Harley-Davidson Handlebars Buyer’s Guide: Choosing the Right Bars for Your Bike

Changing the handlebars can alter the look and feel of a Harley-Davidson more than almost any other single modification. It can also make the bike considerably more comfortable, or considerably less comfortable, if the dimensions are wrong for the rider.

That is why choosing handlebars should not begin with appearance alone. Rise, width, pullback, grip position, clamp diameter and control compatibility all matter, as do the cables, brake line and wiring needed to reach the new position safely.

Quick answer: Choose Harley-Davidson handlebars by considering the riding position you want, the bar dimensions, the bike's clamp and control requirements, and whether the existing cables, brake line and wiring will still reach. Check exact fitment for your model and year before ordering.

This guide explains the main measurements and styles, along with the practical checks worth making before you buy.

Why Change the Handlebars?

There are three common reasons: appearance, comfort and control.

A different bar can move your hands higher, lower, further forwards, further backwards, wider apart or closer together. That changes your upper-body position and can affect how much weight you carry through your wrists, shoulders and lower back.

It can also change how the bike feels when manoeuvring at low speed or steering through bends. A wide bar generally gives more leverage, while a narrow or very tall bar can feel quite different even if it looks ideal on the bike.

The right choice therefore depends on both the motorcycle and the rider.

The Main Handlebar Measurements

Handlebar listings normally quote several dimensions. They are useful, but only if you understand what they actually describe.

Rise

Rise is the vertical distance from the mounting area to the hand-control area. More rise generally places your hands higher.

Do not assume that two bars with the same quoted rise will put your hands in exactly the same place. Pullback and the angle of the uprights also affect the final position.

Width

Width is usually the overall distance from one end of the bar to the other. Wider bars can provide more steering leverage and a more open riding position, but excessive width can make a bike awkward in tight spaces or place strain on the shoulders.

Narrower bars can create a compact look and may suit some riders better, but they reduce leverage and can introduce clearance issues with the tank or controls depending on the shape.

Pullback

Pullback describes how far the grips sit behind the centreline of the mounting area. More pullback brings the grips towards the rider.

This can help a rider who feels stretched towards the bars, but too much can crowd the upper body and alter wrist angle.

Diameter

Many Harley-Davidson handlebars use a 1-inch grip and control area, while some bars are thicker through the centre or use stepped sections. 1¼-inch bars are common on custom and touring applications, but the clamp area and control areas may still reduce to a different diameter.

Always check the dimensions stated by the manufacturer rather than buying purely from the advertised overall diameter.

Measure the Riding Position, Not Just the Old Bars

If the current handlebars are uncomfortable, simply measuring them and buying something slightly taller is not always enough.

Think about where you actually want your hands to end up. Are you reaching too far forwards? Are your wrists turned at an awkward angle? Are your shoulders raised? Do you want more leverage at low speed?

It can help to sit on the bike in your normal riding position and hold your hands where they feel natural. That gives you a useful target for height, width and reach.

The seat and foot-control position matter as well. A bar that feels right with one seat can feel different after fitting a seat that moves the rider forwards or backwards.

Handlebar Styles

Names vary between manufacturers, but the following types are commonly seen on Harley-Davidson motorcycles.

Ape Hangers

Ape hangers raise the grips well above the mounting point. They range from relatively modest mini apes to very tall bars.

They can create a distinctive appearance and, when correctly sized for the rider, can provide a relaxed upright position. The important phrase is correctly sized. Very tall bars may require longer cables, brake lines and wiring and can place the hands at a height that some riders find tiring.

Check local legal requirements as well as comfort and fitment when considering unusually tall handlebars.

Mini Apes

Mini apes provide some of the visual character and additional height of an ape hanger without going to the same extreme.

They are often a useful option for riders who want their hands slightly higher and closer without making major changes to the bike.

T-Bars

T-bars combine the bar and riser arrangement into a strong, direct-looking design. They are popular on performance-orientated builds and can give a firm, controlled feel.

Height and pullback vary considerably, so do not assume all T-bars create the same riding position.

MX and Moto-Style Bars

Motocross-inspired bars are often used on performance-style Harley builds. They tend to be relatively wide with a more direct hand position and are commonly fitted with suitable risers.

They can provide good leverage, but the complete riser and bar combination needs to be considered when working out final height and reach.

Drag Bars

Drag bars are generally low and fairly straight, producing a compact, purposeful appearance.

They can work well on the right bike and for the right rider, but may place more weight through the wrists or require the rider to lean further forwards.

Tank clearance is particularly important because the controls and switches may come close to the tank at full steering lock.

Buckhorn and Pullback Bars

Buckhorn-style bars use substantial sweep and pullback to bring the grips towards the rider.

They can suit a relaxed riding position, although wrist angle is very personal. Some riders find the sweep comfortable while others prefer a straighter grip position.

Beach Bars

Beach bars are typically wide with significant sweep. They create a distinctive relaxed look and can suit cruisers where a broad, laid-back riding position is wanted.

As with any very wide or heavily swept bar, check cable routing, mirror position and full-lock clearance.

Rise, Pullback and Riser Height Work Together

The handlebars are only one part of the final hand position. Riser height and pullback can change the result substantially.

A relatively low bar on tall risers may place the grips higher than a taller bar on short risers. Pullback risers can also move the entire assembly towards the rider.

When comparing options, consider the complete combination rather than one measurement in isolation.

Riding Comfort

There is no single ideal handlebar height for every rider.

A comfortable position normally allows the shoulders to remain relaxed, the elbows to retain some bend and the wrists to sit at a natural angle. Your arms should not feel as though they are supporting your body weight.

If the bars are too far forwards, the rider may round the shoulders and lean onto the grips. Too much pullback can have the opposite effect and make the cockpit feel cramped.

Very high bars can suit some riders perfectly, while others find them tiring over longer distances. Rider height, torso length, arm length, seat position and riding style all affect the result.

Control and Tank Clearance

Before ordering, think about what happens when the steering is turned fully from lock to lock.

The switch housings, levers, master cylinder and mirrors need sufficient clearance from the fuel tank, fairing, screen and other components. Clearance that looks adequate with the bike pointing straight ahead may disappear at full lock.

Also check that the controls can be positioned at a comfortable angle without interfering with bends or welded sections of the bar.

Mechanical Throttle or Throttle-by-Wire?

This is one of the most important compatibility checks.

Older and many earlier Harley-Davidson models use a cable-operated throttle. Later models in various ranges use electronic throttle control, commonly referred to as throttle-by-wire.

A handlebar intended for throttle-by-wire applications needs the correct internal arrangement at the right-hand end for the electronic throttle sensor and wiring. A conventional cable-throttle bar may not be suitable.

Do not assume compatibility purely because the bar diameter is correct.

Cables, Brake Lines and Wiring

Changing handlebar height, width or pullback can change the required length of several components.

Depending on the motorcycle, check:

• Throttle cables
• Clutch cable
• Hydraulic clutch line
• Front brake line
• Switch wiring
• Throttle-by-wire wiring

Some modest handlebar changes can be made using standard-length components if there is sufficient routing allowance. Larger changes often require longer replacements.

Do not judge this while the bike is stationary with the steering centred. Turn the bars fully in both directions and make sure nothing becomes tight, stretched, trapped or sharply bent.

Brake-Line Length

The front brake line must retain enough free movement throughout the complete steering range and suspension movement.

A brake hose that is pulled tight at full lock is not acceptable. Equally, an excessively long line should not be allowed to loop into a position where it can rub, snag or contact moving parts.

Use a correctly specified line and route it properly.

Clutch Cable or Hydraulic Clutch Line

On cable-clutch models, taller or wider bars may require a longer clutch cable. On hydraulic-clutch models the same principle applies to the hydraulic line.

The line or cable must move freely throughout the steering range without tension or an excessively tight bend.

Internal Wiring

Many aftermarket handlebars are drilled or slotted to allow switch wiring to run internally. This creates a cleaner appearance but makes installation more involved.

Check that the bar is designed for internal wiring and that the holes are correctly positioned for your controls. Sharp edges should never be allowed to damage insulation.

Bars with tight bends can make pulling wiring through more difficult, particularly where connectors are large.

Dimpling and Control Compatibility

Some handlebars have dimples or relief areas to provide clearance for external wiring beneath the switch housings. Others are designed around internal wiring.

Control design varies by year and model, so the presence or absence of dimples can matter.

Again, a 1-inch diameter alone does not guarantee correct fitment.

Knurled Clamp Areas

Some bars have knurled sections where they contact the riser clamps. These can improve grip between the bar and clamp.

The spacing needs to suit the riser arrangement. On bars intended for a particular application this is usually accounted for, but it is worth checking when mixing universal bars and risers.

1-Inch and 1¼-Inch Bars

A 1¼-inch bar may still reduce to 1 inch at the hand controls and sometimes at the clamping section. Other designs use a larger clamp area and require matching risers.

Look at all three relevant areas:

• Riser clamp diameter
• Control and grip diameter
• Overall centre-section diameter

If any one of those is wrong, the bar may not fit even though the headline description appears correct.

Risers

Changing risers can be an alternative to changing the handlebars, or both can be changed together.

Taller risers increase hand height. Pullback risers move the bar towards the rider. Different risers can also alter the appearance and stiffness of the front end.

Make sure the risers are suitable for the top yoke or upper clamp arrangement and the handlebar diameter being used. Fasteners, spacing and instrument mounting can also differ between models.

Fairing and Instrument Clearance

On Touring models and bikes with fairings, the bars need to clear the fairing, screen, instrument housing and controls throughout the steering range.

Bar changes can also alter the position of mirrors relative to the fairing.

Some models use handlebar-mounted instruments while others mount them elsewhere. If the speedometer, warning lights or other components are attached to the existing bar or riser assembly, make sure the new arrangement provides a suitable mounting solution.

Heated Grips

If heated grips are fitted or planned, check compatibility before choosing the bars.

Internal wiring, throttle type, bar-end design and grip dimensions can all matter. Some bars provide easier routing than others.

Bar-End Accessories

Mirrors, indicators, weights and other bar-end accessories require the correct internal diameter or mounting arrangement.

If you plan to use them, check before buying rather than discovering after installation that the bar ends are unsuitable.

How Much Rise Can I Add Without Changing Cables?

There is no reliable universal answer.

It depends on the original routing, the particular model, the bar width and pullback, and how much spare length exists in the cables, hose and wiring.

Two bars with the same rise can require different lengths because their width and pullback are different.

If a manufacturer offers a specific fitment note saying standard cables and lines can be retained, that is useful. Otherwise, inspect and measure the actual bike.

Do Taller Bars Need Longer Wiring?

Often, yes, once the change becomes significant.

Some motorcycles have enough spare wiring in the loom for a modest increase. Larger changes may require extensions or replacement wiring.

Connections should be secure, protected and routed so that steering movement does not pull on them.

Will Wider Bars Improve Handling?

Wider bars generally provide more leverage, which can make steering inputs and low-speed manoeuvring feel easier.

That does not mean wider is always better. Excessive width can be uncomfortable, awkward in traffic and unsuitable for the rider's shoulder width.

Choose the width that gives useful leverage without forcing an unnatural arm position.

Are Ape Hangers Comfortable?

They can be, provided the height and pullback suit the rider.

For some people a modestly raised bar reduces the forward reach and produces a relaxed posture. For others a very tall bar creates shoulder or arm fatigue.

The label on the bar does not decide comfort. The final grip position does.

Do I Need New Risers?

Not always.

Some replacement bars fit the existing risers, while others require a different clamp diameter or are designed as an integrated T-bar arrangement.

If your aim is mainly to move the bars slightly higher or closer, a riser change alone may sometimes achieve it.

Can I Fit Any 1-Inch Handlebar?

No.

Diameter is only one compatibility point. You also need to consider throttle type, switch and control arrangement, dimpling, internal wiring, riser spacing, clamp area, cable and hose lengths, and clearance from the tank or fairing.

Common Handlebar-Buying Mistakes

• Choosing entirely by appearance: A bar can look perfect and still place your wrists or shoulders in an uncomfortable position.
• Looking only at rise: Width and pullback can change the final grip position just as much.
• Assuming the existing cables will reach: Check them at full steering lock before committing.
• Ignoring throttle type: Cable throttle and throttle-by-wire bars are not automatically interchangeable.
• Forgetting tank or fairing clearance: Always check the complete steering range.
• Assuming diameter means fitment: Clamp, control and centre-section dimensions can differ.
• Ignoring wiring: Internal wiring can require additional work and the correct bar preparation.
• Changing bars without considering the seat: Rider position is the relationship between seat, controls and handlebars, not one component in isolation.

Before You Order: The Hogparts Handlebar Checklist

Confirm the following:

• Exact Harley-Davidson model and year
• Current and desired hand position
• Handlebar rise, width and pullback
• Riser clamp diameter and spacing
• Control and grip diameter
• Cable throttle or throttle-by-wire
• Internal or external wiring requirements
• Throttle-cable length where applicable
• Clutch-cable or hydraulic-clutch-line length
• Front brake-line length
• Switch-wiring length
• Tank, fairing and instrument clearance
• Heated-grip or bar-end accessory compatibility where relevant

The Hogparts View

Handlebars are one of those parts where measurements on a product page only tell half the story.

Correct fitment matters, but so does the rider. A bar that transforms one person's motorcycle can make another person's riding position worse.

Start with what you want to change about the way the bike feels. If you are stretched forwards, look for a combination that brings the grips towards you. If you feel cramped, more width or less pullback may help. If you want more leverage, consider width and hand position as well as style.

Then check the practical details: throttle type, clamp size, wiring, cables, brake line and clearance.

That approach is more reliable than choosing the tallest or most dramatic bar and trying to make everything else fit afterwards.

Final Thoughts

The best Harley-Davidson handlebars are not necessarily the tallest, widest or most expensive. They are the ones that fit the motorcycle properly and put the rider's hands where they naturally need to be.

Choose the riding position first, check the dimensions second and confirm all the supporting components before ordering.

A well-chosen handlebar can improve comfort, control and appearance at the same time. A badly chosen one can create a surprising amount of extra work.

Hogparts is an independent UK supplier of aftermarket parts and accessories for Harley-Davidson motorcycles. Hogparts is not affiliated with, endorsed by or authorised by Harley-Davidson Motor Company. Harley-Davidson names and model references are used solely for identification and compatibility purposes.