Proxmark 5
The Proxmark 5 is now publicly available, featuring improved performance, modular antenna system and dramatically improved hardware. As of September 2026, firmware is still in beta, but the hardware platform supports standalone mode, wireless mode, relay linking and Flipper Zero support.
Device Background
The Proxmark 5 is now publicly available, featuring improved performance, modular antenna system and dramatically improved hardware. As of September 2026, firmware is still in beta, but the hardware platform supports standalone mode, wireless mode, relay linking and Flipper Zero support.
The RDV4 it replaces was released in 2018. The Proxmark 5 does the same job as its predecessors (reading, writing, emulating, sniffing and cracking LF and HF RFID) on new hardware. In Lab401’s benchmarks, RFID operations run at least 65% faster than on the Proxmark 3.
The device was funded through an Indiegogo campaign in 2026 and is now on general sale. Its firmware is developed in the RFID Research Group (RRG) proxmark3 repository, and one client handles both the Proxmark 3 and the Proxmark 5.
What the Proxmark 5 changes:
- New core: an AT32F435 Cortex-M4 at 288MHz and a Gowin FPGA replace the Proxmark 3’s SAM7S512 and its FPGA.
- Hot-swappable antennas: the LF and HF antennas clip on and off, and the drive power adjusts automatically. Lab401 credits this with longer read range and more stable coupling.
- Wider LF range: the LF antenna tunes to 5 points between 125kHz and 500kHz, listed in the specification below.
- Wireless and battery module: an optional drop-in module adds WiFi, Bluetooth and a battery for stand-alone and mobile audits (not yet supported by the firmware).
- Relay between two devices: two Proxmark 5 units can be paired so that one reads a card while the other presents it to a reader (not yet supported by the firmware).
- Expansion: 2 USB-C ports and a 10-pin GPIO header on the board, plus a Flipper Zero transfer module in the box.
- Frequency detector: antenna LEDs show whether an LF or HF field is present before you run a command.
Device Characteristics
- 2x USB-C ports: a standard port for the host computer, and a Type-C Extended Port for the Flipper Zero transfer module, SPI, UART and external mass storage
- Boot mode and DFU mode are entered by holding the button while plugging in, so the device can be reflashed or recovered without a JTAG programmer
- With the wireless and battery module fitted, a short press of the button powers the device on and a long press powers it off
Technical Specifications
- MCU AT32F435, Cortex-M4 at 288MHz
- FPGA Gowin
- ADC 10-bit
- Frequencies
- LF 125-500kHz (antenna tunes to 125, 134, 250, 375 and 500kHz)
- HF 13.56MHz
- UHF 860-960MHz, via a planned add-on antenna
- Connectivity
- 2x USB-C
- 10-pin GPIO
- WiFi and Bluetooth with the wireless module
- Interface 1x assignable RGB LED, 4x status LEDs, 1x buzzer, 1x multi-function button
- Functions read, write, emulate, clone, sniff, relay (2 devices), demodulate, analyse
What’s Included
- 1x Proxmark 5
- 1x USB-C to USB-C cable
- 1x Flipper Zero transfer module and cable
- 2x RFID test cards (MIFARE Classic and T5577)
- 1x Proxmark 5 sticker
Optional Accessories
- Wireless and battery module: adds WiFi, Bluetooth and a battery. RRG advises against fitting it until firmware support is complete.
Image Gallery
Proxmark 5 Presentation Video
Getting Started
Proxmark 5 firmware builds from the same repository with PLATFORM=PM5 set in Makefile.platform. The RRG guide Getting Started with the Proxmark 5 covers building, flashing the bootrom, full image and FPGA, and recovering the board over USB DFU without a JTAG programmer.
Buy a Proxmark 5
The Proxmark 5 is current hardware and available to buy. Lab401 is an official distributor and ships from warehouses in Europe and America. Please click here for all official distributors.