PICAXE Versabot BOT110
PICAXE Versabot BOT110
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The PICAXE Versabot BOT110 is a programmable robotic platform designed for educational robotics and autonomous system development, featuring PICAXE microcontroller integration for real-time sensor processing and motor control. Electronics engineers, robotics educators, and hobbyists use this platform to prototype autonomous navigation systems, obstacle avoidance algorithms, and sensor-based decision-making applications. It solves the challenge of bridging the gap between theoretical robotics concepts and practical hands-on implementation by providing a ready-to-program chassis with integrated motor drivers and sensor interfaces.
Specifications
| Specification | Details |
| Product Type | Programmable Educational Robot Platform |
| Brand | Revolution Education (PICAXE) |
| Origin | Original/Authentic |
| Motor Type | Dual 3-6V DC Motors with Gearbox |
| Motor Driver | Integrated 2-channel motor control circuit |
| Power Supply | 4 AA batteries (6V nominal output) |
| Microcontroller Compatibility | PICAXE 08M2, 14M2, 18M2 modules |
| Sensor Interfaces | Analog input channels for sensor integration |
| Chassis Dimensions | 120mm L x 100mm W x 80mm H |
Why Choose PICAXE Versabot BOT110?
100% Authentic
GST Invoice - A GST invoice is included with every order.
Expert Support - Dedicated technical help on WhatsApp and email.
Pan-India Delivery - Shipped across Bengaluru, Delhi NCR, Hyderabad and all of India.
Trusted by Makers - Used by students, hobbyists and professionals nationwide.
Key Features of PICAXE Versabot BOT110
- Integrated motor driver eliminates need for external H-bridge circuits, reducing assembly time and troubleshooting complexity for beginners
- Modular PICAXE microcontroller socket accepts multiple processor variants, allowing scalability from simple obstacle avoidance to complex autonomous navigation
- Dual analog input channels enable simultaneous sensor integration for light-following, line-tracking, and distance-sensing applications
- Pre-drilled sensor mounting points with standardized header connectors facilitate rapid prototyping without soldering or custom mechanical modifications
- Geared DC motors provide 1:48 reduction ratio delivering high torque output suitable for uneven surfaces and load-bearing tasks
- Ball caster wheel design ensures stable platform geometry during differential steering maneuvers required for autonomous navigation
Perfect For
- Autonomous line-tracking robot for educational competitions using infrared sensor arrays to detect black lines on white surfaces with proportional steering control
- Obstacle avoidance platform employing ultrasonic distance sensors to implement collision detection algorithms and dynamic path planning in classroom environments
- Light-seeking robot utilizing photoresistor sensors to demonstrate phototaxis behavior and sensor calibration techniques in robotics education
- Wireless-controlled rover for remote operation experiments integrating RF modules or Bluetooth adapters to teach wireless communication protocols and real-time control systems
- Research platform for testing custom sensor fusion algorithms combining multiple sensor inputs to improve autonomous decision-making accuracy
How to Use
Begin by assembling the PICAXE Versabot BOT110 chassis according to the included instruction manual, ensuring motor polarity is correctly oriented for forward motion. Install four AA batteries into the battery holder and insert your chosen PICAXE microcontroller module into the socket, verifying proper seating of all pins. Connect your programming cable to the PICAXE module using the serial interface and launch the PICAXE IDE software on your computer. Write your control program using BASIC language syntax specific to your microcontroller variant, testing motor outputs first with simple forward-reverse sequences before integrating sensor inputs.
Once basic motor control is verified, attach your sensors to the designated analog input headers using standard jumper wires or pre-fabricated sensor cables. Program sensor read routines to capture analog values and implement decision logic for autonomous behavior such as obstacle avoidance or line tracking. Test your complete program in a controlled environment before deploying in competition or demonstration settings. Regularly inspect wheel alignment, motor connections, and battery contacts to maintain optimal performance during extended operation sessions.
Product Overview
The PICAXE Versabot BOT110 operates on a two-wheel differential drive architecture powered by dual DC motors controlled through an integrated motor driver circuit. The platform accepts PICAXE microcontroller modules (sold separately) that communicate via serial interface to execute pre-programmed routines. The bot's design utilizes a modular sensor mounting system allowing integration of infrared sensors, ultrasonic distance sensors, and light sensors for autonomous decision-making. The chassis features a ball caster wheel for stability and is constructed from durable plastic with reinforced motor mounts capable of handling continuous operation under typical educational loads.
What distinguishes the BOT110 is its plug-and-play compatibility with the entire PICAXE ecosystem, enabling rapid prototyping without requiring custom PCB design or motor driver circuits. The platform operates on 4 AA batteries providing approximately 6V nominal output, delivering sufficient current for sustained motor operation while maintaining stable logic-level voltages for microcontroller operation. The chassis dimensions of approximately 120mm x 100mm x 80mm make it suitable for classroom environments and competition arenas. Built-in header connectors follow standard 0.1-inch pitch conventions, ensuring compatibility with breadboards and standard jumper wires for sensor integration.
Frequently Asked Questions
Which PICAXE microcontroller modules are compatible with the BOT110 chassis?
The PICAXE Versabot BOT110 is compatible with PICAXE 08M2, 14M2, and 18M2 modules. The 08M2 offers basic functionality for simple obstacle avoidance, while the 14M2 and 18M2 provide additional I/O pins and memory for complex sensor integration and multi-sensor fusion applications. Verify pin compatibility with your specific project requirements before purchasing a microcontroller module separately.
Can I integrate additional sensors beyond the standard configuration?
Yes, the BOT110 provides multiple analog input channels and digital I/O pins on the PICAXE module that can be utilized for additional sensors. You can integrate infrared sensors, ultrasonic distance sensors, accelerometers, and gyroscopes by connecting them to available pins using standard 0.1-inch header connectors. Ensure total current draw does not exceed battery capacity and program appropriate sensor read routines in your PICAXE code.
What is the maximum operating time on a single battery charge?
Operating time depends on motor usage intensity and battery capacity. With continuous motor operation, expect approximately 2-4 hours of runtime on fresh AA batteries. Battery life extends significantly if motors operate intermittently with frequent stop-start cycles. For extended operation, consider using rechargeable NiMH batteries or implementing power management code that reduces motor speed during idle periods.
Does the BOT110 include a PICAXE microcontroller module?
No, the PICAXE Versabot BOT110 chassis is sold without a microcontroller module. You must purchase a compatible PICAXE microcontroller module separately. This modular approach allows you to choose the appropriate processor variant based on your project complexity and sensor requirements.
Are bulk discounts available?
Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.
Customer Support
Email: techdepotindia@gmail.com
WhatsApp: Available for setup and troubleshooting help
Order your PICAXE Versabot BOT110 today and start building your next project.