Shadow Chassis is an economical robot platform with a lot of versatility. It features two gearmotors with 65mm wheels and a caster. The chassis plates and mounts are cut from ABS plastic and utilize the Actobotics 0.77" and 1.50" hub patterns for sensors, controllers, power, etc. Simply snap each panel together and you’ll be able to attach everything in no time by simply snapping the parts together! The chassis does require some basic assembly but detailed instructions can be found in the Documents section below. Rounding out the group are three Line Follower Sensors and one Accelerometer Sensor. The Line Follower sensor gives your robot the ability to detect lines or nearby objects using infrared light. The Accelerometer sensor provides bump and motion detection by measuring acceleration forces on the x, y, and z axes. The RedBot Kit won’t be able to operate on Mars but it will definitely fuel your curiosity about robotics! [GitHub][1] (Example Code & Design Files) Sparkfun link:[https://www.sparkfun.com/products/13166][2] [1]: https://github.com/sparkfun/RedBot [2]: https://www.sparkfun.com/products/13166
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ID Name Designator Footprint Quantity
1 FRAME-LETTER FRAME1 CREATIVE_COMMONS 1
2 OSHW-LOGO LOGO2,U$17 OSHW-LOGO-S 2
3 QRE1113SMD-W U1 QRE1113-W 1
4 100 R1 0603-RES 1
5 10k R2,R1,R9,R10,R11,R12,R13 0603-RES 7
6 M03 JP1 1X03_SMD_RA_MALE_POST_SMALLER 1
7 STAND-OFF STANDOFF1,STANDOFF2,STANDOFF3,STANDOFF4 STAND-OFF 4
8 LOGO-SFE LOGO3,LOGO1 SFE-LOGO-FLAME 2
9 FIDUCIAL FID1,FID2,FID3 FIDUCIAL-1X2 3
10 0.1uF C1,C3,C4,C2,C5,C6,C7 0603-CAP 7
11 PCA9306 U3 PCA9306DC-1:1 1
12 MMA8452QMMA8452Q-1:1 U1 MMA8452Q-1:1 1
13 4.7uF C2 0603-CAP 1
14 1k R2,R3,R4,R5,R6,R7,R8 0603-RES 7
15 MIC5205-3.3V U2 SOT23-5 1
16 200k R6 0603-RES 1
17 M03X2 JP1,JP8,JP9,JP10,JP11,JP12,JP13 2X3_SMT_POSTS 7
18 M03X2 JP2 2X3_SMD 1
19 ATMEGA328P U1 TQFP32-08 1
20 FT232RL U5 SSOP28DB 1
21 TB6612FNG U2 SSOP24 1
22 5.5x2.1mm Barrel JP3 POWER_JACK_SMD 1
23 DPDT S1,S2,S3 AYZ0202 3
24 B340A D1,D2 SMA-DIODE 2
25 USB-B JP4 USB-MINIB 1
26 MIC5219 5V U3 SOT23-5 1
27 16MHz Y1 RESONATOR-SMD 1
28 1x3 RA Female .1 JP1,JP2 1X03_SMD_RA_FEMALE 2
29 XBEE-1 MOD1 XBEE-SMD 1
30 MIC5219 3.3V U4 SOT23-5 1
31 TAC_SWITCH S4,S5 TACTILE_SWITCH_SMD 2
32 GREEN D3,D4,D5,D6 LED-0603 4
33 AVR_SPI_PRG_6PTH JP5 2X3 1
34 10uF C8,C9 EIA3216 2
35 M05X2NO_SILK JP6,JP7 2X5_NOSILK 2
36 LOGO-SFE SFE-LOGO1 SFE-NEW-WEBLOGO 1
37 M02 JP14,JP15,JP16 1X02 3
38 IRF7509 Q1 MSOP8 1
39 74*08 U6 SOT353 1
40 FOUR_LAYER_WARNING U$21 FOUR_LAYER_WARNING 1
41 FIDUCIAL FID1,FID2 MICRO-FIDUCIAL 2
42 REDBOT_LOGO U$23 REDBOT_LOGO 1
43 PTC F1 PTC-1206 1

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