The Ultimate uConsole SDR Cyberdeck?
Ultimate Model - Omega Chassis for uConsole
Hey r/RTLSDR ,
Anyone following the ClockworkPI uConsole scene already knows it’s basically a dream form-factor for a portable signal-hunting rig. But trying to push it to its limits with multi-band monitoring, portable, less spiky, or power-hungry transceivers makes it obvious that battery life, thermals, and antenna placement quickly become a massive bottleneck.
Well, I have worked on more than 8 months and multiple production validations. Happy to share the Omega Chassis.
Titanium Silver - Silver Finishing
It packs with so much features, but still maintain a low profile SDR kit.
1) An Insane 10-Antenna Array (Built for the Move)
Most "laboratory-style" builds look like a mess of zip ties and coax cables that have to be disassembled just to transport them. The Omega Chassis solves this beautifully by supporting up to 10 antennas (7 along the top, plus side mounts) while maintaining a highly space-saving, grab-and-go profile.
Crucially, the chassis is designed to let the uConsole still sit flat. With a smart antenna arrangement, the rig can be slipped directly into a travel bag without the constant hassle of removing and reinstalling antennas on the move. For anyone wardriving, running multi-channel RTL-SDR arrays, or splitting lines for dedicated GPS, cellular, and ISM bands, the entire array stays permanently mounted and ready to deploy. (Note: If the optional Raspberry Pi Camera V3 or Micro SD carrier modules are used, it still comfortably fits 8 antennas).
2) LimeSDR M.2 in the NVMe Slot
This is where the hardware capabilities become incredibly powerful. Because the setup perfectly integrates with the HackerGadgets NVMe layout, users can bypass a standard SSD and drop a LimeSDR M.2 module straight into the M.2 socket. Instead of just a portable receiver, the device becomes a full-duplex, wideband SDR transceiver embedded right inside a handheld cyberdeck.
3) Beefed Up Power: 3-Cell 18650 or LiPo Setup
It is no secret how fast an SDR rig can juice-drain a standard battery setup. The Omega Chassis addresses this by expanding the backplate to support a 3-cell 18650 configuration (pushing a massive ~10,500 mAh capacity) that wires right into the HackerGadgets board. For those who prefer a custom LiPo setup, the chassis is modular enough to accommodate that alternatively. It even features a screwless removable battery cover for quick-swapping cells in the field.
4) Active Cooling for Continuous Sweeps
Running a compute module hard alongside an internal SDR generates a ton of heat. The chassis includes a custom active cooling system (utilizing a hybrid aluminum paired with heat-resistant plastic design) that directly cools the processor via an open-air heatsink path. It uses a custom fan curve optimized to keep things at a stable 45-55°C without sounding like a jet engine.
Customisable Fan Grills - Free to use and support included in the package
5) Built-In Camera & Modular Expansions
Modularity is a core focus of the layout. The chassis features a dedicated optional slot to integrate a built-in Raspberry Pi Camera V3 (which is even compatible with DJI Pocket 3 magnetic lens protectors) or an alternative dual-slot Micro SD card carrier for portable, swappable OS storage. Utilizing the camera or storage modules simply trades out 2 of the 10 antenna slots, still leaving a massive 8 antenna mounting points fully available for RF operations.
6) Two Build Variations: Essential vs. Ultimate
The design package includes files for two separate versions depending on the budget and desired form factor:
- The Essential Model: A budget-friendly route (~$40 minimum manufacturing cost) featuring a slightly bulkier top casing. It uses an off-the-shelf heatsink, and all the non-CNC parts can be 3D printed completely at home. OR you can print or ordering prints completely with 3D printer. All features are supported - and upgradable to Ultimate model.
- The Ultimate Model: A premium, ultra-slim design (~$90 minimum manufacturing cost) featuring a custom-designed slim heatsink. The case is fully sealed, allowing for efficient passive cooling even when the fan is turned off.
👉 Check out the full design breakdown, antenna placement, profiles and guides.
