The combination of a „ball-detent quick-release” mechanism and magnetic Pogo pins in the Weikav NUT87 introduces a tool-free, cable-risk-free disassembly system to its gasket-mounted architecture. The ball-detent mechanism addresses the challenge of opening the case—allowing it to be released with a simple press, eliminating the need for a screwdriver. Meanwhile, the Pogo pins—spring-loaded contact pins connecting the daughterboard to the main PCB—replace traditional FPC (flexible printed circuit) ribbon cables, ensuring that the internal connections remain intact when the case is opened. Together, these features transform an all-aluminum, gasket-mounted keyboard from a „set it and forget it” device into one that can be easily opened at any time to swap the mounting plate, tune the stabilizers, or adjust the internal dampening materials.
I. Ball-Detent Quick-Release: From „Unscrewing” to „A Simple Press”
Disassembling a conventional all-aluminum keyboard typically involves removing a dozen or more screws from the bottom, prying apart the top and bottom housing—all while being careful not to scratch the anodized finish. This process is time-consuming and carries a risk of damage; furthermore, repeated disassembly can degrade the precision of screw holes and clips.
The NUT87’s ball-detent quick-release system changes this. The housing is secured by internal spring-loaded steel balls that lock into corresponding grooves; pressing specific points releases the top cover, requiring no tools whatsoever. The manufacturer describes the process as „Press, release, open”—three simple steps to complete disassembly. This design was already proven in the NUT series’ predecessors (the NUT65 and NUT75) and has now been extended to the TKL (tenkeyless) form factor in the NUT87.
For a gasket-mounted keyboard, the value of a quick-release system is particularly significant. The typing feel and sound of such a keyboard depend heavily on factors like the density of internal dampening, the material of the mounting plate, and the tuning of the stabilizers. If every adjustment required unscrewing the case, most users would likely just leave the keyboard exactly as it came from the factory. The ball-detent quick-release mechanism lowers the barrier for adjustments—you can simply lift the top housing whenever you want to make a change. This extends the „playability” of the Gasket-mounted design well beyond the initial purchase decision, making it a feature you can enjoy throughout the entire lifespan of the keyboard.
II. Pogo Pins: No Risk of Severing Ribbon Cables During Disassembly
While the ball-detent mechanism handles the separation of the keyboard housing, there remains a more delicate point of failure: the connection between the daughterboard (which typically houses the USB port, power switch, or wireless module) and the main PCB. Traditional designs rely on FPC (flexible printed circuit) ribbon cables or JST connectors; if a user forgets to disconnect these before opening the case, or applies too much force during handling, the connector socket or the cable itself can easily be damaged.
The NUT87 addresses this by replacing ribbon cables with Pogo pins (spring-loaded contact pins). The daughterboard and the main PCB connect directly via these contact points. When the housing is opened, the Pogo pins automatically disengage—no manual unplugging required. When the housing is closed, magnetic force or structural pressure presses the pins firmly against the contact pads, instantly restoring the electrical connection.
The manufacturer describes this design as „Nothing to unplug.” From an engineering perspective, it transforms the process of disassembling or reassembling the keyboard: instead of needing to know exactly which cable to disconnect first, it becomes a simple physical action—just lift the top off to open it, and snap it back on to reconnect. For users unfamiliar with the internal architecture of a keyboard, this eliminates the most common risk of accidental damage during disassembly.
III. Gasket Mounting and Five-Layer Damping: The Acoustic Foundation
While the quick-release mechanism and Pogo pins focus on „maintainability,” the acoustic foundation of the NUT87 is built upon a Gasket-mounted structure combined with five layers of damping material.
The internal dampening suite includes: PORON plate foam, a PET acoustic sheet, an IXPE switch-bottom pad, PORON switch-seat foam, and an insulated enclosure design. The internal configuration follows the standard approach for Gasket-mounted keyboards: a plate foam fills the cavity between the mounting plate and the PCB; a switch pad (IXPE/poron sheet) modifies the sound profile of the switch bottom-out; and PCB foam (or case foam) suppresses resonance within the cavity beneath the PCB.
Users can choose between a PC (polycarbonate) plate—which offers a softer, more flexible feel—and an FR4 plate, which is stiffer and produces a cleaner sound. The PCB features a 1.2mm thickness with per-key flex cuts, which increases the range of motion for the internal assembly; combined with the Gasket mounting structure, this delivers a softer bottom-out feedback.
The keyboard also supports full-key hot-swapping and is compatible with both 3-pin and 5-pin switches. This allows users to swap switches without the need for soldering—aligning with the „tool-free maintenance” philosophy of the ball-detent quick-release system. From the external chassis to the switches, the entire design is focused on lowering the barrier for user customization.
IV. Other Specifications: Dual 8K Support and 10,000mAh Battery
The NUT87 offers tri-mode connectivity: USB-C wired, 2.4GHz wireless, and Bluetooth. Both wired and 2.4GHz modes support an 8000Hz polling rate, resulting in a theoretical response interval of 0.125ms. A dedicated physical switch is located on the top of the keyboard, allowing users to toggle between wired and wireless modes without needing complex key combinations.
The keyboard is equipped with a 10,000mAh battery. The manufacturer claims a battery life of up to 2,000 hours at an 8kHz polling rate (with the lighting turned off). While this is an impressive figure for an 8K wireless keyboard, it is worth noting that such battery life estimates typically do not account for the use of RGB ambient lighting strips or full-key backlighting.
The chassis is crafted from 6063 aluminum alloy, available with either a 220-grit anodized or an electrophoretic finish. The backplate comes in two texture options: „knife-mark” (machined pattern) or „feather” pattern. The front height is 19mm, and the total weight of the keyboard is approximately 2080g.
V. Scope and Verdict
The configuration offered by the NUT87 is designed for specific use cases.
Its core advantage is being „maintenance-friendly.” If you frequently swap switches, tune stabilizers, experiment with different mounting plates, or adjust internal dampening, the ball-detent quick-release mechanism—combined with Pogo pins—reduces the time required for disassembly and reassembly from over ten minutes to just a few seconds, all while eliminating the risk of damaging ribbon cables. For those who regularly use gasket-mounted keyboards, this is a highly practical feature rather than just a decorative spec-sheet bullet point.
As for trade-offs: while the inclusion of tri-mode connectivity (beyond a standard wired-only setup) is a plus, the 8K wireless mode requires a dedicated receiver and places specific demands on both the USB port and the host computer’s processing load. For non-8K scenarios, Bluetooth mode offers the convenience of switching between multiple devices.
Points to consider: The brand’s reputation for quality control within the enthusiast community has been inconsistent. Aspects such as stabilizer tuning, case tolerances, and the contact stability of the Pogo pins in the initial production run will require real-world verification. Furthermore, while the quick-release structure is convenient, the long-term durability of the ball-detent mechanism—specifically whether it maintains its locking strength after repeated use—is an engineering detail that only time will reveal.
