As digital lives often feel a bit too automated, Bitmo Lab introduces GearShift, a clever MagSafe-compatible accessory that brings a novel blend of tactile control and versatile functionality to your phone.
GearShift at a Glance:
6-Speed Manual Shifter: A real, short-throw gear mechanism with a crisp, tactile click.
Purely Mechanical: Zero electronics, batteries, or Bluetooth. Pure haptic feedback.
Multifunctional Design: A precision kickstand with 7 stable angles, a secure ergonomic grip, and a fidget-friendly device.
Automotive-Inspired Flair: Features a carbon fiber knob, chrome-polished rod, and subtle racing accents.
Thoughtful Adjustments: Features a telescopic rod for 2cm of extension, enabling a personalized hold.
Engineered for Intuitive Use
GearShift is built around its 6-speed gearbox. Each shift toggles between three core modes: Landscape for viewing, Portrait for browsing, and Grip for secure handling. The mechanical design provides stable support, a confident hold, and immediate physical feedback.
The Thought Behind It
“The concept was straightforward: we wanted to inject personality into a device that’s often overlooked,” says Zhong Tao, Product Manager at Bitmo Lab. “GearShift started with a simple question: could a phone grip offer the same tactile engagement as a manual transmission? So, we built a mechanical solution to find out.”
Engage with GearShift: Co-Create Its Future
GearShift is currently in active concept development. Bitmo Lab invites media, creators, and tech enthusiasts to join the co-creation process and provide early feedback on this innovative concept.
Availability
The GearShift accessory is planned for its official market launch in August 2026. To receive updates on the launch and be notified when GearShift drops, please visit the official Bitmo Lab website to subscribe for notifications.
The gerotor tooth profile is crucial for determining hydraulic system performance in automotive engineering. In a new development, researchers from Pusan National University have leveraged conditional generative adversarial networks for machine learning-driven gerotor profile synthesis and optimization. The novel approach has remarkably produced designs that outperform human efforts and lead to 32% more efficient hydraulic pumps, potentially revolutionizing the automotive industry.
Gerotor pumps for oil circulation and lubrication are crucial components in automotive and hydraulic systems. They possess a compact design, excellent flow rate per rotation, and high suction capability. The gerotor tooth profile plays a significant role in determining the overall performance of hydraulic systems for engine lubrication and automatic transmission. Unfortunately, conventional design methods leverage predefined mathematical curves and iterative adjustments, which compromises their optimization flexibility.
In an innovative breakthrough, a team of researchers from the School of Mechanical Engineering at Pusan National University, led by Professor Chul Kim, has proposed a new design methodology. Their findings were made available online on 10 October 2025 and have been published in Volume 162, Part D of the journal Engineering Applications of Artificial Intelligence on 24 December 2025.
The key point of this study is the use of AI, specifically, a conditional generative adversarial network, as a design tool. Instead of relying on the traditional approach of using predefined mathematical curves, the researchers trained an AI to automatically generate new gerotor profiles. The AI learned from a dataset linking specific, high-performance profile geometries to their actual performance data. This innovation allowed it to understand why certain shapes perform better than others, and then generate new, highly-optimized geometries that substantially outperform traditional designs.
The team demonstrated that their novel AI-generated design exhibits substantial performance gains in simulation validation via computational fluid dynamics. Compared to a traditional ovoid profile, the proposed design achieved a 74.7% reduction in flow irregularity. This means the pump’s output is significantly more stable and consistent. It also shows a 32.3% increase in average flow rate, which indicates better volumetric efficiency, as well as a 53.6% reduction in outlet pressure fluctuation, which directly contributes to quieter operation and reduced vibration.
The most direct real-life applications of the present work are in the automotive industry. The reduction in pressure fluctuation and flow irregularity is highly beneficial here. It can lead to transmission systems that operate more quietly and could potentially improve component reliability by reducing vibration and unstable hydraulic stress. Furthermore, the 32.3% increase in average flow rate allows for more efficient oil circulation throughout the engine. This contributes to better lubrication and cooling of engine components, which is critical for engine durability.
Prof. Kim remarks: “The same principles demonstrated in our study are applicable to various hydraulic pumps used in industrial machinery, where efficiency, low noise, and reliability are important factors, making our technology highly lucrative for real-life adoption.”
In the next 5 to 10 years, methods like this could become a standard tool for engineers. It represents a move toward “inverse design,” where an engineer can specify the desired performance targets, such as “minimize pressure fluctuation,” and the AI assists in generating an optimal geometry to meet those targets. Moreover, this approach can speed up the research and development cycle for complex mechanical components. It allows for the exploration of a much wider design space than is possible through traditional manual iteration.
“Crucially, for the public, the adoption of more optimal components can mean the machines we use daily become quieter and more reliable. In the automotive sector, this translates to vehicles with more efficient and durable hydraulic systems like transmissions and oil pumps,” concludes Prof. Kim.
Reference
Title of original paper: Machine learning-driven gerotor profile synthesis and optimization using Conditional Generative Adversarial Networks
Journal: Engineering Applications of Artificial Intelligence
The CHERRY KW 300W MX is a standout entry in the competitive wireless mechanical keyboard market. It merges CHERRY’s legendary switch quality with modern features like hot-swappability, multi-device connectivity, and, most notably, a focus on quiet operation.
The KW 300W MX employs a QWERTY keyboard layout ditching the Numpad for a more ergonomic setup that keeps your mouse closer to your hands. This space-saving design is immediately appreciated on crowded desks.
PBT Keycaps: The keyboard uses high-quality, double-shot PBT keycaps. Unlike standard ABS plastic, PBT is highly resistant to shine and wear, ensuring the keys maintain their textured feel and the legends remain crisp even after extensive use.
Aesthetics: The design is minimalist and professional, often featuring a subtle black/copper/grey color scheme. It includes dimmable white LED backlighting, which is functional for low-light conditions without being distracting or overly flashy but look really cool in my opinion. There is a small, convenient control dial is included for intuitive adjustment of volume, brightness, or channel switching.
At the heart of the KW 300W MX is the German-engineered CHERRY MX2A switch. These updated switches are known for smoother keystrokes, improved acoustics, and exceptional durability, boasting a lifespan of 100 million keystrokes. and can be swapped out with the tool provided in the box.
The keyboard is built for flexibility, supporting both wired and wireless connections.
Connectivity is handled via Bluetooth 5.2 and supports up to four devices simultaneously. Dedicated keys (usually F1-F4) allow for seamless switching between your PC, tablet, and phone, making it an excellent tool for multitasking across platforms. It also supports wired operation via the included USB-C cable, which doubles as the charging port. It was tested using two laptops and a mobile phone via the seperate channels and no issues with connectivity noted. YOU will be asked to enter a password on the keyboard for all devices connected with bluetooth.
The CHERRY KW 300W MX is an exceptional keyboard for anyone seeking the tactile and responsive feel of a mechanical keyboard without the accompanying noise. It’s a premium, durable, and flexible choice for professionals, writers, and programmers who value a clean workspace and a high-quality typing experience.
Features
ORIGINAL CHERRY MX2A SWITCHES The KW 300 MX is equipped with CHERRY MX2A keys, which are characterized by particularly good sliding properties and improved acoustics. The result is a super-soft touch with an extremely long service life of up to 100 million strokes per key (depending on the switch type) and unbeatable precision.
PERFECT ACOUSTICS The inside of the housing is damped with several layers of foam. In combination with the lubricated MX2A switches and the high-quality PBT key caps, this results in whisper-quiet noise when typing. Entries are acknowledged with a subtle “thock” sound.
HOT-SWAP SOCKETS The individual switches can be easily removed with the enclosed tool and replaced with other MX switches of your choice. Simply insert the new buttons into the special hot-swap sockets and you’re done. No soldering or screws are required: just snap into place.
RECHARGEABLE BATTERY The built-in lithium-ion battery can be recharged using the a USB-C cable. A full charge is sufficient for several weeks of undisturbed work depending on the selected lighting intensity and personal habits. For example, the battery lasts for about six weeks with the lighting off, and about one week with the LEDs on.
CHERRY has announced a series of Black Friday offers on some of its most popular mechanical keyboards, giving gamers, creators, and home workers the chance to upgrade their setup at a fraction of the usual price.
Starting today, and running while stocks last, customers can find these exclusive deals at Currys and Amazon UK. Among the highlights are the CHERRY K5V2 in black or white, now available for £39.99, and the K4V2 in black or white for just £29.99. For those looking for a stylish keyboard that works with Windows and Mac, the K33 White with IP54 dust and water resistance is also included in the promotion at £39.99.
Some of the keyboards feature CHERRY’s latest MX2A mechanical switches, which deliver smoother keystrokes, improved acoustics, and exceptional durability rated for over 100 million presses. Designed for precision and comfort, they are ideal for anyone who spends long hours typing or gaming and wants a reliable, high-performance upgrade.
“Consumers want gear they can rely on, and this is a great chance to make the switch,” said Del Fadipe, Key Account Manager at CHERRY. “Our keyboards are built for comfort and precision, and these Black Friday prices make them even more accessible.”
The deals are available now through Currys and Amazon UK, but only while stocks last.
First revealed at CES 2025, the CHERRY XTRFY MX 10.1 Wireless mechanical gaming keyboard is now ready for launch. With a slim aluminium design, CHERRY MX LOW PROFILE 2.0 switches, rotary knob and LCD display, the keyboard delivers a smooth, ultra-fast typing experience.
Gamers can now outpace their opponents thanks to 4000 Hz wireless and 8000 Hz wired polling rates. The CHERRY XTRFY MX 10.1 reports up to 8 times every millisecond and enables faster response times with every keystroke.
Joakim Jansson, Head of Product & Portfolio at CHERRY, said: “We’re thrilled to launch the MX 10.1 Wireless. With this release, we’re taking low-profile keyboards to the next level in every aspect: extreme speed, premium typing feel, a convenient display and rotary knob, and a super-solid aluminium build. It fits the most demanding competitive gamers, as well as anyone who spends their day typing”.
CHERRY XTRFY MX 10.1 Wireless – The ultra-fast low profile gaming keyboard with full-size layout
Gamers can now experience speed and comfort like never before. The all-new CHERRY MX LOW PROFILE 2.0 switches with PBT keycaps deliver a smoother, faster typing experience. The refined switch design with precisely applied premium-grade lubricant improves acoustics and offers a lifespan of over 100 million keystrokes with no loss of input quality. Combined with the robust aluminium housing for extreme durability, this keyboard will deliver consistent performance for a long time to come. The slim design enhances comfort and makes the keyboard more portable, while still offering a full-size 100% layout.
Multi-device wireless connectivity
The CHERRY XTRFY MX 10.1 Wireless offers triple connection modes for an immense amount of flexibility. Players can either use the 2.4 GHz wireless dongle, USB cable or pair with up to three different devices through Bluetooth®. The rotary knob next to the convenient display allows for an easy switch between paired devices.
Display and rotary knob for absolute control
Gamers can adjust the RGB lighting, access media controls, view battery status and typing speed, and set up three different customizable profiles with personalized settings. The LCD display and rotary knob allow for quick and easy adjustments, without the need to dive into software for every change.
The premium full-size CHERRY XTRFY MX 10.1 Wireless mechanical keyboard offers per-key customizable RGB, full N-Key rollover, Anti-Ghosting and a 4.000 mAh battery for up to 900 hours* of battery life via Bluetooth®, and up to 50 hours* via 2.4 GHz wireless connection with 4.000 Hz polling rate.
*Depending on illumination and display settings
The CHERRY XTRFY MX 10.1 Wireless will be available in stores on the 25th of September 2025 for a recommended retail price of £179.
Designed with quieter operation, sustainability and comfort in mind, the new KW 300 MX, KW 300W MX, KW 550 MX LP and KW X ULP 2.0 MINI mechanical keyboards from CHERRY are aimed at modern office and home working environments.
The KW 300 MX and KW 300W MX feature insulated housing, a compact 82- key layout and CHERRY’s latest MX2A switches, which deliver a soft and quiet typing experience. The hot-swappable sockets allow users to change switch types easily, while high-quality PBT keycaps support long-term durability. Both models offer dimmable white backlighting, and the KW 300 MX includes replaceable keycaps for Mac users.
Additional features include a 1000 Hz polling rate, anti-ghosting, N-key rollover, and AES-128 encryption. The keyboards connect via Bluetooth 5.2 or USB-C and use 65% recycled plastic in the lower housing. Packaging is plastic-free and instead uses silk-like paper and paper-based seals.
The KW 550 MX LP uses CHERRY’s new MX Low Profile 2.0 switches to reduce overall keyboard height and sound output. With a 96% layout and under 22mm in height, it includes adjustable feet and offers both Bluetooth 5.2 and USB-C connectivity. As with the other models, the packaging does not include plastic.
For users seeking a compact design, the KW X ULP 2.0 MINI features ultra-low-profile mechanical switches and a 75% layout suitable for Windows and macOS. A discrete anodised aluminium top plate houses concave polycarbonate keycaps which are designed for grip and longevity. Wireless options include USB-C, 2.4 GHz and Bluetooth 5.2 Low Energy, with AES-128 encryption ensuring secure use in shared work environments.
The CHERRY logo doubles as a charge status indicator, and a magnetic nano receiver and transport pouch made from recycled materials enhance portability. The updated model uses additional recycled content and has been refined for quieter operation.
Tanja Knahn, Head of Brand & Communication at CHERRY, said: “Modern mechanical keyboards with RGB and special designs are now widely available on the market for gamers. However, the situation is different in the office and home office sectors. Countless users want modern and ergonomic mechanical keyboards in the office environment too. Mechanical keyboards that don’t attract attention in shared offices with unpleasant typing noises and colourful RGB lighting.
“We are now fulfilling this wish with the compact and sustainable models KW 300 MX, KW 300W MX, KW 550 MX LP, and KW X ULP 2.0 MINI – all elegantly designed and wireless. The different switch technologies and form factors result in a wide range for diverse requirements.”
All products will be available from Tuesday 5th August 2025. The suggested retail prices are:
KW 300 MX at £95.36
KW 300W MX at £119
KW 550 MX LP at £99
KW X ULP 2.0 MINI at £189
The KW 300W MX version is designed for Windows only and does not include Mac keycaps.
For further information about CHERRY products, visit cherry.de/en-gb
The JMBricklayer – Mechanical Octopus 70123 is the latest build from the company we have completed and this is one was more challenging than the Botanical money tree we recently done which took less time, however this build was fun and was great watching it come together over the few hours it took us to complete. This piece again has great detail in it and moving parts with some lighting effect which makes it stand out in any room in your house. Check the finished product below in the video for more and see the detail for yourself.
Half Mechanical Style
To adhere to the concept of mechanical creation, this octopus was designed to exhibit a half-natural, half-mechanized appearance, creating a unique and futuristic visual effect. The mechanized side goes beyond simple gears, rods, and axles, but features a simple representation of advanced mechanical components such as an energy engine on its head, a transmission system within its brain, and various electronic elements throughout its body. With intricate details and an overall design, one can almost feel the faint hum of machinery, and the joints of its tentacles begin to tremble slightly…
Overall Appearance
On the base with turbulent water waves, the octopus takes center stage, its presence awe-inspiring. Its head, a massive red transparent sac, gazes with wide, almost angered yellow eyes. Next to its eyeball, the siphon of the octopus stands out, forcefully expanding. Whether its red biological tentacles or the nimble mechanical ones, reach out in various directions into the air, each one asserting its power and dominance. One of the tentacles tightly captures a flying UFO, unable to escape the octopus’s grasp.
Graceful Tentacles
This octopus has a total of eight tentacles, four in its natural form and four mechanized. On the mechanical side, the tentacles are overall in a deep gray, with a bright green duct running along the sides. Adopting a multi-segment design allows each part to rotate freely.
On the natural side, you can better feel the tentacles’ robustness and strength. A small tentacle is hidden behind its brain, but the other three will quickly occupy your field of view, as if dancing in the air due to the rotating feature. The arrangement of red and beige colors distinguishes the inner and outer of tentacles, on the inner side, suckers tightly align and open naturally.
Glowing Brain
Inside the mechanical side of the octopus’s brain, the cerebral structure is exposed. The brainstem, tentacle nerves, and ocular nerves are revealed and appear more realistic with the help of detailed stickers. As the switch is turned, a soft azure glow emanates from the energy engine and cascades through the various brain structures, illuminating the inner workings with a mesmerizing radiance.
On the other side, through the transparent shell, glimpses of the internal structure can be seen. When the internal lights turn on, the glow travels along the conduits, you’ll see a distinct glowing line in a captivating way.
Futuristic UFO
The flying UFO, fixed at the edge of the base, is circular with a white body. Along the edges, fluorescent green ducts wind around it, adding a futuristic touch. At the center, there’s a deep blue cockpit, through its transparent cover, you can catch a tantalizing glimpse of the spacecraft’s inner workings and its simple yet efficient layout.
Inspirational Ideas
In the distant future, Earth faces an invasion from extraterrestrial beings, and humanity develops half-mechanical organisms to fight back. Amidst the turbulent waters of the sea, the half-mechanical octopus engages in a fierce battle against the UFO. It ended with the UFO being caught by tentacles, which attributes to the octopus’s biological intelligence and enhanced attack capabilities through mechanization.
Get a discount below using the code VIPJIM015 until December 31st 2023
