Harley-Davidson Dyna Handlebar Setup Guide: Risers, Bars, Controls & Cable Lengths

A solid Dyna handlebar setup starts from the riser bolts up—not just the bars themselves. This Kruesi Originals guide covers 1999–2017 Harley-Davidson Dyna handlebar and riser combinations, walking you through the mounting hardware, riser bushings, handlebars, levers, and grips that make a properly dialed-in setup. We'll also show you how to measure your throttle and idle cables, clutch cable, front brake line, and factory switch wiring when upgrading your bars.

Before ordering, verify your model year, handlebar clamp diameter, throttle system, gauge location, and existing controls. Every build is different, so measuring your actual setup is the best way to determine the correct cable and wire lengths.

1. Build a Solid Foundation: Bolts & Bushings

When upgrading your Dyna’s handlebars and risers, don’t overlook the hardware holding everything together. At Kruesi Originals, we always recommend installing fresh riser bolts and bushings whenever you replace your risers. It’s a simple way to start your new bar setup with a solid foundation.

For our builds, we trust Kruesi Originals Grade 8 Riser Bolts paired with Alloy Art Heavy-Duty Polyurethane Riser Bushings. This combination provides a solid, responsive feel while helping reduce unwanted vibration and movement.

Our Go-To Dyna Riser Mounting Hardware

Installation Tip: For compatible installations using Kruesi Originals Grade 8 Riser Bolts, apply the provided red Loctite as directed and torque the riser mounting bolts to 45 ft-lbs (61 Nm). Before torquing, always verify proper bolt thread engagement and depth within the risers to ensure secure mounting and prevent potentially stripping or damaging the riser threads.

2. Pick the Right Risers: Height, Pullback & Adjustability

Riser height determines how high your handlebars sit, while pullback determines how close they are to you. Your handlebar’s rise and sweep also affect the final grip position, so two setups with a similar overall height can still feel very different once installed.

Straight vs. Pullback Risers

Straight risers position the bar clamp directly above the mounting points for a more forward-reaching riding position. Pullback risers bring the bars closer to the rider, reducing reach and often creating a more upright, relaxed position. Neither is automatically better: rider height, arm length, bar bend and riding style all matter. Mock up your seated and standing reach before choosing.

One of Our Most Popular Dyna Handlebar Setups

One of the most popular non-adjustable handlebar setups we sell at Kruesi Originals is the Big Al’s Cycles 6-inch or 8-inch Bubba Clamp Kickback Risers paired with Buddy Suttle Mid Bend Handlebars.

This combination delivers a comfortable balance of height, pullback and control, making it a favorite for a clean, performance-inspired Dyna setup. It’s also a combination we personally run and recommend based on our own riding experience.

Fitment Tip: Big Al’s Bubba Clamp Risers use compatible 1-inch clamp handlebars. Depending on your Dyna’s factory gauge configuration, an additional gauge mounting kit may be required.

Shop Big Al’s Bubba Clamp Kickback Risers →  |  Shop Big Al’s Buddy Suttle Handlebars →  |  Shop Big Al’s Bubba Clamp Gauge Mounting Kit →

Can’t Decide? Go Adjustable.

Not sure whether straight or pullback risers are right for you? Archetype MFG R/T, Flight, and Operator Risers give you the freedom to dial in your ideal handlebar position without committing to a fixed angle.

All three feature 90 degrees of adjustability in 15-degree increments, allowing you to bring your handlebars closer or farther away to find the reach that feels best for your riding style.

See the Difference: The photos below demonstrate the different adjustment positions available with the Archetype MFG R/T Risers. The Flight and Operator offer the same range of adjustment, giving you the flexibility to choose the height and style that best fits your build.

Compare Archetype MFG Adjustable Risers

All three let you fine-tune your pullback position. The biggest differences are riser height, handlebar clamp size and overall design. Choose the model that fits how high you want the bars and the clamp diameter of the handlebars you plan to run.

Our Favorite Adjustable Dyna Handlebar Setups

These are two combinations we personally ride and recommend at Kruesi Originals. Choose based on your preferred bar height, riding style and overall comfort.

Keeping Your Factory Gauges? Plan for Relocation

When installing Archetype MFG risers on your Dyna, you may need an additional gauge relocation kit depending on your factory gauge setup.

Archetype offers both Single Gauge and Twin Gauge Relocation Kits designed to work with their risers, allowing you to retain your factory gauges while achieving a clean, functional handlebar setup.

Fitment Tip: Before ordering, verify your Dyna’s factory gauge configuration and mounting location. Depending on your setup, additional gauge wiring extensions may be required.

Shop Archetype Single Gauge Relocation →  |  Shop Archetype Twin Gauge Relocation →

3. Choose Handlebars That Match Your Risers

Consider width, rise, sweep, clamp diameter and actual grip/control diameter. Width affects leverage and clearance; sweep changes wrist angle; and bar rise changes your final grip height. Rotate the bars into your intended position, checking tank and gauge clearance at full steering lock.

Clamp Size Matters: Always match your handlebar clamp diameter to your riser clamp diameter. A 1-inch bar needs a compatible 1-inch riser clamp; a 1-1/8-inch bar needs a compatible 1-1/8-inch clamp. Even handlebars with a 1-1/8-inch center clamp have a 1-inch diameter at the grip and control area on the Big Al’s, ODI and Thrashin Supply models featured here, so they accept compatible stock Harley-Davidson hand controls. Always confirm your bike’s throttle style and control fitment before ordering.

Compare Our Go-To Dyna Handlebars

Looking for another bend or finish? Explore Thrashin Supply Handlebars → for an additional performance-inspired option. Verify the specific bar’s clamp size and throttle compatibility before ordering.

Cable Throttle Note: When installing ODI or Thrashin Supply handlebars on a cable-throttle Dyna, you’ll need a Handlebar Plug for TBW Handlebars → to close the throttle-by-wire opening. Select the correct bar version and verify the plug’s fit before installation.

4. Upgrade Your Levers & Grips for Better Control

Your handlebars and risers establish your riding position, but your levers and grips are what connect you to the bike. Upgrading these components can make a noticeable difference in comfort, control and confidence behind the bars.

Performance levers can improve clutch feel, leverage and ergonomics, making repeated clutch inputs more comfortable during aggressive riding and stunt applications. Meanwhile, quality grips provide a secure, comfortable connection to the handlebars, helping reduce hand fatigue whether you’re cruising or pushing your bike harder.

At Kruesi Originals, we’re particular about the components we run. Below are our go-to levers and grips, tested and trusted on our own motorcycles and builds.

Our Go-To Levers: Elite Mototech EZ-Pull

Elite Mototech is what we run on all our bikes and builds at Kruesi Originals. Their EZ-Pull clutch lever is designed to reduce clutch lever pull effort by 30%, helping make repeated clutch inputs easier during street riding, stunt riding and drifting. We pair it with the Elite brake lever for the hand-control feel we prefer. Verify clutch-perch and master-cylinder compatibility for your exact model, and check clutch adjustment and full lever operation after installation.

Shop Elite Mototech EZ-Pull Clutch & Brake Levers →

Compare Our Favorite Dyna Grips

Both are great options for finishing your bar setup—the right choice comes down to the texture and feel you prefer. The ODi Hart-Luck Lock-On's make for a great stunt and performance orientated grip, while the Performance Machine Contour grips make for a great every day comfort grip.

Throttle Fitment Tip: Dyna models use cable-operated throttles, with one important exception: the 2016–2017 FXDLS Low Rider S uses throttle-by-wire. Choose grips designed for your motorcycle’s throttle system, and always verify exact year, model and grip compatibility before ordering.

5. How to Measure for New Cables, Brake Lines & Wiring

Pro Tip: Riser Height Does Not Equal Cable Length

Installing 8-inch risers doesn't automatically mean you need 8 inches of additional cable or wiring.

Handlebar rise, bend, pullback, control positioning, and cable routing all affect the lengths you'll need. Every setup is different, so taking accurate measurements before ordering is the best way to avoid cables that are too short or unnecessarily long.

How to Properly Measure Your Cables & Brake Lines

1. Mock Up Your Complete Handlebar Setup

   Install or temporarily position your risers and handlebars exactly how you intend to run them. Mount your grips, throttle housing, clutch perch, front brake master cylinder, and hand controls in their final positions.

   Take the time to dial in your handlebar angle, grip reach, and lever positioning. Even small adjustments can change your required cable and brake line lengths.

2. Simulate Your Intended Cable & Brake Line Routing

   Using a flexible seamstress tape measure or even a shoelace, trace the exact path you want each cable or brake line to follow. If using a shoelace, mark the two measurement points, then lay it flat and measure the distance with a standard tape measure.

   Start and finish at the appropriate connection points, following the intended routing around your handlebars, triple trees, frame, and other components.

   Your routing matters! Measuring in a straight line instead of following the actual path can result in incorrect lengths. When choosing your routing, avoid sharp bends, hot surfaces, moving parts, and areas where cables could rub or become pinched.

   Measure your throttle, idle, clutch, and front brake lines individually, as each may follow a different route.

3. Account for Full Steering Movement

   When determining your cable and brake line lengths, turn your handlebars completely left and right to account for their full range of movement.

   Your measurements should allow enough additional length for the handlebars to move freely from lock to lock without placing tension on the cables, brake lines, or wiring.

4. Measure Your Front Brake Line With the Forks Fully Extended

   When determining your front brake line length, make sure the front forks are fully extended, as they would be when the front suspension is completely unloaded.

   This is typically when the distance between the handlebar-mounted master cylinder and the fork-mounted brake caliper is greatest.

   Follow your intended brake line routing and allow sufficient length for full suspension extension and steering movement without stretching or pulling on the line.

5. Measure Your Factory Switch Wiring

   Your factory handlebar switch wiring may also need to be extended when installing taller risers or handlebars.

   Follow your intended wiring route through or around your handlebars and risers, accounting for connector locations, full steering movement, and adequate strain relief.

   Make sure your measurements provide sufficient wiring length without placing tension on the harness or connectors.

Before You Order: Verify Your Measurements

Once you've determined your required lengths, double-check how your chosen manufacturer specifies cable and brake line measurements.

Throttle and clutch cables are commonly measured by their housing length, while brake lines may be measured between the fittings or specified by overall hose length.

Always confirm the manufacturer's measuring method before ordering, as measurement conventions can vary between suppliers.

Watch the KO Cable-Measuring Walkthrough

Watch our Kruesi Originals cable-measuring walkthrough, starting around the 2:14 mark where the measuring demonstration begins.

Shop Cables & Custom Brake Lines

Don’t Forget Your Factory Switch Wiring

Your existing switch wiring may need additional length even if the throttle, clutch and brake lines fit. Measure the complete connector route with the bars in their final position, allowing slack for full steering movement without pulling or pinching the harness.

NAMZ plug-in wiring extensions offer a clean way to extend compatible factory handlebar switch wiring without unnecessary splicing. Simply choose the extension designed for your Dyna’s model year and the length your setup requires.

6. Final Installation & Safety Checklist

Before riding, take the time to verify your new handlebar setup is securely mounted, properly adjusted and free of interference. Check the following with the motorcycle stationary:

• Riser bolts and mounting hardware: Verify proper bolt length, thread engagement and riser fitment. When installing compatible Kruesi Originals Grade 8 Riser Bolts, use the supplied threadlocker as directed and torque the riser mounting bolts to 45 ft-lbs (61 Nm). For other hardware, follow its manufacturer's specifications; do not assume the same torque applies.
• Handlebars and controls: Tighten the riser clamps, clutch perch, brake master cylinder and switch housings to their applicable specifications. Make sure the bars and controls cannot slip or rotate unexpectedly, and check tank and gauge clearance at both steering stops.
• Throttle operation: With the engine off, turn the handlebars fully left, to center and fully right. At every position, open the throttle and confirm it snaps closed freely without cable tension or binding. Steering must not pull the throttle open. Do not ride if the throttle sticks.
• Clutch operation: Confirm smooth lever movement, correct cable routing and adjustment, and proper clutch disengagement and engagement according to the service manual. Steering movement must not pull on the clutch cable.
• Front brake line and braking: Check hose and fitting clearance at full steering lock, with the forks fully extended and throughout suspension travel, including compression. Look for stretching, kinking, rubbing, twisting or pinching. Confirm fittings are secure, the brake system is properly bled after any hydraulic work, and the lever feels firm with no leaks before riding. Follow model-specific ABS service procedures where applicable.
• Switch wiring and gauges: Verify the harness has adequate slack through full lock-to-lock steering without pulling on connectors, rubbing sharp edges or contacting moving or hot parts. Check that the switches, lights and gauges function correctly and that wiring is safely secured.

Final check: Recheck steering movement and control operation after everything is tightened and routed. If anything binds, stretches, leaks or interferes, correct it before riding.