GFS-XWi Wireless Video Car Robot
More than just the appearance function, it's more considerate
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Mechanical arm function | Ultrasonic ranging | Voltage indication |
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Infrared Follow | Identify colors | Wireless remote control |
Headlight function - turn signal function
When the car starts, there are flashing colored lights, and the headlights can be controlled freely
The color and number of units of the car will light up the corresponding direction's headlight unit when the car turns.
Crawler type travel mode
The car adopts a track type travel mode, which can rotate 360 degrees, run stably, and has strong passability.

Chassis form
Adopting an aluminum alloy multifunctional chassis, with a cool design, unparalleled dominance, and excellent performance
(Aluminum alloy material)

Voltage indication
After the car is turned on, the left light bar will display the battery level in different colors, with over 80% green, 30-80% yellow, and below 30% red.

Robot arm function (optional)
4-degree-of-freedom robotic arm, 180 degree free rotation, unique APP control interface, virtual robotic arm synchronous control, freely control the gripping motion of the robotic arm.

WIFI wireless remote control
After the car is turned on, WiFi signals are generated,
Mobile phones or tablets can be connected to the car via WiFi and controlled through a dedicated app.

Real time video transmission
Real time transmission of video footage captured by the car camera to the APP or computer control software interface through WiFi, achieving first person visual effects.

Ultrasonic ranging feedback
Triggered by the control end, the distance between the car and the obstacle can be seen on the radar interface of the APP or PC software, and the distance value in cm can be clearly displayed.

Infrared anti drop function
The car is driving smoothly on the desktop. When approaching the edge of the desktop, the car's infrared sensor detects a risk of falling and will no longer respond to forward commands.
720P camera patrol line
The car recognizes the black patrol lines arranged on the ground through the camera and automatically follows the patrol lines. [Exclusive to Raspberry Pi version].

Infrared patrol function
The car recognizes the black patrol lines arranged on the ground through infrared photoelectric sensors and automatically follows the patrol lines.

Visual recognition of colors
Set the specified color in the APP, and the car recognizes the color of the object through the camera and uses the gimbal to follow the object's movements. [Exclusive to Raspberry Pi version].

Basic Parameters
Development board: Arduino UNO/STM32/Aspberry Pi | Camera: 720P high-definition camera |
Driver board: PWR. X.A | Drive wheel: track type |
Size: 301 * 260 * 211mm | Remote control mode: WiFi/Bluetooth/PS2 controller |
Frequency range: 2.400-2.4835GHz | Programming languages: Arduino - c/c/Python |
Battery: 12.6V-220mAh | Mechanical arm: Four degree of freedom mechanical arm |
Motor: 370 DC motor | Signal range: ≤ 50m open distance |
Motor drive: TB6612 dual motor drive | Power supply voltage: 12V lithium battery pack |
Charging method: Non removable interpolation type | Wireless communication: Supports 802.11b/g/n. The maximum protocol speed is 150Mbps |
Control platform: 1. Mobile APP 2. PC client 3. PS2 controller | |
Shipping List
UNO version:■ STM32 version:■ Raspberry Pi version:■
Chassis parts |
PS2 controller |
Camera |
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Robotic arm | RGB light strip | Bluetooth module | LED display |
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Acrylic base | Ultrasonic wave | Battery | Handle receiver |
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Handle converter | Robot Link5.0 | Patrol module | Three in one power board |
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RGB antenna | Hardware package | PTZ kit | Infrared sensor |
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Download line | Charger | 9g servo motor | Handle wiring |
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Lamp strip wiring | PH2.0 terminal wire 3P | RJ25 to DuPont Head Wire | Servo extension cable |
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SD card&card reader | Raspberry Pi motherboard | STM32 motherboard | Arduino UNO motherboard |
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GFSX Teaching Book | |||























