Arduino robotgcc Omnidirectional Mecanum Robot Car with ESP32 Camera - Maker Lab & Competition Kit

Almost sold out!
577,00
AED

(incl. VAT)

Free shipping & Delivery

Estimated delivery:

Trendyol's commitments

Shopping security

commitments-content-item

Secure payment

commitments-content-item

Privacy protection

Safe delivery

commitments-content-item

Refund for lost packages

commitments-content-item

Coupon for late shipping

Free returns

Easy and free return in 15 days.

Highlighted features:

Arduino robotgcc Omnidirectional Mecanum Robot Car with ESP32 Camera - Maker Lab & Competition Kit features

Package contents
Not specified
Age
12+ years
Batteries Included
No
Language
English
Battery Operated
No
Other Features
Compact "vision + robotics + IoT" educational platform featuring an ESP32-CAM that streams live video over Wi‑Fi for browser/app control and telemetry logging. Four-wheel Mecanum chassis provides omnidirectional motion with examples demonstrating PWM-to-speed mapping, PID speed/heading loops, and a decoupled pan-tilt camera. Sensing combines a 3-way IR line tracker and ultrasonic rangefinder for line following and obstacle avoidance; software templates for Arduino and MicroPython use non-blocking loops, schedulers, and serial/web streaming for logs and plots. Hardware includes thick plates, metal standoffs, rubber Mecanum rollers, solder-free terminals, tools, wiring maps, tuning sheets and troubleshooting checklists. Typical uses include maze routing, path tracking, mobile vision, AGV principles and classroom labs and competitions.

Product details

Arduino robotgcc Omnidirectional Mecanum Robot Car with ESP32 Camera - Maker Lab & Competition Kit features

Package contents
Not specified
Age
12+ years
Batteries Included
No
Language
English
Battery Operated
No
Other Features
Compact "vision + robotics + IoT" educational platform featuring an ESP32-CAM that streams live video over Wi‑Fi for browser/app control and telemetry logging. Four-wheel Mecanum chassis provides omnidirectional motion with examples demonstrating PWM-to-speed mapping, PID speed/heading loops, and a decoupled pan-tilt camera. Sensing combines a 3-way IR line tracker and ultrasonic rangefinder for line following and obstacle avoidance; software templates for Arduino and MicroPython use non-blocking loops, schedulers, and serial/web streaming for logs and plots. Hardware includes thick plates, metal standoffs, rubber Mecanum rollers, solder-free terminals, tools, wiring maps, tuning sheets and troubleshooting checklists. Typical uses include maze routing, path tracking, mobile vision, AGV principles and classroom labs and competitions.