The CFMOTO 450 MT is a capable adventure and dual-sport machine that punches well above its price point. But like many factory-spec bikes, it ships with handlebars that represent a general compromise rather than a tailored fit. Whether you ride long tarmac stretches, gravel tracks, or technical off-road trails, the right handlebar setup can transform how the bike feels and responds. This guide answers the most common questions riders ask about handlebar upgrades for the CFMOTO 450 MT, so you can make an informed decision before spending a cent.
Why should you upgrade the stock handlebars on a CFMOTO 450 MT?
Upgrading the stock handlebars on a CFMOTO 450 MT is worth considering because the factory bars are designed to suit the widest possible range of riders, not any specific rider. This means the width, rise, and sweep may not match your body proportions, riding posture, or intended terrain, leading to fatigue, reduced control, and discomfort on longer rides.
The CFMOTO 450 MT is positioned as an adventure-capable machine, which means many owners push it beyond smooth tarmac. On mixed terrain, handlebar geometry directly affects how well you can shift your weight, absorb trail feedback, and maintain confident steering. Stock bars often sit too low or too narrow for aggressive off-road use, forcing an unnatural bend in the wrists and elbows.
Common reasons riders upgrade include:
- Wrist and shoulder fatigue on rides longer than an hour
- Reduced leverage when standing on the pegs off-road
- Difficulty fitting aftermarket accessories like GPS mounts, phone holders, or auxiliary lights
- A desire for more precise feedback from the front end
- Personal fit issues based on rider height or arm length
Even a modest change in bar height or sweep can noticeably reduce upper body tension and improve your overall connection with the bike.
What types of handlebars are compatible with the CFMOTO 450 MT?
The CFMOTO 450 MT uses a standard 22mm (7/8 inch) bar clamp diameter at the controls, with a 28mm tapered section at the center clamp. This means it is compatible with tapered handlebars in the 28mm standard, which is the most common spec for adventure and motocross-style bars.
The most popular compatible handlebar types include:
- Tapered aluminum bars (28mm center, 22mm ends): The most widely available option, compatible with the factory bar mounts without modification. Brands like Renthal, Pro Taper, and Zeta produce bars in this spec across a range of bend profiles.
- Flat/straight bars with risers: Some riders prefer a flat bar combined with a riser clamp system, which allows height adjustment without changing the bar itself.
- Carbon fibre bars: Available in the same tapered spec and increasingly popular for vibration damping, though at a significantly higher price point.
- Wide enduro-style bars: Typically 800mm or wider, suited to riders who spend significant time off-road and want maximum leverage.
Before purchasing, always verify the exact clamp diameter of your specific model year, as minor production changes can affect fitment. It is also worth checking whether your chosen bar requires new grips, cables, or brake line extensions, as a taller or wider bar may pull existing lines tight.
How do handlebar risers improve comfort on long adventure rides?
Handlebar risers improve comfort on long adventure rides by raising the bar height without requiring a full handlebar replacement. This lifts your hands and shoulders into a more upright position, reducing the forward lean that causes neck, back, and wrist strain over time. Even a 20 to 30mm rise can make a meaningful difference on multi-hour rides.
For CFMOTO 450 MT riders who use the bike for touring or mixed-terrain adventure, risers are often the most cost-effective first upgrade. They work by either replacing the stock bar clamps with taller units or stacking spacers beneath the existing clamps.
Types of risers available
There are two main riser designs to consider:
- Bar-end risers (clamp-mounted): These replace the top clamp on the triple tree and add height directly. They are rigid and precise, with minimal flex.
- Handlebar riser adapters: These bolt between the existing clamp and the bar, effectively raising the mounting point. They are simpler to fit but may introduce a small amount of flex at higher heights.
When fitting risers, always check that your brake lines, clutch cable, and throttle cable have enough slack to accommodate the extra height. If the bars rise significantly, you may need extended cables or brake hose extensions to avoid binding or pulling under full lock.
What’s the difference between aluminum and carbon fibre handlebars?
The key difference between aluminum and carbon fibre handlebars is how each material handles weight, vibration, and impact. Aluminum bars are heavier, more affordable, and highly impact-resistant, making them the practical choice for most riders. Carbon fibre bars are lighter and absorb high-frequency vibration more effectively, but they are significantly more expensive and can crack rather than bend under hard impact.
Aluminum handlebars
Aluminum, specifically high-grade alloys like 6061 or 7075, is the dominant material for adventure and enduro handlebars. The advantages are clear:
- Wide availability in multiple bend profiles and widths
- Excellent strength-to-weight ratio for the price
- Will bend before breaking under crash loads, often saving other components
- Easy to replace if damaged
Carbon fibre handlebars
Carbon fibre bars have grown in popularity among riders who cover long distances on rough surfaces where hand fatigue is a real concern. The vibration-dampening properties of carbon can reduce the buzz that transfers from the road or trail through the bars and into your hands. However, the trade-offs matter:
- Significantly higher cost compared to comparable aluminum bars
- Susceptible to invisible internal cracking after a hard impact, which may compromise structural integrity without visible signs
- Require careful torque management when fitting controls and accessories
For most CFMOTO 450 MT riders, aluminum bars offer the better balance of performance and value. Carbon fibre makes more sense for experienced riders with specific vibration-related fatigue issues who are prepared to inspect the bars regularly and replace them after any significant crash.
How do you install handlebar upgrades on a CFMOTO 450 MT?
Installing handlebar upgrades on a CFMOTO 450 MT is a straightforward process that most mechanically confident riders can complete at home with basic tools. The time required will vary depending on whether you need to reroute cables or bleed brakes.
Here is a step-by-step overview of the process:
- Gather your tools: You will need Allen keys, a torque wrench, cable ties, and potentially a brake bleeding kit if lines need extending.
- Remove the controls: Loosen and slide off the grips, then remove the throttle assembly, brake lever, clutch lever, and any switches or accessories from the existing bars.
- Loosen the bar clamps: Undo the top clamp bolts on the triple tree and remove the stock handlebars.
- Fit the new bars or risers: Position the new bars in the clamps. Do not fully tighten yet, as you will need to adjust the angle once controls are fitted.
- Refit all controls: Reinstall the throttle assembly, levers, and switches. Check that cables route cleanly without kinking.
- Check cable and hose slack: Turn the bars to full left and full right lock. All cables and hoses should move freely without pulling tight or binding.
- Set bar angle and torque everything: Adjust the bar angle to your preferred riding position, then torque all clamp bolts to the manufacturer specification.
- Test before riding: Squeeze the brakes, operate the throttle, and check all switches before taking the bike out.
If your new bars are significantly taller or wider than stock, have a qualified mechanic extend your brake lines. Riding with lines under tension is a safety risk that no upgrade is worth.
How TFX Suspension helps you get the most from your CFMOTO 450 MT
Handlebar upgrades improve comfort and control, but they work best when the rest of your setup is dialled in to match. If your suspension is still running factory spec, you may find that better handlebars reveal just how much the stock springs and damping are holding the bike back, especially on mixed terrain or with varying load.
At TFX Suspension, we specialise in building high-performance suspension systems that are fully tailored to the individual rider, not just the bike. For CFMOTO 450 MT riders, that means:
- Custom-tuned shock absorbers from our Traveler, Freelexer, and Xtreme series, matched to your weight, riding style, and terrain
- Full service and revision options to bring tired suspension back to optimal performance
- Custom tuning sessions where every setting is adjusted for how you actually ride, not a generic average
- Ongoing support and maintenance so your suspension stays consistent over time
Our philosophy is simple: do not settle for standard. Whether you are planning a long-distance adventure tour or pushing the 450 MT on technical trails, your suspension should work as hard as you do. Get in touch with us to discuss a setup that matches your ambitions, or explore our blog for more technical guides and riding tips. You can also browse the full range of products and services on the TFX Suspension website.
Frequently Asked Questions
How do I know what handlebar bend profile is right for my riding style?
The best bend profile depends on how and where you ride most. Riders who spend the majority of their time on tarmac or touring typically benefit from a bar with more sweep and moderate rise for a relaxed, upright position, while off-road and enduro-focused riders generally prefer a higher rise with less sweep for better standing leverage and control. A practical starting point is to measure your current bar geometry and compare it against profiles listed on manufacturer fitment charts — brands like Renthal and Pro Taper publish detailed dimension specs for every bend they offer. If possible, try a friend’s bike with different bars before committing to a purchase.
Will upgrading my handlebars affect the CFMOTO 450 MT's warranty?
In most regions, replacing handlebars is considered a standard accessory modification and should not void your entire warranty, but it may affect warranty claims on components directly related to the modification, such as the throttle assembly, cables, or brake lines. It is always worth reviewing your warranty documentation or speaking with your CFMOTO dealer before making changes, particularly if your bike is still within its coverage period. Using quality aftermarket parts and having the installation documented by a qualified mechanic can help protect your position if a warranty question arises later.
Do I need to extend my cables or brake lines when fitting taller bars or risers?
Whether you need cable or brake line extensions depends on how much height you are adding and how much slack already exists in your stock setup. As a general rule, adding more than 30–40mm of rise above stock will often require extensions to avoid cables pulling tight at full steering lock. Always test by turning the bars to full left and full right lock after fitting — if any cable or hose feels taut or restricts movement, stop and have extensions fitted before riding. Riding with brake lines under tension is a genuine safety hazard and should never be overlooked to save time or money.
Can I cut down wide enduro-style bars to a narrower width if they feel too wide?
Yes, aluminum handlebars can be trimmed to a narrower width using a pipe cutter or hacksaw, and this is a common practice among riders who want the strength and profile of an enduro bar without the full 800mm+ width. Before cutting, factor in the width needed for your grips and any bar-end accessories such as mirrors or bar-end weights, and always cut symmetrically from both ends to keep the bar centred. Keep in mind that cutting a bar will expose the raw aluminum end, so a bar-end plug or grip that covers the cut is recommended to prevent injury in a fall.
What is the most common mistake riders make when fitting aftermarket handlebars?
The most common mistake is setting the final bar angle before refitting all controls, which means the angle gets locked in before you can properly assess comfort in a natural riding position. Always install all levers, switches, and grips first, then sit on the bike in your normal riding posture before tightening the clamp bolts to final torque — this lets you make small angle adjustments that can have a big impact on wrist and shoulder comfort. A second frequent mistake is over-torquing clamp bolts, particularly on carbon fibre bars, which can cause invisible structural damage; always use a torque wrench and follow the manufacturer’s specified values.
How does a handlebar upgrade interact with other ergonomic changes like footpeg or seat height adjustments?
Handlebar position, footpeg placement, and seat height all work together as part of your overall riding triangle, so changing one element can make the others feel slightly off. If you raise your bars significantly, you may find your current seat height and peg position still create a forward-leaning posture that offsets some of the benefit — in that case, a small seat height adjustment or a rearward peg relocation can complete the ergonomic picture. Approaching these changes incrementally, one at a time, makes it easier to identify exactly what is and is not working for your body and riding style.
How often should I inspect my handlebars for wear or damage, and when should I replace them?
For regular adventure and mixed-terrain riding, a visual inspection of your handlebars every few months is a sensible habit — look for dents, cracks, corrosion around the clamp area, or any deformation that suggests the bar has taken a hard impact. Aluminum bars should be replaced immediately after any crash that loads the bar directly, such as a tip-over that lands on the bar end, even if no visible damage is obvious, as the internal structure may be compromised. Carbon fibre bars warrant even more caution and should be replaced after any significant impact, since internal cracking can be invisible to the naked eye but still represent a structural failure risk.
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