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Chinese company CFMoto has introduced its inaugural cruiser model, the 450CL-C, this year, showcasing its potential evolution at the 2023 EICMA show through the CL-C Low Ride Concept. This captivating bobber ingeniously incorporates numerous standard components, hinting at the likelihood of a future production model. Notably, it features a revamped iteration of the classic girder front fork.

Girder forks, a vintage form of motorcycle front suspension predating telescopic forks, are commonly associated with motorcycles from the 1930s and earlier, perfectly aligning with the bobber style of the Low Ride. CFMoto has innovatively reconfigured the spring and shock arrangement to achieve a more streamlined package.

In traditional girder forks, the front wheel is suspended between sturdy castings known as ‘girders,’ exceptionally robust in the fore-aft direction to withstand braking forces that might flex a telescopic fork. CFMoto’s design retains this characteristic strength but introduces a departure from tradition by positioning the single front shock horizontally and transversely, running across the front of the bike below the headlight.

Unlike the Hossack-style forks found in some other models, CFMoto’s setup involves wishbone-shaped links that pivot on the girders both at the front and on brackets attached to a conventional steering stem. When the bars turn, the entire wishbones and shock move, reminiscent of the pre-war girder forks.

An intriguing aspect of CFMoto’s design is the position of the single front shock. Instead of the conventional vertical placement, it is mounted horizontally and transversely below the headlight, necessitating the use of a sophisticated suspension linkage. This configuration employs rockers or bell cranks and a pull-rod system with Öhlins front shock, offering advantages in terms of a more compact layout and the ability to create a rising-rate effect for a progressively stiffer suspension.

Despite these advantages, the girder fork does introduce more un-sprung mass compared to telescopic forks. The Low Ride concept integrates seamlessly with the mechanical components of the existing CL-C 450, including the frame, swingarm, and a 40hp, 449cc parallel-twin engine. This suggests that a production version of the bike could be realized without significant challenges, making it an exciting prospect for the future.

In 2024, Benelli is set to broaden its adventure range with the introduction of a new model tailored for less experienced riders – the Benelli BKX 300. What’s more, enthusiasts can also look forward to an ‘S’ variant of the BKX 300, featuring a motard-style design.

Both the Benelli BKX 300 and BKX 300 S share the same technical foundation, centered around an upgraded version of Benelli’s single-cylinder 250cc engine. Notably, the engine’s displacement has been increased to 292.4cc, achieved through a larger bore of 78mm. This enhancement is complemented by updates to the transmission, an enlargement of both the intake and exhaust valves, modifications to the combustion chamber design, and the integration of a new counterbalance shaft aimed at improving rideability and reducing vibration.

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Laser headlights are nothing new and have been in the automotive market for a while already. However, they have been largely absent from the motorcycle world until 2016 when BMW introduced it for the K1600GT. But for the regular rider, laser headlights have been out of reach. 

One of the benefits of laser headlights is the remarkable distance they are able to illuminate, with the potential to reach up to 600 meters. 

However, their adoption has been hindered by significant production costs and the added weight, particularly in less central areas of the motorcycle. Consequently, leading manufacturers have predominantly favored the more cost-effective, lighter, and sufficiently efficient LED light technology.

Recently however, Yamaha has taken a bold step by registering patents that could revolutionize laser headlamp technology. 

Recognizing the challenges associated with the weight and cost of individual laser bulbs, Yamaha has proposed an innovative solution. The patented system involves installing a single laser in the central area of the motorcycle, close to its center of gravity. 

Optical connections then distribute the illumination to various components such as front lights, rear lights, indicators, and the dashboard. This central light “generator” proves to be highly effective and efficient for all lighting needs, both for service and road visibility.

Looking ahead, it is anticipated that future lighting systems may adopt a hybrid approach, combining LEDs and lasers. This would leverage the short-range effectiveness of LEDs and the unparalleled depth of action provided by lasers. 

Beyond enhancing system efficiency, this innovation holds the potential to reduce the overall weight of the motorcycle, particularly in areas away from the center of gravity. Such weight reductions can translate into improved handling and overall performance, marking a significant advancement in motorcycle lighting technology.

However, we are still years away from practical application for the masses. 

One of the biggest announcements this year in the world of motorcycling was that Triumph was working on building a motocross bike. 

That was quickly followed by months of teasing and info drops. 

And now the time has finally come for Triumph to officially unveil its latest model and it is known as the TF250-X. 

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It is difficult to start an article about Brembo because the brand does not need an introduction. 

Being at the very top of braking technology in all classes, Brembo knows what is best for a motorcycle. 

The company has never stopped innovating and many a rider can probably credit the company for saving their lives once, twice or more. 

And the innovation has continued for 2024 with the introduction of two new callipers:

GP4-MotoGP 

This is the latest in the GP4 family and is available in 100mm fixing version and with four-pistons. 

According to Brembo, the new GP4-MotoGP boasts exceptional performance achieved through an oblique pad slide which is typical of MotoGP callipers. This allows for greater braking power without using excessive force on the lever. This is also said to have a greater anti-drag effect with instant pads release and less pad wear. 

If you are wondering why the design of the calliper looks a little unconventional, well those ventilation fins on the outer body help to manage heat and keep the calliper cool. There are also new racing pistons as well and this too needs to be cooled,  which is achieved by the ventilation fins. 

Of course the best way to cool brakes is the movement of the bike, but these fins also cool the callipers via rotational-induced air movement of the discs and the wheel. 

But there is no denying that those fins also make the calliper look exceptionally cool. 

And just like the Brembo callipers used at the top tier of racing in MotoGP and SBK, the new monobloc calliper is machined from a solid billet of aluminium. 

The main benefit of machining from solid is that it offers greater resistance even in extreme operation and this improves the performance of the entire braking system without compromising on durability. 

Hypure 

Specifically tailored for high-performance bikes, the Hypure is said to boast “unparalleled performance and a boundary-breaking design”. 

The Hypure is also 10% lighter than the next closest Brembo calliper, making it the lightest calliper in its class. 

One of the key benefits of the Hypure is its ability to transfer heat which allows for consistent braking performance. 

The patented spring/pad/pin system along with a specially crafted bearing surface between the calliper and pad is said to minimise residual torque. 

And if you are wondering what Hypure means, it is said to reflect Brembo’s innovative spirit – Hyper and Pure. 

It is not known which bikes will feature these callipers right out of the factory floor, but one thing is for sure though they look seriously cool. 

Can you believe that the Duke has been around for 30 years already? The year 2024 marks the 30th anniversary of KTM’s Duke series and it has been an awesome run. 

And there is no better way to celebrate than to release the maddest iteration of the Duke, ever. 

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