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Details
The field plan of the WeeeFight Collegiate Robot Competition - Battlefield Attack and Defense Competition is shown in the figure below
Battlefield offensive and defensive field plan
Overall site axis side view
Single round game time: 4 minutes.
Each competition is divided into two teams, each with no more than 2 robots.
Each side sends two robots to knock down enemy soldiers by collecting ammo and reducing each other's scores. Team members can also control robots to hinder opposing robots from hitting their own soldiers. At the end of the game, the score of the "soldier" who was not knocked down or shot down in the division, as well as the score of the automatic and manual stages, is calculated, and the team with the highest score wins the game.
The whole game is divided into two phases:
Automatic control phase: The automatic control phase lasts 1 minute and 30 seconds, and the robot performs scoring operations in the automatic state.
Manual control phase: The manual control phase lasts 2 minutes and 30 seconds, and the participants can operate the robot through the handle.
At the end of the manual control phase, the robot needs to stop moving, and the referee will count and record the score.
WeeeFight College Student Robot Competition - Field Attack and Defense Competition The size of the competition field is 3*6 meters, and the middle partition bar of the field divides the field into red and blue positions. Robots on both sides can only complete offensive and defensive tasks in their respective positions.
Schematic diagram of scoring prop
Schematic diagram of ammunition
Parameter
| Product name | WeeeFight Competition Robot Kit | Applicable age group | Over 15 years old |
| Electronic module | ELF ESP32 Pro, the main control board The Image Recognition Sensor module V2.0 Bluetooth controller Bluetooth module Power management module Beat the module Brushless motor drive module High-power encoding motor drive module, 6-way rudder machine drive module Brush-free electric adjustment 36 Encoding motor Brush motor Steering gear, 37 motor, image recognition sensor Multipatrol sensor ultrasonic sensor | ESP32 core module basic parameters | Input voltage: DC 5V; operating voltage: 3.3V |
| Master control chip: ESP32-WROOM-32D module 8M | |||
| Reset button: 1; programmable LED lamp: 1 (blue) (IO15); row driver: 28 pins (anti-reverse design) | |||
| Module size: 33mm * 28mm (length * width) | |||
| ELF ESP32 Pro | Operating voltage: 5V | ||
| 1x Onboard button; 1xonboard RGB LED; 1 x buzzer; 4x RJ11 port A, B, C, D, Can be very easily connected to the WM RJ11 series of electronic modules; Pin port 1,2, The pin-type sensor can be directly connected and converted to the RJ11 port; The pin port 3,4,5, and 6 can be converted to the RJ11 port; DC motor port M1, M2; The DC motor port M3~M10 shall be connected with the DC / coding complex motor drive module or the stepper motor to drive at the corresponding port; Plug-in to either MEGA-328P or MEGA-2560 or ESP32; Wireless communication port: connect to bluetooth module port; Wired communication port: USB-B | |||
| Dimensions (LxWxH): 88x75x20mm | |||
| Power supply voltage: DC 6-12V | |||
| structure | The 100mm omnidirectional wheels, couplings, tracks, shaft, bearings, gears, keys, aluminum construction parts, etc | ||
| Programming environment | WeeeCode; MaixPy IDE | Programming language | Graphical Programming, and by MicroPython |
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