Partnership continues Hemmings’ effort to support original artist collaborations

CHARLOTTE, N.C. (Aug. 20, 2026) — Hemmings, the original online collector car marketplace, today announced a collaboration with Dirty Donny Gillies, an artist whose work sits in the lineage of Kustom Kulture pioneers like Von Dutch, Robert Williams and Ed “Big Daddy” Roth, and whose designs have shaped brands including Snap-on, Mobil 1, Metallica and Vans. The partnership debuts at Mustang Week, held Aug. 24-29 in Charlotte, and marks the second release in Hemmings’ ongoing series of artist collaborations, following its 2025 partnership with artist Jeremy Fish.

The collaboration centers on the Dirty Donny T-shirt, which is designed as a tribute to American muscle cars and the Ford Mustang, fusing custom car culture, punk rock and pop art.

“I’ve been lucky to call Dirty Donny a friend for decades and watch him not only introduce Low Brow art to a crowd beyond hot rod culture, but show brands how to turn customers into real fans with his work,” said Dan Stoner, creative director at Hemmings. “And that’s exactly what we needed for Hemmings’ trip to Mustang Week in Charlotte this year: a wearable work of art that’s simultaneously easy to own, makes a statement about the Mustang’s place in the world and turns our brand into a flag to be waved, everywhere the fans take it.”

The limited-edition tee captures the wild spirit of American performance with Donny himself behind the wheel of a blown first-generation Ford Mustang, smoke flying and tires searching for traction. Dirty Donny brings his signature style to Hemmings for a design that celebrates the passion, personality, and controlled chaos that make car culture so unforgettable.

The shirt is free to fans attending Mustang Week who sign up with their email for the Hemmings newsletters at the Hemmings tent onsite — limited quantities are available. Anyone not attending can purchase the shirt online at www.hemmings.com/store for $30, also while supplies last. 

Mustang Week, one of the largest gatherings of Ford Mustang owners and enthusiasts in the country, draws thousands of attendees annually for car shows, drag racing, autocross and community events. Hemmings will be present at the following Mustang Week events:

• Tuesday, August 25: Karting & Ice Cream Social Meet-Up Presented by Hemmings
• Thursday, August, 27: Track Day at Charlotte Motor Speedway
• Friday, August 28: All Ford Cruise-In at ZMAX Dragway
• Saturday, August 29: Official Car Show at ZMAX Dragway

For more information on Hemmings at Mustang Week, visit https://mustangweek.com/charlotte/#schedules. To learn more about Dirty Donny’s artwork check out https://dirtydonny.com. 

About Hemmings

Founded in 1954, Hemmings is the original online collector car marketplace. For more than 70 years, we have grown and uplifted the collector car community because we’ve been part of it since the start. Through our frictionless marketplace, quality entertainment and professional service, we help all willing drivers buy, sell and live the collector car lifestyle. Hemmings Motor Club extends this mission by bringing enthusiasts together through exclusive benefits, curated driving experiences and deeper community connections for those who live to drive. More information, services and content are available at hemmings.com. Stay connected with Hemmings on Facebook, Instagram and YouTube, and search tens of thousands of vehicle listings from the palm of your hand with the Hemmings app.

In cars and racing, how much power an engine makes is only half the story. How that power responds to the driver’s input matters just as much. The same principle applies to e-bikes. Two bikes with similar motor ratings and top speeds can feel completely different from a stop because their throttles, sensors, and controllers deliver power differently.

A throttle and pedal assist can both activate the motor, but they take instructions from the rider in different ways. A throttle responds directly to a hand control, while pedal assist reads the rider’s pedaling. Understanding that path from input to output is more useful than simply asking which system feels easier or uses less battery.

How Do a Throttle and Pedal Assist Activate the Motor?

An e-bike throttle is usually mounted on the handlebar as a thumb lever or twist grip. When the rider operates it, the controller calls for motor power according to the amount of input. If the bike’s design and local rules permit it, the motor can propel the bike without the rider pedaling.

Macfox currently uses thumb throttles rather than twist-grip throttles. A thumb throttle assigns acceleration to a separate lever, so the rider does not have to rotate the same grip used to hold and steer the handlebar. Many riders find that separation easier to modulate during starts and low-speed maneuvers. Lever travel and controller tuning still determine whether the response actually feels smooth and predictable.

Pedal assist works differently. Once the rider turns the cranks or applies force to the pedals, a sensor sends that information to the controller. The motor then supplies assistance based on the selected level. Assistance should stop when the rider stops pedaling, the bike reaches its programmed cutoff speed, or another defined cutoff condition is triggered.

Many e-bikes include both controls. This is more than adding another button. It gives the rider two ways to request power: the throttle may help initiate a controlled start, while pedal assist can take over once the rider settles into a steady cadence. The actual experience depends on throttle travel, controller tuning, sensor type, and assist settings. A spec sheet that lists both features cannot tell a rider how smoothly they work together.

Why Do Cadence and Torque Sensors Feel Different?

There are important differences within pedal-assist systems as well. A cadence sensor primarily detects whether the cranks are turning and, in some systems, how quickly they are turning. It can recognize that the rider has started pedaling, but it usually does not directly measure how hard the rider is pushing. The controller then provides power according to the selected level. Some cadence-based systems have a noticeable delay or a distinct step between assist levels, while better-tuned versions can feel considerably smoother.

A torque sensor measures the force applied to the pedals and adjusts assistance in response. Push harder and the system will usually provide more support; ease off and the output should fall. This relationship often feels closer to the natural rhythm of a conventional bicycle, but the presence of a torque sensor does not guarantee smooth performance or make the system ideal for every rider.

The complete interaction among the sensor, controller, and motor determines the ride quality. Some systems also evaluate speed, cadence, and torque together. Seeing “torque sensor” or “cadence sensor” on a specification sheet is not enough to reveal whether power arrives abruptly, how long activation takes, or how quickly the motor stops after pedaling ends.

Which Control Feels More Direct for Starts, Hills, and Stop-and-Go Riding?

From a complete stop, a throttle can help the bike begin moving before the rider establishes a pedaling rhythm. That can be convenient on routes with frequent stop signs, traffic lights, or short inclines, and it can reduce the need to find the pedal quickly while the bike is beginning to roll.

Direct response should not mean an aggressive surge. If the beginning of the throttle’s travel is too sensitive, a small accidental input can move the bike farther or faster than expected. A controllable system should have a clear initial range, build power progressively, and stop delivering power promptly when the throttle is released. A rider should become familiar with that response in a legal, open area away from traffic and pedestrians before using it in a busier setting.

A cadence sensor may require the cranks to rotate through part of a revolution before assist begins. The exact delay depends on the sensor and controller. A torque sensor may recognize pedal force more quickly, but starting in a high assist level and pushing hard can still produce a sudden response. With either design, a low starting level and predictable power build are more valuable than peak output.

Hill performance cannot be attributed to the throttle or pedal-assist system alone. Sustained motor output, combined bike and rider weight, battery charge, gearing, tire traction, and grade all affect the result. A throttle may help the bike start moving, but it cannot compensate for the wrong gear, excessive load, or inadequate braking.

How Do the Controls Affect Effort and Real-World Range?

Throttle use is often described as inherently less efficient, but actual energy consumption depends on how much power the motor provides and for how long. Repeated full-throttle acceleration will usually increase consumption. Spending long periods in the highest pedal-assist setting can also drain the battery quickly. The control type alone does not create a fixed range difference that applies to every bike and route.

Pedal assist has one clear advantage: the rider continues to contribute energy. At the same speed on the same route, more rider effort generally means less work for the motor. Weather, hills, total load, tire pressure, repeated stops, and battery condition can still change the result, so selecting pedal assist does not guarantee the maximum advertised range.

When comparing an ebike, ask how much energy a single battery stores, which assist setting was used for the stated range, whether the figure includes a throttle-only test, and whether a dual-battery estimate depends on an optional second battery. Range becomes meaningful only when its test conditions are considered alongside the way the motor was controlled.

Physical effort also depends on how the controls are used. Continuous throttle travel minimizes pedaling, while pedal assist preserves more of the cycling activity. Riders who stop frequently can combine the two: use a brief throttle input to establish movement, then maintain the ride with low or moderate pedal assist. That is often more adaptable than using either control exclusively from beginning to end.

How Do Class 1, Class 2, and Class 3 Affect the Choice?

The federal consumer-product definition of a low-speed electric bicycle is not the same as the three-class framework that states and local authorities use to regulate roads, trails, and rider requirements. A bike that meets a federal product definition is not automatically permitted on every bike lane, park path, or trail.

Under the three-class framework commonly used in the United States, Class 1 generally refers to pedal-assist e-bikes that stop providing assistance at 20 mph. Class 2 generally permits throttle propulsion, with motor assistance ending at 20 mph. Class 3 generally refers to pedal-assist e-bikes with assistance up to 28 mph. States and municipalities can still set different rules for minimum rider age, helmets, throttle use, labeling, and access to specific paths.

Macfox’s electric bike with throttle collection, for example, currently identifies a thumb throttle and a 20 mph top speed. Those details give a shopper a concrete basis for checking the bike against the commonly used Class 2 framework and then reviewing the rules where it will actually be ridden. They should not be read as blanket permission to use the bike in every U.S. location.

A removable throttle or adjustable software setting does not necessarily change a bike’s legal classification simply because the rider disables one feature. The original configuration, required label, software settings, and wording of local law may all matter. Before using an e-bike on a particular road or trail, check current guidance from the state, city, park, or agency responsible for that route.

How Can You Test Whether the Power Is Easy to Control?

A test ride is not a race to the bike’s top speed. Its purpose is to see whether motor power begins, changes, and ends when the rider expects it to. Test in a place where riding is permitted, visibility is clear, and traffic and pedestrians will not interfere. Begin with the lowest assist setting.

Start with the first part of the throttle’s travel. Make sure a natural grip on the handlebar does not trigger it accidentally. Apply a small input and note whether the bike builds speed smoothly, then release it and confirm that motor output stops promptly. Repeat the test through a low-speed turn, a stop and restart, and a gentle incline. Sticking, a long delay, or an unpredictable surge should not be accepted as a normal sign of strong performance.

Then evaluate pedal assist. Notice how far the cranks move before the motor responds, whether changes between assist levels are predictable, and whether assistance ends promptly when pedaling stops. Confirm that the selected level is easy to read on the display and that the braking and motor cutoff behavior matches the owner’s manual.

Electrical-system safety should be verified separately from control feel. UL 2849 evaluates the combination of an e-bike’s electrical drive, battery, and charging system. It does not determine whether a throttle fits a particular rider’s hand movement or whether a specific power curve feels manageable. Macfox publicly states that its e-bike electrical systems are certified to UL 2849, providing a verifiable electrical-safety baseline. The rider still needs proper setup and a real test ride to evaluate the controls.

Throttle and pedal assist are not opposing sides of e-bike riding. A throttle provides direct hand input, pedal assist lets the motor follow the rider’s pedaling, and a bike equipped with both can use each one for different phases of a trip.

The useful comparison is not which control sounds more powerful. It is which one responds predictably, fits the applicable bike class and local rules, and allows the rider to remain stable during starts, stops, and turns. Once those questions are answered, choosing between throttle and pedal assist becomes a practical riding decision rather than a specification contest.

While a chassis of a race car is subjected to a stress level that an ordinary street car chassis is not, curbs, hits, vibrations, and fatigue take their toll on all welded joints in a tube frame. A poor weld does not necessarily break right away. Sometimes, it fails after several races.

Fabrication shops making chassis parts consider each and every weld to be safety-critical, not just structural. Consistency across several dozen joints is more important than speed. Consistency begins with tools that perform consistently from joint number one to joint number one hundred. It does not matter how good a welder you are. Your shop will produce inconsistent results if the tools fight the welder instead of helping him or her.

Several things set a dependable fabrication environment apart from a shop prone to rework:

• Lens Reaction Time and Clarity: Sluggish reaction time of an auto-darkening lens means that welders must continually flash their eyes. This causes eye strain and produces inconsistent joints further into the shift.
• Shade Control: Inconsistently or incorrectly controlled shade levels reduce ability to see the puddle clearly, particularly when working with thin-wall chromoly tubing used in race car chassis.
• Secure, Consistent Helmets: If you are using a helmet that moves around or fogs up mid-weld, you will lose focus in those passes which need stability and clarity.

All shops specializing in oval track, off-road, and drag applications describe the same scenario. It is when the gear stops being a distraction to the welder that the welds improve.

Gear That Keeps Up With the Shop

When choosing welding helmets for their fabrications shops, professional fabricators do not act on impulse. Rather, they seek out input from experienced welders regarding what has stood the test of time with consistent use. Pipe welders usually offer the most insight on the matter as they often perform some of the most difficult welding jobs out there.

The intersection of these two fields is what has prompted a number of racing motor parts stores to shop pipeliner helmets that provide results. Nothing beats going for an off-the-shelf solution. A pipeliner hood usually offers greater range of vision compared to a traditional hood. This is particularly useful in cases where there are extended periods of overhead welds on a roll cage.

The products designed by Ridge Products Welding were designed keeping that particular need in mind. The owner of the company has many years of experience of welding pipes before moving into making gears.

Welding Mistakes That Endanger the Safety of the Race Cars

Even the best welders sometimes make mistakes, especially when working under pressure. This normally takes place in the case of a busy racing season when the car has to be ready to race by Friday.

Here are some of the common problems you’ll find in a fabrication bay:

• Inconsistent Heat Input: Inconsistent heat input in a joint leads to an inferior weld while distorting thin tubing and causing geometry problems in the entire cage.
• Failure to Clean Before Welding: Failure to clean before welding leads to mill scale, paint, and/or oil being trapped in the weld and results in porosity.
• Bad Fit Up of Joint: Bad fit up of joint means gaps and/or misalignment of the tube leading to welding bridging the joint with additional filler.
• Insufficient Cooling Time: Welding joint too quickly after welding another joint leads to entrapment of stress within the metal resulting in cracks.

All the above mentioned problems are not related to skills but are caused by lack of time, lack of lighting, or welding equipment that hinders the work of a welder. This is one kind of a shortcut that is never worth taking because a driver’s life is at stake.

Filler Rods and Consistent Joint Welding

The quality of filler rods used for welding race chassis is often overlooked. However, this quality is as critical as the hood that is covering the welder’s head. The filler rods that absorb moisture from air in a workshop can be inconsistent because of being fragile and unpredictable.

An oven ensures that filler rods have the same consistent quality as they were produced initially, as it maintains a constant temperature level for each rod. Shops that neglect using ovens spend a lot more time doing unnecessary rework and scrap welds than buying an oven.

Repeatability compounds with each build. An accurately stored rod, with a good and clear view from the hood, allows a fabricator to flow through a build without interruption. Post-weld inspection is also quicker, thanks to the absence of surprises to chase down. Those who run a complete race season in a tight schedule see this compounding effect the most. Missing out on even one step earlier causes everything down the line to be slower.

Conclusion

A race car chassis holds the driver through corners, impacts, and any and all bumps on the track. Just like the engine or the suspension, the welds inside the chassis need the same care and attention. Those fabrication shops that take as much care about their gear as about their techniques have cleaner welds and few callbacks.

Few upcoming games have generated as much speculation as GTA VI. Rockstar Games has spent years keeping details under tight control, while leaked footage, fan investigations, official announcements, and rumors have created an enormous amount of discussion around the project.

That makes it difficult to separate confirmed information from speculation. Some details are now official, while others remain based entirely on leaks that Rockstar has never verified. The result is a fascinating picture of what could become one of the biggest releases in modern gaming.

GTA VI Release Date

The official release date for GTA VI is November 19, 2026, with the game initially announced for PlayStation 5 and Xbox Series X|S. Rockstar previously targeted fall 2025 before moving the game to May 2026 and eventually delaying it again.

Rockstar has repeatedly explained that the additional development time is intended to help the studio deliver the level of quality expected from the next Grand Theft Auto game.

For players who have been waiting since GTA V launched in 2013, the final stretch of development has already become a remarkably long wait.

The PC version remains a separate question. Rockstar has not officially announced a PC release date, and the company’s history suggests that PC players may have to wait considerably longer than console players.

Where Does GTA VI Take Place?

One of the biggest confirmed details is the return to Vice City.

The fictional city previously appeared in Grand Theft Auto: Vice City, but GTA VI expands the setting into the fictional state of Leonida.

The new version of Vice City is inspired by Miami and its surrounding areas, but Rockstar appears to be building a much larger world than the original game could offer.

The scale of the map is particularly interesting because modern open world games have increasingly focused on creating environments that feel alive rather than simply making them larger.

GTA VI is expected to feature cities, rural areas, highways, beaches, waterways, and other environments that give players more reasons to explore.

Jason and Lucia Are the Main Characters

GTA VI introduces Jason Duval and Lucia Caminos as its central protagonists.

Lucia is particularly notable because she is the first named female protagonist in a mainline Grand Theft Auto game.

The two characters become connected through a criminal storyline after a relatively simple job goes wrong. Their relationship appears to be an important part of the narrative rather than simply a convenient mechanism for switching between playable characters.

This could give Rockstar more room to explore character relationships and conflicting motivations than previous games in the series.

The Bonnie and Clyde Influence

Rockstar has clearly presented Jason and Lucia as partners who become increasingly dependent on each other.

That dynamic has led many observers to compare them to the classic Bonnie and Clyde crime story.

However, GTA VI is expected to put its own spin on the concept.

The relationship between the two characters is likely to influence missions, dialogue, and the overall progression of the story. It also creates opportunities for Rockstar to explore how two people respond differently to the same criminal situations.

What Do the GTA 6 Leaks Tell Us?

This is where things become much more complicated.

A significant amount of information surrounding GTA VI comes from unofficial sources. Some leaked footage has appeared to show gameplay systems and environments, but Rockstar has not confirmed every feature discussed online.

The safest approach is therefore to divide the available information into confirmed details and unverified reports.

Some of the most frequently discussed GTA 6 leaks involve police behavior, vehicle mechanics, character systems, and the overall level of world simulation.

These possibilities are interesting, but they should not be treated as final features until Rockstar officially confirms them.

Smarter Police AI Could Change GTA

One of the most interesting rumored improvements concerns police behavior.

Earlier GTA games generally relied on a wanted level system that determined how aggressively law enforcement responded to the player.

Leaks have suggested that GTA VI could introduce more sophisticated police AI.

Instead of simply spawning additional officers, police may be able to use information about the player’s appearance, clothing, vehicle, and location to track them.

If implemented effectively, this could make escaping from police feel much more dynamic.

Players might have to think about changing vehicles, avoiding predictable routes, or altering their appearance rather than simply driving away until the wanted level disappears.

A Possible Six Star Wanted Level

Another rumored feature is the return of a six-star wanted system.

Previous games in the series have used six stars, most famously GTA III and GTA Vice City.

A sixth level could potentially represent an extreme police response involving military forces or heavily armed units.

However, this remains unconfirmed.

It is exactly the kind of feature that has generated substantial discussion among fans but should still be considered speculation until Rockstar officially explains the wanted system.

Vehicle Mechanics Could Become More Detailed

Vehicles have always been central to Grand Theft Auto.

GTA VI could take that idea further by introducing more detailed vehicle interactions.

One rumored feature involves using vehicle trunks to store equipment and change loadouts.

This would make cars more than simple transportation. A vehicle could potentially become a mobile storage system for weapons, equipment, or other mission-related items.

Another frequently discussed rumor involves fuel consumption.

If vehicles actually require fuel, players would need to pay greater attention to how they travel across the map.

Again, these features have not been officially confirmed.

Red Dead Redemption 2 Could Influence the Gameplay

Rockstar’s previous major open world game, Red Dead Redemption 2, introduced numerous systems designed to make the world feel more physical and believable.

Some reports suggest GTA VI could borrow elements of that philosophy.

Possible examples include more detailed melee physics, stamina related mechanics, environmental activities, and deeper interactions with the world.

This would make sense from a development perspective.

Rockstar has already spent years building systems that make its open worlds feel reactive. GTA VI could adapt those ideas to a modern urban and coastal environment.

A More Reactive Open World

The biggest potential improvement may not be a single feature.

Instead, it could be the way multiple systems interact.

Imagine stealing a car, being seen by witnesses, attracting police attention, changing vehicles, hiding somewhere, and later encountering consequences because of what happened earlier.

That kind of interconnected simulation is what could make GTA VI feel significantly different from GTA V.

Rockstar’s strength has traditionally been its ability to combine many smaller systems into a world that feels unpredictable.

GTA Online Is Still a Major Question

GTA Online became one of the biggest successes in the history of the franchise.

Naturally, players want to know what will happen after GTA VI launches.

Rockstar has not provided complete confirmation about the next generation of its online component. It is possible that the existing GTA Online ecosystem will continue while Rockstar develops the multiplayer experience connected to GTA VI.

That approach would allow the studio to avoid rushing an online mode simply to meet the single player launch date.

For Rockstar, the online component is also commercially important because GTA Online has generated years of recurring revenue through its evolving content and GTA+ subscription service.

Why Rockstar Is Taking So Long

The development period has been unusually long, but the scale of expectations explains part of the delay.

GTA V became one of the most commercially successful entertainment products ever released, while Red Dead Redemption 2 demonstrated how much detail Rockstar can put into an open world.

GTA VI therefore has to meet an almost impossible standard.

Players are not simply expecting another GTA game.

They are expecting Rockstar to redefine what a modern open world can do.

That creates enormous pressure on every part of development.

What Could the Next Official Presentation Reveal?

Rockstar is expected to provide a more detailed look at GTA VI as the release approaches.

The important distinction will be whether the studio focuses primarily on cinematic material or finally demonstrates extended gameplay.

A substantial gameplay presentation could answer many of the questions surrounding the leaked footage.

Players would finally be able to see how the police system works, how character switching functions, how vehicles behave, and how large parts of Leonida actually feel during normal gameplay.

Until then, leaks will continue to fill the information gap.

Why Fans Should Be Careful With Leaks

Leaks can be useful, but they can also create unrealistic expectations.

A leaked development build may contain experimental mechanics that were later removed. It may also show unfinished animations, placeholder assets, or systems that were changed during production.

This is particularly important with a game as heavily discussed as GTA VI.

A rumor repeated thousands of times can start to look like an official fact even when Rockstar has never confirmed it.

The best approach is to treat leaks as clues rather than guarantees.

The Price Could Become Part of the Conversation

The game’s pricing is also receiving attention.

The Standard Edition is priced at $80, while the Ultimate Edition costs $100.

That puts GTA VI above the $70 price point that has become common for many major AAA games.

The higher price reflects both the enormous expectations surrounding the title and the broader trend of publishers experimenting with premium pricing for major releases.

Whether players accept that price will likely depend heavily on how much content Rockstar ultimately delivers.

GTA VI Could Influence the Entire Industry

Grand Theft Auto has historically influenced more than just other open world games.

Its success can affect pricing strategies, game design, marketing, online monetization, and even how publishers think about major releases.

If GTA VI becomes another enormous commercial success, other studios may become more comfortable investing years into fewer but significantly larger games.

It could also influence how publishers approach digital editions, subscriptions, downloadable content, and long term online support.

Final Thoughts

GTA VI has reached a point where the difference between confirmed information and speculation matters more than ever. The release date, Vice City setting, Leonida world, and Jason and Lucia are established parts of the game, while many of the more detailed gameplay systems circulating online remain unconfirmed.

The leaked information is still fascinating because it suggests Rockstar may be building a considerably more reactive world than the one seen in GTA V.

Smarter police behavior, deeper vehicle interactions, improved character systems, and a more detailed environment could collectively create a very different open world experience.

For readers who want to follow gaming news, hardware developments, reviews, and detailed game coverage, Root-nation.com is another useful resource for staying updated on the latest developments across the gaming and technology industry.

Ultimately, the biggest challenge facing GTA VI is not simply technical.

It is expectation.

After more than a decade of anticipation, fans have imagined countless versions of the game. Rockstar now has to deliver a finished product that can stand on its own rather than compete with every theory and rumor created by the community.

If the studio succeeds, GTA VI could become much more than another successful Grand Theft Auto game. It could set the standard for the next generation of open-world gaming.

Many CIOs are now stuck with one major headache: the old hypervisor platform.  A hypervisor platform is key to an enterprise’s efficiency in handling VMs. But ever since Broadcom acquired VMware, there’s been a shakeup across the industry for hypervisors. 

Since most organizations were relying on VMware, the licensing changes increased more than the upfront subscription cost. The licensing is unpredictable, and the management suite cuts a hole in their pocket through hidden expenses. 

Additionally, when discussion starts to take place around migration, complex increases as the enterprise is deeply submerged under a pile of support tools. 

Nobody thought about changing the hypervisor until something broke. But now, it’s the center of IT conversations as modern AI-enabled workloads also aren’t compatible with old tech.

So, what’s the best hypervisor to migrate to? Or, a better question, how would a CIO go about selecting a hypervisor platform? We’ve got the right approach that helps simplify the decision. 

Understanding Hypervisors

Before evaluating alternatives, it helps to understand the foundation of virtualization infrastructure. What is a Hypervisor is often one of the first questions IT leaders revisit when reassessing their virtualization strategy, especially as organizations move from traditional three-tier architectures to modern hyperconverged environments.

Core Criteria CIOs Must Evaluate Before Making a Switch 

Here’s how to proceed if you’re thinking of upgrading to a modern hypervisor that aligns with your TCO budget and requirements for VMs: 

Total Cost of Ownership and Licensing Predictability

For some of the old vendors, this is often the most tricky part. CIOs see something on the vendor brochure, and the finance team tells them something different at the end of the financial year. 

Asking these questions helps outline the real TCO of a hypervisor platform:

1. Is your next vendor charging per core or per socket? 
2. Are there “mandatory” add-ons bundled in that you didn’t ask for? 

Most IT teams budget for a straightforward renewal, only to discover the new pricing model quietly tacked on extra support tiers or hardware requirements they hadn’t planned for. So, before you sign anything, map out the full cost, not just the sticker price.

Migration Complexity and Downtime Risk

Nobody wants a virtualization software switch that takes down production. Look closely at live migration tools and ask:

1. Can workloads move without a reboot? 
2. Does the platform support both hot and cold migration, and how well does it play with your existing applications? 

This is where a lot of hypervisor comparison exercises fall apart on paper, since the marketing slides never show the two-in-the-morning troubleshooting call.

Built-In Security Versus Bolted-On Add-Ons

A modern hypervisor platform shouldn’t need five different vendors stitched together just to get basic protection. Micro-segmentation, endpoint security, and disaster recovery need to live at the hypervisor layer itself, not as an afterthought you buy separately (and then have to manage separately, too).

Operations and Lifecycle Management Efficiency

If your team is juggling different consoles for edge sites, core data centers, and remote branches, that’s operational bloat eating into your budget in ways that never show up on an invoice. Centralized management across your entire footprint should be table stakes at this point, not a premium feature.

Questions Every CIO Is Asking

The right hypervisor decision depends on knowing the right questions to ask. Here’s what CIOs across enterprises are asking: 

What Is Driving Enterprises To Replace Their Existing Hypervisor Platform? 

Mostly it comes down to steep licensing increases, forced product bundling, vendor lock-in, and a growing need for security and hyperconverged capabilities that are actually built in rather than duct-taped on. CIOs want transparent TCO and infrastructure that scales without a fight.

How can IT leaders ensure a near-zero downtime hypervisor migration? 

Start with platforms that offer automated, agentless migration tools. Run a real compatibility assessment before you touch production. Then move workloads in phases, starting with the stuff that won’t wake anyone up at 3 a.m. if something hiccups.

What’s the Difference Between a Traditional Hypervisor and a Modern Hyperconverged (HCI) Virtual Platform? 

This is one of the more common questions we hear, and it’s worth understanding before evaluating Type 1 vs Type 2 Hypervisor options. 

Traditional hypervisors typically sit on top of a decoupled, three-tier setup: separate compute, SAN storage, and networking switches, each managed on its own. 

Modern HCI platforms fold compute, software-defined storage, networking, and security into one unified software stack you manage from a single console. 

How Modern Hypervisors Are Redefining the Virtualization Stack

Modern infrastructure requires fundamentally removing complexity rather than layering additional tools. Sangfor HCI redefines enterprise virtualization by tightly coupling compute (Sangfor aSV), software-defined storage (Sangfor aSAN), and visualized networking (aNet). Crucially, unlike alternative platforms that rely on fragmented, legacy bolt-on security tools, Sangfor integrates kernel-level native security (aSEC) directly into the hypervisor layer to neutralize ransomware and enforce micro-segmentation at the core. To guarantee enterprise business continuity, Sangfor features a validated global ecosystem, integrating deeply with world-leading data protection authorities: Veeam (for advanced backup, recovery, and DR orchestration) and Cohesity (post-merger with Veritas) for full-stack data resilience, compliance, and zero-trust data management. 

Thankfully, there’s no crisis of modern Hypervisor platforms in the market. But the top vendors CIOs are eyeing are backed by credible users and genuine reviews on third-party peer review forums. Sangfor aSV is one such name that keeps coming up on CIO top lists. Here’s a case study on why: 

Breaking Down the Traditional Infrastructure Silos

Sangfor HCI, built around its aSV hypervisor, strips out the old three-tier complexity by unifying compute, storage, networking, and security into a single stack. 

No more juggling separate consoles for your SAN team and your network team and your virtualization team. It’s one platform, one place to manage enterprise infrastructure.

Simplifying Licensing

On the licensing side, they have leaned into predictable, transparent models instead of the punitive structures that pushed a lot of enterprises to start shopping around in the first place. 

That matters when you’re trying to forecast a three-year infrastructure budget and don’t want any surprises buried in a renewal notice.

Winning on Peer Review Platforms

The market noticed, too. In the G2 Summer 2026 Reports, Sangfor earned multiple badges and Leader status based on verified customer reviews, with recognition spanning hyperconverged infrastructure, server virtualization, hybrid cloud storage, and disaster recovery categories. 

Reviewers on G2 specifically called out Sangfor’s strengths in usability, deployment speed, and overall results, which lines up with what a lot of infrastructure teams actually care about day-to-day, not just uptime, but how much friction is involved in running the thing. 

Gartner Peer Insights reviewers have echoed similar themes, particularly around how well Sangfor HCI performs when managing multiple clusters across low-bandwidth or remote sites.

Happy Clients Say it All. 

Real deployments back this up. SCTV, a major broadcasting company facing rising VMware licensing costs, migrated its media editing, rendering, and broadcast playout systems to Sangfor’s infrastructure and kept operations running throughout the transition, something that matters enormously when your business literally can’t afford dead air. 

Traditional three-tier architecture couldn’t scale the way they needed, so they moved to a 5-node Sangfor HCI cluster with integrated security built in from day one, rather than layered on afterward.

Choosing the Hypervisor Platform of the Future

Choosing a hypervisor platform isn’t just about keeping virtual machines running anymore. It’s about agility, built-in security, and knowing what your infrastructure will actually cost you two or three years from now, not just at signing.

Our advice? Don’t try to boil the ocean on your first move. Start with a proof of concept on a handful of non-critical workloads. See how the migration tools actually behave, how the management console feels day-to-day, and whether the performance holds up under real conditions, not just a vendor demo.

If you’re in the middle of evaluating VMware alternatives or just want a clearer picture of what a modern hyperconverged setup looks like in practice, it’s worth exploring Sangfor’s HCI migration guides or requesting an infrastructure TCO assessment. Sometimes seeing how other enterprises made the switch is the fastest way to figure out your own path forward. 

Introduction

When OEM equipment operates, there will be situations where the stock bushing would not fit the load, speed, or the environment of particular applications. As a result, there will be high wear rates, excessive clearance, which ultimately causes unplanned downtime and raises maintenance cost and reduces productivity.

The reason behind it is the use of either generic parts or modification in parts without any particular focus on designing the part considering the material and tolerances needed. Moreover, these techniques not only fail to solve the problem, but they also cause disassembly mistakes in equipment leading to damaging the equipment itself. This article explores how CNC bushing service solves the problem of bushing failure effectively.

What Are the Factors That Make Custom CNC Bushings Better Than Regular Parts When It Comes to Maintaining Equipment Stability?

Regular bushings work well in normal circumstances, but actual situations require extreme conditions like temperature, moisture, heavy load, and dust, among others. Custom CNC bushings solve all these variables by making use of proper material, tolerance, and surface treatment.

1. The Failure Patterns of Regular Bushings

Regular bushings exhibit predictable failure patterns in non-ideal situations. In extremely hot places, the thermal expansion is higher than the tolerances provided, resulting in either seizing or excessive clearance. In humid or corrosive conditions, regular steel bushings get rusted quickly, thus increasing wear. When subject to heavy cyclic loads, regular materials easily fatigue, which results in cracks and total failure.

2. The Engineered Superiority of Custom CNC Bushings

The process of designing a custom CNC bushing starts by analyzing the operational factors: magnitude and direction of the applied loads, speed of rotation, environmental temperature, lubrication medium, and contaminant conditions. Based on these factors, the engineer determines the best material for the job — be it bearing bronze for heavy loads and low speeds, hardened steel for impacts, or stainless steel for corrosion resistance. Tolerances are established to ensure proper fit class (e.g., H7/g6). Wear-resistance surface finishes include PTFE impregnation and phosphate coatings.

3. Quantified Results: Increased Replacement Time Periods

An example in real life shows the effect. The paper mill had to replace its standard bronze bushings in the dryer rolls every three months because of their quick wear caused by humid conditions and dirt. When the mill switched to CNC bushings featuring sealed structure, PTFE lining, and 316L stainless steel substrate, the time period increased up to 18 months, that is, 500% improvement. It resulted in a 73% decrease in downtime costs. Such a result can be achieved when working with a supplier that provides high precision CNC machining services certified under ISO 9001 and IATF 16949.

How can OEMs Specify Design Requirements for Custom Bushings at the Source?

Understanding how to specify bushing designs based on their operating conditions is essential. This involves carefully analyzing all relevant aspects related to loads, speed, temperature, and other environmental parameters to be able to determine material, geometrical, and dimensional needs.

• Material Selection Based on Operating Parameters: Firstly, engineers should understand what the environment where the bushing will be used implies. In high impact applications like excavator boom joints, steel bushings with a hardened surface (58-62 HRC) will provide sufficient impact strength. Corrosion-resistant environments will require use of bronze or duplex stainless steel. Oil impregnated sintered bronze will be the best choice for high-speed low-load environments.

• Turning Requirements Into Engineering Specifications: Once the material choice is made, the engineer should define dimensions, tolerances, and surface roughness. The critical characteristics will include: nominal diameter and length, wall thickness, tolerance of inside diameter (usually H7 or H8), tolerance of outside diameter (usually g6 or f7), concentricity, and surface roughness (Ra 0.4-0.8μm for bearing surfaces). Features related to lubrication should be defined, including grease grooves, oil holes, or graphite plugs, depending on the lubrication technique.

• Working with Experienced Manufacturers: It is vital to involve experienced custom bushing manufacturers at the design stage. This way, the specialists will be able to assess the working conditions and offer the necessary adjustments that the engineer has overlooked. For instance, they may propose using flanged bushings to withstand axial forces or split bushings to facilitate their installation in narrow spaces.

Are the Total Lifecycle Costs of Custom CNC Bushings Really Lower?

Many of those responsible for making purchase decisions look only at the cost per unit when evaluating cost. In reality, the total cost of ownership (TCO) – including cost of purchase, installation costs, required maintenance and downtime losses – provides a totally different picture. The custom CNC bushings have proven to be much cheaper overall despite higher initial costs.

1. The Total Cost of Ownership (TCO) Calculation Scheme

For one bushing, TCO consists of: initial purchase cost, installation costs and equipment downtime, lifespan, frequency of replacements, and cost of unexpected downtime. For example, in a case of a critical gearbox in a steel factory, the standard bushing priced at $50 has to be replaced once every 6 months with a cost of downtime at $10,000 for 8 hours. After 5 years, TCO comes to $50 (initial cost) + 10,000 x 10 replacements = $100,050.

2. The Benefit of the Custom Bushing TCO

This custom-made gear bushing, worth $175, can operate for 36 months until being replaced. In the next 5 years, only two replacements will be required. Thus, the total cost of ownership is $175 (initial) + $10,000 * 2 replacements = $27,675, which means that it reduces the total cost by 72%. Despite the high initial costs, the customized solution still yields savings of about $87,000 per gearbox within five years.

3. Specific Material Lifecycle Advantages

When it comes to low-speed and heavy loads, custom bronze bushings are highly resistant to wear. Such material features like anti-galling ability and embedability make the possibility of damaging the shaft unlikely. Furthermore, if you use CNC machining for custom bushings with precision up to ±0.005 mm, the design will be optimal for hydrodynamic lubrication.

How to Evaluate the Technical Capacity of the Custom CNC Bushing Manufacturer?

Choosing a good custom CNC bushing manufacturer depends on evaluating the manufacturer from five perspectives: machine accuracy, testing capacity, quality system certification, industry experience, and rapid response in terms of deliveries.

1. Machine Accuracy and Multiple Axis Capability

Machine tools are an essential part of accurate bushing fabrication. It is worth choosing manufacturers having CNC turning machines with accuracies of ±0.005mm, live tools for milling and drilling, and 5-axis machine centers. A manufacturer that possesses the in-house capability of cylindrical grinding can produce a surface finish less than Ra 0.2μm for sealing surfaces.

2. Inspecting Equipment and QA Infrastructure

Inspect the manufacturer’s measuring devices: CMMs to verify dimensions, roundness testing machines for checking circularity, surface roughness testing machines to check finish, and hardness testing machines to validate the heat treatment process. A vendor who supplies complete dimensional reports with each shipment indicates their commitment to quality.

3. Certifications and Industry Experience

Certifications are a form of independent verification of process discipline. ISO 9001 represents the minimum requirement. IATF 16949 represents automotive process control. AS9100D represents aerospace-level traceability. ISO 14001 represents environmental management. A manufacturer that has been working in your industry knows your unique quality needs. In the case of custom made pins and bushings, capability of machining internal splines, keyways, oil grooves and threaded holes all in one go is an excellent sign of expertise.

In What Way Can Custom CNC Bushings Benefit OEM Companies in Building Their Competitiveness in the Long Term?

In addition to addressing the issues with the production line, entering into a business relationship with a provider of customized CNC bushings will provide long-term competitive advantages. OEM companies will be able to distinguish their products and reduce the time of bringing them to market.

1. Early Design Involvement for Optimized Performance: Early involvement by LS’s engineering group in the design process includes assessing the application and suggesting grades of material, tolerance classes, and surface finishes. Such an approach eliminates future redesign costs and assures the optimal performance of the bushing under the defined working conditions.

2. Material and Structural Optimizations: Considering the load analysis, the experts might propose replacing the bronze bush with a steel bush featuring PTFE lining to achieve higher load capacity and reduced friction. Alternatively, the team can propose using a split bush for easier installation in a tight space. This optimization, which takes place prior to manufacturing, enhances product performance and minimizes the total cost.

3. Measurable Competitive Advantages: As a consequence of the collaborative effort, there is a clear outcome in terms of increased reliability of the equipment (50%), reduced downtime (30%), and increased maintenance intervals (200%). For the OEM, the outcomes include reduced warranty cost, high customer satisfaction, and improved company reputation. The custom CNC bushing service goes beyond procurement as it is used as a competitive advantage.

Conclusion

Custom CNC bushing services aren’t just about replacing parts, but a solution aimed at boosting equipment efficiency and minimizing the cost of operations through scientific selection of suppliers and personalized designs. OEMs can effectively deal with any issues related to the malfunction of bushings and increase productivity through this means.

FAQs

Q1: How long does it take to make custom CNC bushings?

A: Samples usually take 5 to 10 days and production takes 15 to 25 days depending on the complexity and volume of orders. In-house factories along with ISO certificates are more prompt in such situations.

Q2: Are you able to manufacture bushings to suit older machinery models?

A: Certainly! Just send us the old sample or drawing. Skilled manufacturers will do the reverse engineering of your part and will help rejuvenate your old equipment with their best manufacturing capabilities.

Q3: What is the minimum order quantity of custom-made CNC bushings?

A: Most manufacturers allow 1-piece order for repair purposes and trial lots. Unit costs are better when ordering more. Try to negotiate discounts depending on your annual consumption.

Q4: How do I test the machining quality of custom bushings?

A: Responsible manufacturers always include inspection reports along with the shipment, which include dimensions, roundness, and cylindricity. You can request independent inspection and also perform tests using air gauges.

Q5: Can custom bushings prevent all downtime?

A: Custom bushings cannot prevent all types of downtime but can prevent downtime due to bushing failure. Together with maintenance and monitoring, they will help to minimize downtime.

Author Bio

The author is an experienced industrial procurement consultant focusing on supply chain management of precision mechanical parts. He has a wealth of experience guiding Fortune 500 companies to design procurement processes that will help save money and enhance machinery efficiency. LS Manufacturing offers full range custom CNC bushing solutions certified according to ISO 9001, IATF 16949 and AS9100D standards, ensuring that customers realize significant savings from their investments.

If you’re like me and trying to sell my car online, you’re not alone. Many car owners like to use these sites because they make everything fast, easy, and complication-free. If you’re looking to trade up to a new vehicle or just need some cash, selling your car online can help you connect with more buyers and get the best price.

Why Choose to Sell My Car Online?

Selling your car online offers many benefits compared to more traditional methods. It’s easy to create a listing, upload high-resolution photos, and chat with potential buyers without ever leaving your house. You can also use the online market to shop around and compare prices to help you get the right price for your car.

Another advantage of selling your car online is quick offers. You’re not limited to a local market, so you can appeal to a wider audience, which can help you sell faster.

Tips to Sell Used Car Successfully

To get the best price possible for your used car, preparation is key. Start with a thorough cleaning of your vehicle, inside and out. A well-prepared vehicle makes an excellent first impression and attracts serious buyers.

You should also have all documentation handy: registration, service history, maintenance records, etc. Buyers like transparency; having all the paperwork can only give them more confidence in your car.

Good photos also matter. Take clear photos from different angles: the inside and outside of the car, the engine, and the wheels. A complete description of your car that includes its most important attributes, how many miles it has, its condition, and any recent repairs or maintenance will help you sell quickly.

Get the Best Value for Your Vehicle

When selling via an online sell-my-car platform, check the prices of comparable vehicles. Pricing the car fairly but competitively will help you to attract serious buyers and maximize your return.

Respond promptly to questions and be upfront about your car’s condition. Clear communication and trust can also lead to a faster sale and a smoother transaction.

Final Thoughts

Listing your car for sale online is a great way to find buyers quickly and complete your sale in no time. With the right preparation, pricing, and listing, you can sell your used car fast while getting the value it deserves. Whether it’s an old car or a relatively new one, selling your vehicle online is a simple, fast, and reliable way for today’s owners to get the most out of their vehicle.

Police determine whether speeding caused a crash by examining evidence such as vehicle damage, skid marks, traffic-camera footage, witness statements, road conditions, and the drivers’ actions before the collision. Speeding is not always obvious after a crash, so investigators may need to piece together several sources of evidence before deciding whether excessive speed contributed to the accident.

A crash investigation is about more than determining how fast a vehicle was traveling. Officers also consider whether the speed was unsafe for the road, weather, traffic, or other conditions. If another driver’s speeding contributed to your injuries, understanding the investigation can help you know what evidence may support your ability to seek compensation for your injuries.

Police Examine Skid Marks and Tire Evidence

Skid marks can provide important information about what happened before impact.

When a driver brakes suddenly, the tires may leave marks on the roadway. Investigators can examine their length, location, and direction to help estimate the vehicle’s speed before braking.

Modern vehicles may not always leave traditional skid marks, particularly when anti-lock braking systems are involved. For that reason, officers usually consider tire evidence together with other information rather than relying on skid marks alone.

Vehicle Damage Can Reveal the Force of a Crash

The damage to the vehicles can also help investigators understand how the collision occurred.

The location and severity of damage may provide clues about the direction of impact, point of collision, and relative movement of the vehicles.

In serious crashes, accident reconstruction specialists may use vehicle damage, measurements, and other evidence to develop a more detailed analysis of the collision.

Police Review Traffic-Camera or Dashcam Footage

Video can be some of the strongest evidence in a speeding investigation.

Traffic cameras, nearby business surveillance systems, dashcams, and even footage recorded by witnesses may show what happened immediately before the crash.

Video can help investigators determine:

• How fast vehicles appeared to be traveling
• Whether a driver accelerated before impact
• Whether a driver ran a traffic signal
• Where the vehicles were positioned
• How the collision occurred

If video is available, preserving it quickly can be important because some surveillance systems automatically overwrite older recordings.

Witness Statements Can Help Establish Speed

People who saw the accident may provide information about how the vehicles were moving.

A witness might report that a vehicle was traveling unusually fast, weaving through traffic, or accelerating shortly before the collision.

Witness statements can be useful, but police may compare them with physical evidence and other accounts before reaching a conclusion.

Police Consider Road and Weather Conditions

A vehicle does not necessarily have to exceed the posted speed limit to be traveling too fast for the circumstances.

For example, driving at the posted limit may still be unsafe during heavy rain, fog, icy conditions, construction, or congested traffic.

Investigators may consider the roadway, weather, visibility, traffic volume, lighting, and other conditions when evaluating whether speed was a contributing factor.

Electronic Data May Provide Additional Evidence

Some modern vehicles contain electronic systems that can record information about vehicle operation.

Depending on the vehicle and circumstances, investigators may be able to obtain information concerning speed, braking, acceleration, seat-belt use, or other events surrounding a collision.

This information can become particularly important when the physical evidence does not clearly establish what happened.

Police May Compare Speed With the Point of Impact

Investigators can examine where the vehicles collided and how far they traveled after impact.

The final resting positions of the vehicles, debris patterns, road markings, and damage can help reconstruct the collision.

Accident reconstruction experts may use these measurements to estimate vehicle speeds and determine whether speed contributed to the crash.

Speeding Does Not Always Mean Speed Alone Caused the Crash

Even when a driver was speeding, investigators must consider whether that speeding actually contributed to the collision.

For example, a driver may have been traveling slightly above the posted limit but still have been unable to avoid a crash caused by another driver’s sudden maneuver.

In another situation, excessive speed may have reduced a driver’s reaction time or increased the severity of the impact.

The connection between the speed and the crash matters when determining responsibility.

A Police Citation Can Support a Claim

If police determine that a driver was speeding, the driver may receive a traffic citation.

A citation can provide useful evidence in an insurance or personal injury claim, although it does not automatically determine civil liability.

Other evidence may still be necessary to establish how the speeding contributed to the accident and the resulting injuries.

Key Takeaways

• Police use multiple types of evidence to investigate whether speeding caused a crash.
• Skid marks and vehicle damage can help reconstruct what happened.
• Traffic cameras and dashcams may provide direct evidence of a vehicle’s movement.
• Witness statements can help establish how a driver was behaving before the collision.
• Weather, traffic, visibility, and road conditions can affect whether speed was unsafe.
• Electronic vehicle data may provide additional information in some crashes.
• Speeding must generally be connected to the collision to show that it contributed to the accident.
• A speeding citation can support a claim but does not automatically establish civil liability.
• Preserving evidence after a crash can be important when seeking compensation for injuries.