Scribbler 2 (S2) Robot - USB

45.000 KD

The S2 robot is suitable for a wide range of programming skills. The Scribbler robot arrives pre-programmed with eight demo modes, including light-seeking, object detection, object avoidance, line-following, and art. Place a Sharpie marker in the pen port and it will scribble as it drives. Next, use the Graphical User Interface (S2 GUI) tile-based programming tools, or modify the Propeller source code in our BASIC-like Spin language. Through the use of third-party tools you can also program the S2 on a Mac or under Linux, in PropBASIC and C using PropGCC.

Parallax USB to Serial (RS-232) Adapter with Cable is included.

Key Features:

8 pre-programmed play modes - Just add batteries and you are ready to starting using the robot's sensors and capabilities. object detection, avoid objects, line sensing, draw an image, sense light, etc.
Driven by the P8X32A Propeller microcontroller with eight processing cogs
Graphical or text based programming interface
Bi-color LEDs - Provide visual feedback, show program modes, indicate line following guides
Includes two independent DC wheel motors (with stall sensors) and wheel encoders - Allows for precise maneuvering, maze navigation and distance control
Integrated pen port - Draw anything you can imagine, letters, numbers, pictures, etc.
Integrated speaker - Play tunes, add sounds feedback, phone dial, play songs, etc.
Integrated hacker port - for connection to external sensors, RF devices and servos.


Power requirements: 6 AA alkaline or NiMH batteries, not included.
System Requirements: Windows (XP/Vista/7) and internet access to download the software.
Communication: Serial programming interface to PC
Dimensions: 7.4 x 6.25 x 3.2 in (188 x 158.8 x 81 mm)
Operating temp range: +50 to +104 °F(+10 to +40 °C)
The Scribbler 2 GUI is backward-compatible with the original Scribbler 1 GUI. However, coders will use Spin for the Propeller instead of PBASIC as they did for the BASIC Stamp in the S1. Our examples will make the transition easy. The benefits and flexibility of Spin in multi-core systems provides easy compartmentalization of S2 subroutines that run concurrently with shared memory. Controlling motors, managing sensors, and interfacing with the hacker port can be done concurrently even while playing sound; the Propeller makes it all possible.

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