• ESP32-S3 Mini Robot Tank Vision Robot Car with Small Screen & Zoom Lens for Android Cellphone APP
  • ESP32-S3 Mini Robot Tank Vision Robot Car with Small Screen & Zoom Lens for Android Cellphone APP
  • ESP32-S3 Mini Robot Tank Vision Robot Car with Small Screen & Zoom Lens for Android Cellphone APP
  • ESP32-S3 Mini Robot Tank Vision Robot Car with Small Screen & Zoom Lens for Android Cellphone APP
  • ESP32-S3 Mini Robot Tank Vision Robot Car with Small Screen & Zoom Lens for Android Cellphone APP

ESP32-S3 Mini Robot Tank Vision Robot Car with Small Screen & Zoom Lens for Android Cellphone APP

Availability: In stock, usually dispatched in 1 business day

  • Price:$88.50
  • Price in reward points: 885 Reward Points: 9
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    Price /Unit $86.73 $84.96 $82.31 $78.77 Contact US
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ESP32-S3 Mini Robot Tank Vision Robot Car with Small Screen & Zoom Lens for Android Cellphone APP

Features:

- Small screen of the robot tank can display information
- With zoom lens
- Controlled by cellphone APP for Android
- Real-time image is supported
- The default firmware is not open source, but we can provide open source circuit diagrams and reference routines, such as basic image transmission, voice-activated car, visual recognition, etc.
- The robot is ported with OpenMv firmware, which means that programming of robot vision functions such as obstacle avoidance and image recognition can be realized via Python
- Rubber tracks ensures smooth movement
- Compact size: 80 x 45 x 32mm/3.1 x 1.8 x 1.3"

Parameters:
- APP running system: for Android cellphones (not for Apple)
- Main control chip: ESP32-S3, dual-core 240MHz
- Camera model: OV5640 zoom lens
- Image resolution: Settable. Minimum 240*176 and maximum 1600*1200. It is recommended not to exceed 1024*768
- Image quality: Configurable
- Image frame rate: The lower the image quality and resolution, the higher the frame rate. Generally between 1 and 10 frames
- Audio: APP has audio
- Charging: Rechargeable (needs to be turned off when charging)
- Charging time: About 1 hour. When charging is complete, the indicator light will turn off
- Continuous running time: About 0.5-1 hour. It consumes more power when focusing
- Speed: 10cm/3.9" per second (adjustable)
- Camera angle: The angle is fixed and not adjustable
- Support remote: No. Only LAN is supported
- Lighting: Multi-level dimming
- Robot dimensions: 80 x 45 x 32mm/3.1 x 1.8 x 1.3"

Package Included:
- 1 x Robot tank with small screen

Packaging Details:
- G.W.: 0.35kg/0.8lb

FAQ:
Q: Can I control it remotely?
A: No. Currently, it is only possible to communicate under the same router or hotspot, and the distance is usually only tens of meters.

Q: Can it be controlled remotely in the future?
A: Maybe, we'll try to upgrade.

Q: Can it be used for pipeline surveys?
A: Yes, but the following conditions must be met: the road condition is relatively good, the distance is within 50m/164ft, and non-metallic pipe (metal pipe will block the signal). You also have to consider that the robot may lose contact.

Q: How long can the robot run stably?
A: The operation of the robot is generally relatively stable. If something happens and you can't control the robot, it will restart and automatically restore the connection after a few seconds. The battery can last for more than 30 minutes.

Q: What do you use to control the robot? Is it ready to use?
A: Currently, it can by controlled by cellphone APP for Android and a remote control (optional). The robot is finished and ready to use.

Q: Do you provide robot source code, APP source code and 3D model?
A: No.

Q: Is there a routine?
A: At present, there are only old version reference routines, and there is no new version of the routine for the time being. We will update Ar-duino routine in the future.

Q: What information do you provide?
A: Circuit diagrams, APP and robot firmware can be provided. However, we do not provide any development and teaching services.

Q: Is it possible to re-develop?
A: You can refer to the circuit diagram and the routine (follow-up) to develop your own. The CPU is ESP32-S3. If the development fails, you can flash the firmware for recovery.


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