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The Flipper One might finally be coming: Flipper Devices officially announced the Linux-based handheld project on May 21, 2026, and public development logs show working prototypes and developer hardware. Flipper One is real and actively developed, but no verified consumer release date, final price, or normal retail order page had been published in the official sources reviewed as of August 16, 2026.
That distinction matters. Flipper One is not a finished product launch, and it is not simply the Flipper Zero 2. The project targets portable Linux computing, networking, and modular hardware experimentation, while Flipper Zero remains the company’s compact radio and physical-access exploration tool.
Key takeaways
- Flipper Devices publicly announced Flipper One on May 21, 2026, making it an official development project rather than a rumor.
- The current specification lists a Rockchip RK3576 Linux computer, a Raspberry Pi RP2350B microcontroller, 8 GB of LPDDR5 memory, and 64 GB of UFS 2.2 storage, but the specifications are preliminary.
- Flipper One is designed around networking and Linux, with two Gigabit Ethernet ports, Wi-Fi 6E, Bluetooth 5.2, USB, HDMI, GPIO, and M.2 expansion.
- Flipper One is a different product category from Flipper Zero, not a straightforward replacement or confirmed successor.
- No verified consumer price or shipping date was found in the official sources reviewed for the August 16, 2026 snapshot.
What is the Flipper One?
Flipper One is a portable Linux computer and networking multi-tool that Flipper Devices is developing as a community-oriented hardware platform. Flipper Devices announced the project on May 21, 2026, explaining that the company had worked on and rebuilt the product several times before opening more of the process to community participation. The official announcement describes a technically and financially difficult project rather than a completed retail launch.
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Flipper One is therefore at the intersection of a developer platform, a portable computer, and a hardware-hacking tool. The intended system can run Linux, connect to wired and wireless networks, drive an external display, and accept modular hardware. The public material also describes a compact screen-and-controls experience designed to make Linux-powered functions accessible without requiring a conventional laptop.
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The most accurate description is: Flipper One is officially disclosed and under active development, with public technical documentation and prototype work, but it is not yet a finished consumer product that readers can confidently order.
Is Flipper One a successor to Flipper Zero?
Flipper One is not a direct Flipper Zero replacement. The two devices overlap in their appeal to hackers, makers, and security learners, but they are aimed at different technical jobs and use different system architectures.
| Area | Flipper Zero | Flipper One |
|---|---|---|
| Primary role | Compact radio and physical-access exploration tool | Portable Linux computing, networking, and hardware-development platform |
| Computing approach | Embedded device built around low-power control and radio-oriented functions | Rockchip RK3576 Linux application processor plus Raspberry Pi RP2350B microcontroller |
| Connectivity emphasis | Sub-GHz radio, NFC, RFID, infrared, Bluetooth, and GPIO | Two Gigabit Ethernet ports, Wi-Fi 6E, USB, HDMI, GPIO, microSD, and M.2 expansion |
| Software identity | Focused embedded firmware and purpose-built tools | Linux environment with networking tools, modular software, and the proposed FlipCTL interface |
| Availability in the August 16, 2026 snapshot | Existing product | Active development; no verified normal retail availability |
| Best fit | A pocketable everyday radio and access-exploration tool | A portable Linux and network lab with dedicated controls |
Independent launch coverage from TechCrunch also presents Flipper One as a distinct networking and Linux product rather than a conventional successor. A Flipper Zero owner should not assume that Flipper One will replace existing radio workflows, and buying Flipper Zero does not guarantee compatibility with future Flipper One hardware or software.
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The current Flipper One specification describes a compact ARM computer with a separate microcontroller for low-level device management. The official technical specification explicitly warns that the project is under active development and that specifications may change, so the figures below describe the current development target rather than guaranteed retail hardware.
| Component | Current published specification | Important qualification |
|---|---|---|
| Application processor | Rockchip RK3576 | Current development specification |
| CPU | Four Cortex-A72 cores and four Cortex-A53 cores, up to 2.2 GHz | Published maximum clock, not a guarantee of sustained performance |
| GPU | ARM Mali G52 MC3 | Practical graphics support depends on software and drivers |
| NPU | 6 TOPS for INT8 workloads | An NPU figure does not prove a finished local-AI application or performance level |
| Microcontroller | Raspberry Pi RP2350B | Handles lower-level device functions alongside the Linux processor |
| Memory | 8 GB LPDDR5 | Current listed capacity |
| Internal storage | 64 GB UFS 2.2 | Expandable storage is also listed through microSD |
| Display | 256 × 144 monochrome LCD with 64 grayscale levels | Not a conventional high-resolution color laptop display |
| Dimensions | 155 × 67 × 40 mm | Listed dimensions may change before production |
| Weight | Not final | No final figure is published in the current specification |
What ports and wireless connections will Flipper One have?
The current published hardware plan gives Flipper One unusually broad connectivity for a handheld device. The specification lists two Gigabit Ethernet ports, Wi-Fi 6E covering the 2.4, 5, and 6 GHz bands, Bluetooth 5.2, two USB-C ports, one USB-A port, full-size HDMI 2.1, microSD storage, GPIO, and modular expansion.
The official Wi-Fi and Bluetooth documentation lists Wi-Fi 6E with 2×2 MIMO and Bluetooth 5.2. The official general specification lists HDMI 2.1 output up to 4K at 120 Hz and DisplayPort Alt Mode through USB-C1. Those are published interface capabilities, not proof that every Linux workload, display, cable, driver, or refresh-rate combination will work at that maximum.
| Interface | Published capability | What users should still verify |
|---|---|---|
| Ethernet | Two Gigabit Ethernet ports | Actual routing, switching, driver, and sustained-throughput behavior on final hardware |
| Wi-Fi | Wi-Fi 6E, 2.4/5/6 GHz, 2×2 MIMO | Regional 6 GHz rules, access-point support, antennas, and driver maturity |
| Bluetooth | Bluetooth 5.2 | Supported profiles and final Linux software integration |
| Video | HDMI 2.1; listed up to 4K/120 Hz | Whether every workload and display mode reaches that output |
| USB | Two USB-C ports and one USB-A port | Power, data, alternate-mode, and peripheral support by port |
| Expansion | GPIO, M.2, microSD, and modular interfaces | Module keying, power budget, interface lanes, antennas, and Linux drivers |
| Audio | 3.5 mm stereo output and microphone input | Final audio support and software behavior |
| Cellular | Nano-SIM connectivity associated with the M.2 interface | Compatible modem, carrier support, antennas, regional support, and drivers |
M.2 expansion does not mean that every modem, accelerator, or storage device will automatically work. Compatibility will depend on the physical key, available interface lanes, power delivery, antenna design, firmware, and Linux support. Wi-Fi 6E availability will also depend on the user’s country and local 6 GHz regulations.
How does Flipper One’s two-processor design work?
Flipper One combines a Rockchip RK3576 application processor for Linux, networking, graphics, and higher-level computing with a Raspberry Pi RP2350B microcontroller for essential low-level functions. The official Linux project overview explains the two-processor structure as a central part of the system rather than a minor component choice.
The RP2350B is intended to manage functions such as the display, power subsystem, boot process, buttons, and touchpad events. The RK3576 runs the more demanding Linux environment. Separating those jobs means the low-power controller can continue handling essential device behavior even when the main Linux computer is not running.
This architecture helps explain why Flipper One should not be viewed as a Flipper Zero with a faster processor. Flipper One is designed as a Linux computer with an embedded controller supervising the handheld interface and power-related functions. That design may improve flexibility and standby behavior, but it also creates additional firmware, boot, driver, and power-management complexity.
What could Flipper One be used for?
Based on the published hardware and development work, Flipper One is intended to support authorized security research, networking, Linux development, education, and hardware experimentation. The public material points to a platform with broad possibilities rather than a finalized list of launch applications.
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- All-in-One Expansion Module: Unlock the full potential of your Flipper Zero with an integrated OLED display, WiFi, 433 MHz RF, and GPS functionality. Designed for developers, tinkerers and security enthusiasts.
- COMPLETE ACCESSORIES KIT - Includes everything you need: external module board, USB-C cable, silicone protective case, soft PU case and a durable hard carrying case for storage and transportation.
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- DEVELOPER-FRIENDLY DESIGN - Ideal for experimentation, firmware testing and open source development. This module supports creative use and custom projects (for lawful and educational purposes only).
- Plug and Play Compatibility - Fully compatible with the standard flipper Zero interface. Easily connect via USB-C for quick setup, power and firmware updates.
- Portable Linux development: Run Linux software on an ARM computer with an integrated display and controls.
- Network experimentation: Use wired and wireless interfaces for authorized diagnostics, router testing, access-point experiments, and network development.
- Portable router or access point: Public development logs document work involving router targets, but final software behavior and production readiness remain unsettled.
- Hardware prototyping: Connect modules through GPIO, USB, M.2, and other expansion interfaces.
- External-display computing: Connect an HDMI or DisplayPort-compatible display for workloads that benefit from a larger screen.
- Cellular and specialized connectivity: The design leaves room for compatible modules, but optional modem support should not be treated as a guaranteed launch feature.
- Local AI experiments: The RK3576 specification includes a 6-TOPS INT8 NPU, but practical applications require appropriate software, drivers, memory behavior, and thermal validation.
The public Wi-Fi router development log and boot-menu development log show work on router targets, Linux boot behavior, Wi-Fi testing, and user-interface integration. Demonstrated or documented prototype behavior should not be confused with a promise that every proposed capability will ship in the same form.
What is FlipCTL?
FlipCTL is the proposed interface framework for making Linux-powered hardware usable through a compact Flipper-style display and control system. FlipCTL is important because Flipper One is not only a collection of computer components; the project is also trying to create a usable menu-driven layer for a device with many interfaces and software modes.
Flipper Devices has also discussed releasing the display and button board as a standalone FlipCTL Control Board that could connect to another Linux-based device. The project announcement presents that control-board idea as part of the wider ecosystem, not as a confirmed retail accessory with a published price or release date.
How open and community-driven is the project?
Flipper One is being developed with public documentation and contribution paths for hardware, mechanics, Linux CPU software, microcontroller firmware, the user interface, documentation, and testing. The official contribution guide directs prospective contributors toward task trackers, open tasks, contributions, and relevant project discussions.
“Community-driven” should be understood carefully. Public development gives contributors visibility into the work and opportunities to influence or improve parts of the project, but community participation does not guarantee that a requested feature will ship. Public documentation also does not automatically prove that every hardware file, driver, firmware component, or vendor binary is fully open-source. Openness needs to be assessed component by component.
How far along is Flipper One?
Flipper One has moved beyond a concept. The public development record includes multiple logs, new PCB revisions, assembled developer kits, a rack-mounted development unit, and continued Linux, bootloader, Wi-Fi, power, and interface work.
The latest cited development update documents PCB revision 2.F0B1C2 and developer kits, along with hardware changes including an eSIM chip, a haptic motor, battery-connector improvements, and microSD changes. The latest cited development log is evidence of active engineering, but developer kits and rack-mounted test hardware are not equivalent to finished retail inventory.
| Status category | What the public evidence supports | What it does not establish |
|---|---|---|
| Confirmed | Flipper Devices announced Flipper One; public documentation and development logs exist. | A final production design or fixed launch date |
| Prototype-demonstrated or documented | PCB revisions, developer kits, Linux boot work, Wi-Fi testing, router targets, and UI integration | Final reliability, battery life, thermals, or sustained performance |
| Planned or experimental | Modular expansion, cellular possibilities, FlipCTL ecosystem, and local AI-related uses | Guaranteed launch features or complete software support |
| Unknown | Final weight, retail price, consumer shipping date, and normal retail order availability | Whether unofficial listings represent legitimate inventory |
Why has Flipper One taken so long?
Flipper Devices says Flipper One has been developed for years and rebuilt from scratch several times. The difficulty involves more than designing a small enclosure: the project combines a complex Rockchip Linux platform, a low-level microcontroller, battery and thermal management, multiple network interfaces, modular expansion, a compact user interface, and the work required to turn prototypes into stable production hardware.
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Is Flipper One available to buy?
Flipper One is not verified as normally available to buy in the August 16, 2026 research snapshot. The official material reviewed does not provide a final consumer price, a confirmed consumer shipping date, or a normal public retail order page; the published pages focus on development, documentation, and prototypes.
Flipper One availability status:
- Officially announced: Yes, on May 21, 2026.
- Actively developed: Yes.
- Public technical documentation: Yes.
- Prototype and developer hardware: Yes, according to public development logs.
- Final consumer price: Not announced in the official sources reviewed.
- Confirmed consumer release date: Not announced in the official sources reviewed.
- Normal retail ordering: Not verified.
Readers should treat marketplace advertisements, speculative prices, unofficial preorders, and listings claiming immediate delivery with caution. A developer kit shown in a development log is not evidence that a finished consumer unit is in stock. The safest way to monitor progress is the official Flipper One developer portal and Flipper Devices’ own announcements.
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- Package Inclued: 1* Soft Silicone Case for Flipper Zero; 3* Screen Protectors for Flipper zero; 1* EVA Carrying Case; 1*Hand Strap; 1* Carabiner;
- 360° front-and-back design provides full-body rugged protection for your flipper zero, even the most difficult corners to protect - the protection part for the iButton has also been well designed with soft silicone
- Our protective case perfectly compatible with the video game module for Flipper Zero, ensuring silky-smooth operation and perfect protection for your device when using.
- Precise cutouts and perfect fits allows easy access to all buttons controls and ports without having to remove the case.
- The Flipper Zero Device is not included.
What is the battery situation?
The current general specification lists a 7,000 mAh battery at approximately 24 Wh, while the official power-subsystem page gives approximately 22.9 Wh. The discrepancy should be reported rather than silently reduced to one number, and both figures remain preliminary while the hardware is under development.
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The official power-subsystem documentation also lists USB Power Delivery input of up to 60 W through USB-C1. A maximum input rating is not a battery-life estimate. Actual endurance will depend on CPU load, network activity, display use, connected modules, radio operation, thermal behavior, and the final power-management software.
Should Flipper Zero owners wait for Flipper One?
Flipper Zero owners should wait for Flipper One only if they specifically want a portable Linux computer and networking platform and do not need a finished device immediately. Flipper One is potentially much more capable for Linux development, Ethernet experiments, routing, external displays, and modular computing, but its software, hardware, price, and availability are not final.
| If you need… | More sensible choice | Reason |
|---|---|---|
| A compact radio and physical-access exploration tool now | Flipper Zero | Flipper Zero is the existing product category and is not dependent on Flipper One’s development timeline. |
| Portable Linux computing now | Raspberry Pi 5-based setup | A Raspberry Pi 5 is an available ARM Linux computer, although the user must add a display, battery, enclosure, storage, and other parts. |
| A custom embedded product | Raspberry Pi Compute Module 5 | The Compute Module 5 is better suited as a component for a maker-designed system than as a ready-made handheld. |
| A specialized wireless-auditing platform | Hak5 WiFi Pineapple | The WiFi Pineapple is aimed at purpose-built wireless auditing workflows rather than broad handheld Linux computing. |
| Flipper One’s exact combination of Linux, controls, battery, networking, and modularity | Wait and follow official development | No finished retail unit, final price, or confirmed consumer shipping date was verified. |
A Raspberry Pi 5 can satisfy the immediate need for an ARM Linux computer, but it is not an integrated Flipper One substitute. A Compute Module 5 is even more oriented toward custom product design. A Raspberry Pi Compute Module 5 does not provide the finished handheld enclosure, dedicated controls, battery system, or dual-processor architecture described for Flipper One.
Readers who need a specialized wireless-auditing platform may instead evaluate the Hak5 WiFi Pineapple, while remembering that a specialized auditing appliance is not a general-purpose Flipper One replacement. Security testing should remain authorized and limited to systems the tester owns or has explicit permission to assess.
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What should potential buyers watch before launch?
- Final specifications: Confirm whether the RK3576, RP2350B, memory, storage, display, ports, and dimensions remain unchanged.
- Linux support: Look for stable images, drivers, boot documentation, update procedures, and support for the specific modules users want.
- Power and thermals: Wait for measured retail-device battery behavior and sustained performance rather than extrapolating from the NPU or CPU specifications.
- Expansion compatibility: Check supported M.2 modules, GPIO electrical details, antennas, power limits, and software support.
- Regional connectivity: Verify Wi-Fi 6E and cellular support for the buyer’s country, carrier, and regulatory environment.
- Software maturity: Determine whether FlipCTL and the menu-driven experience are polished enough for daily use or still primarily development tools.
- Openness: Review which hardware files, software components, drivers, and vendor firmware are actually available.
- Retail legitimacy: Buy only through an official channel once Flipper Devices publishes one; do not treat an unofficial listing as proof of availability.
Frequently Asked Questions
Is Flipper One real or just a rumor?
Flipper One is real and officially in development. Flipper Devices publicly announced the project on May 21, 2026, and has published technical documentation, development logs, and prototype updates, but the project is not yet a finished retail product.
Can I buy Flipper One now?
No normal retail availability, final consumer price, or confirmed consumer shipping date was verified in the official sources reviewed for August 16, 2026. Developer kits and prototype hardware shown in public logs should not be confused with retail inventory.
Will Flipper One replace Flipper Zero?
Flipper One is not a straightforward replacement for Flipper Zero. Flipper One focuses on portable Linux computing, networking, and modular expansion, while Flipper Zero focuses on compact radio and physical-access exploration.
What processor does Flipper One use?
The current preliminary specification lists a Rockchip RK3576 application processor with four Cortex-A72 cores and four Cortex-A53 cores, plus a Raspberry Pi RP2350B microcontroller for lower-level functions such as power, boot, display, and controls.
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The current specification lists a 6-TOPS INT8 NPU in the RK3576, but that specification alone does not establish a finished local-AI feature, practical performance level, or complete software support.
The Bottom Line
Bottom line: Flipper One is a genuine, technically substantial Flipper Devices project with public prototypes and active development. It is best understood as a future portable Linux and networking platform—not Flipper Zero 2 and not a product you can reliably order yet. Keep or buy Flipper Zero for its existing radio-focused role, use a Raspberry Pi-based system when you need Linux immediately, and follow Flipper’s official development portal instead of trusting speculative Flipper One listings.
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