Yahboom Autopilot Map Mini Track Map 2m x 1.5m PVC Waterproof for Robot Car Infrared/Visual Tracking
Yahboom Autopilot Map Mini Track Map 2m x 1.5m PVC Waterproof for Robot Car Infrared/Visual Tracking
Yahboom
Nie można załadować gotowości do odbioru
Overview
Yahboom Mini Autopilot Track Map is a 2m x 1.5m track map designed for small robot car line tracking and Autopilot scenarios, combining a miniature urban road layout with traffic signs for visual model training and navigation exercises. It supports both infrared inspection-line tracking and visual tracking use cases.
Key Features
- Large size: 2m x 1.5m (200 x 150 cm)
- PVC (polyvinyl chloride) waterproof material
- UV printing process; surface is covered with a frosted matte film (wear-resistant and dust-proof)
- Designed for robot car Autopilot scenarios and visual model training
- Supports two tracking scenarios: infrared inspection line and visual tracking
- Traffic element layout includes: release speed limit, turn left/right, parking lines/sidewalks, traffic light, round patrol line, honk, 1/2 garage, reverse parking
- Recommended for small robot cars with body width no more than 20 cm
Specifications
| Map size | 200 x 150 cm (2m x 1.5m) |
| Material | PVC (polyvinyl chloride) waterproof material |
| Process | UV printing |
| Weight | 316 g |
| Black line width | 1.8 cm |
| Lane width | 14 cm |
| Stop line length | 10 cm |
| Parking line width | 3 cm |
| Black line length | About 8.5 meters |
| Applicable models | Recommended for cars with a body width of no more than 20 cm |
What's Included
- Autopilot map (Mini version), 2m x 1.5m
- Mini traffic light (free)
- 6 traffic signs (free)
Applications
- Infrared sensor black-line tracking practice (inspection line scenarios)
- Visual tracking and traffic sign recognition model training (when used with a vision/AI camera module)
- Robot car Autopilot scenario simulation and road-rule training exercises
For pre-sales compatibility questions or after-sales support, contact support@rcdrone.top or visit https://rcdrone.top/.
Details
Choose the track map difficulty and size that best matches your robot car project and training goals.
A basic paper track is suitable for simple infrared line-tracking practice in a compact space.
Stepping up to a larger layout adds more line-following challenge for multi-sensor tracking setups.
The Mini Autopilot Map combines infrared line tracking with visual recognition training on a 2 m × 1.5 m layout.
For larger robots and expanded road-network exercises, an oversized map option supports broader navigation tasks.
A factory-style sandbox layout supports advanced inspection routes and SLAM navigation workflows.
A full top-down view helps plan routes, turning loops, and parking practice before running the car.
Traffic signs, a traffic light, and parking areas add realistic road-rule practice for autopilot scenarios.
Run the same course using infrared black-line sensors or switch to camera-based visual tracking.
Combining infrared line following with vision-based sign recognition supports richer autonomous driving demos.
Key road elements are placed throughout the course to support turning, stopping, parking, and loop patrol tasks.
A quick comparison helps confirm the Mini PVC mat for small cars and training that includes visual tracking.
PVC with UV printing and a matte protective film is designed for easy cleaning, durability, and vivid colors.
The frosted matte surface adds wear resistance and dust protection while keeping the mat easy to handle.
Dimensions and line measurements are provided to help match sensor spacing and vehicle width to the course.
The included signs and mini traffic light help create a complete training scene for rule-based navigation.
Common autonomy demos include sign-triggered turning, honking prompts, traffic-light response, and speed-limit cues.
Use the course for reverse-parking drills, infrared line tracking practice, and visual navigation exercises.
The Yahboom autopilot mini track map is used for school practice teaching, autopilot races, and robot lab testing setups.
The track map is labeled as applicable to various robot models for flexible setup across different robot car platforms.
The printed track map provides clear line markings that help infrared or vision-based robot cars practice navigation and tracking.
The Yahboom mini track map provides a clear line path for practicing infrared or visual tracking with robot cars.
A printed track map with bold black paths provides a clear route for infrared or visual line-following robot car tests.
The K210 visual recognition module provides an onboard camera interface for vision-based robotics tasks.
A 4-channel infrared tracking sensor module is recommended for infrared line-following and tracking setups.
The Yahboom autopilot track map provides a clear printed route layout for infrared or visual line-tracking robot car practice.
The Yahboom mini track map provides a waterproof PVC surface with clear line paths and target areas for infrared or visual tracking runs.
The mini autopilot map kit includes a 2m x 1.5m PVC waterproof track mat plus a traffic light model, six iron signboards, and 12 traffic sign stickers.
Related Collections
