DSTIKE Deauther PowerBank Kit — ESP8266 OLED

Portable ESP8266 Development Platform with OLED, RTC and 5V Output

The DSTIKE Deauther PowerBank Kit combines an ESP8266 development board, a 1.3-inch OLED display, DS3231 real-time clock, programmable LEDs, physical controls and integrated 18650 power management in one portable platform.

Compatible ESP8266 Deauther firmware is preinstalled for wireless education, network diagnostics and authorized 2.4 GHz security assessment. The board can also be reprogrammed for your own ESP8266, Arduino and maker projects.

Key Features

• ESP8266-based development platform

• Supports 2.4 GHz Wi-Fi

• 1.3-inch SH1106 OLED display

• DS3231 real-time clock

• Up, Down and Select controls

• WS2812B programmable RGB LED

• GPIO16 high-brightness LED

• Integrated charging for one compatible 18650 cell

• Auxiliary 5V USB output

• Four battery-level indicator LEDs

• Compatible open-source firmware preinstalled

• Fully reprogrammable for custom applications

Wireless Learning and Assessment Functions

Available functions depend on the installed firmware version.

2.4 GHz Wi-Fi Scanning

Scan nearby compatible 2.4 GHz Wi-Fi signals and review information such as network names, channels and signal activity.

Packet Monitoring

Observe selected packet and channel activity to better understand how a nearby wireless environment behaves.

Management-Frame Resilience Testing

Evaluate how equipment on an authorized test network responds to selected 802.11 management frames. This can help identify older devices that may not support modern management-frame protection.

Beacon and Probe-Frame Demonstrations

Explore how beacon and probe frames are used during Wi-Fi discovery and connection processes in a controlled laboratory environment.

These functions do not reveal Wi-Fi passwords, decrypt protected traffic, provide access to secured networks or bypass Protected Management Frames.

Integrated Power Management

The onboard power circuit supports charging and discharging of one compatible 18650 lithium-ion cell.

• Charging input: 5V, up to approximately 1A

• Auxiliary USB output: 5V, up to approximately 1A

• Typical board consumption: approximately 80–100mA

• Battery indication: Four onboard LEDs

• Power control: Single press to turn on; double press to turn off

• Protection design: Short circuit, overcharge, over-discharge, temperature and reverse-polarity protection

The USB output is intended for compatible low-power 5V devices, development boards, sensors and small electronic projects.

This product does not support USB Power Delivery, Quick Charge or guaranteed fast charging. Some phones and other devices may charge slowly or may not recognize the output.

Hardware Specifications

• Main controller: ESP8266

• Wireless frequency: 2.4 GHz Wi-Fi only

• Display: 1.3-inch SH1106 OLED

• Real-time clock: DS3231

• Controls: Up, Down and Select

• RGB LED: WS2812B

• High-brightness LED: Included

• Battery type: One compatible 18650 lithium-ion cell

• Charging input: 5V/1A maximum

• Auxiliary output: 5V/1A maximum

• Battery indicators: Four LEDs

• Firmware: Compatible ESP8266 Deauther firmware preinstalled

• Development support: Reprogrammable using compatible ESP8266 development tools

A connected battery is required if the DS3231 clock must retain time while external power is disconnected.

GPIO Reference

• OLED SDA: GPIO 5 / D1

• OLED SCL: GPIO 4 / D2

• WS2812B RGB LED: GPIO 15 / D8

• Up button: GPIO 12

• Down button: GPIO 13

• Select button: GPIO 14

• High-brightness LED: GPIO 16

• Real-time clock: DS3231

Use 3.3V-compatible signals and check ESP8266 boot-pin requirements before connecting additional hardware.

Choose Your Version

Kit — Battery Not Included

Supplied as a DIY kit. Assembly may be required.

Includes:

• 1 × DSTIKE Deauther PowerBank hardware kit

• Components included with the selected kit configuration

An 18650 battery is not included. You will need to obtain a compatible battery locally.

Fully Assembled — Battery Included

Supplied assembled with a compatible battery installed.

Includes:

• 1 × Assembled DSTIKE Deauther PowerBank

• 1 × Compatible 18650 battery

Please confirm that the selected option is available for delivery to your country before ordering.

Battery Safety

Use only a compatible, undamaged 18650 lithium-ion cell.

• Confirm the correct polarity before installation

• Do not use batteries with damaged insulation

• Keep loose batteries away from metal objects

• Do not charge the product unattended

• Disconnect it immediately if the battery or circuit becomes unusually hot

• Keep the product away from water, conductive materials and high temperatures

Protection circuitry reduces risk but cannot make an incompatible or damaged battery safe to use.

Important Compatibility Notice

This product supports 2.4 GHz Wi-Fi only. It does not support:

• 5 GHz or 6 GHz Wi-Fi

• Wi-Fi 6E

• 5G cellular networks

• SIM cards or mobile data

Networks using Protected Management Frames—including IEEE 802.11w, PMF Capable or PMF Required—may limit or prevent some assessment functions. This device does not bypass PMF or other network-security protections.

Open-Source Development

The hardware was designed for the open-source ESP8266 Deauther ecosystem. You can replace the preinstalled firmware and develop applications such as:

• Portable Wi-Fi signal monitors

• Battery-powered sensor displays

• OLED menu systems

• DS3231 clock projects

• RGB status indicators

• Low-power IoT prototypes

• Arduino and ESP8266 programming projects

Installing custom firmware will overwrite the preinstalled software. Back up any important settings before flashing.

Responsible Use

This product is intended for wireless education, electronics development, network diagnostics and authorized security testing.

Use it only with networks and equipment that you own or have explicit permission to test. Interfering with third-party wireless communications or collecting data without authorization may violate local laws.

DSTIKE does not authorize or encourage unauthorized network disruption, interception or access.