Your Motorcycle's Command Center

Handlebars and controls are far more than a simple steering interface — they are the rider's primary connection to the motorcycle, directly shaping comfort, safety, and overall riding confidence. Every input you make on a ride flows through this system: acceleration, braking, clutch engagement, signaling, and lighting are all managed from the cockpit you build around your bars.

The handlebar itself serves as the structural backbone of this system. Handlebars and controls encompass a wide ecosystem of interconnected components that must work together precisely. Whether you are restoring a vintage cruiser to factory spec, building a custom chopper from scratch, or refreshing a worn-out dirt bike cockpit, understanding what falls under this category helps you make smarter, safer choices.

What's Included in Handlebars & Controls

This parent category covers a broad range of subcategories, each playing a critical role in how your motorcycle handles and feels:

• Handlebars – The core tubular component of the steering mechanism. Available in styles ranging from ape hangers and drag bars to clip-ons and buckhorns, bar geometry affects rider posture, reach, and wrist angle across every riding discipline.
• Grips – The rider's tactile interface with the bars. Grip diameter, material, and texture all influence hand fatigue and how hand controls feel at the lever. Getting the right match between grip profile and bar diameter is essential for comfort on longer rides.
• Throttle Controls & Assemblies – Available in internal and external configurations for both carbureted and fuel-injected setups. The throttle housing connects the throttle cable to the throttle tube, making it a critical link between rider input and engine response.
• Brake & Clutch Levers – These components determine the feel and precision of your front brake and clutch engagement. Brake and clutch feel ultimately comes down to how well the levers are matched to the master cylinder and overall control setup.
• Master Cylinders – Handlebar-mounted master cylinders are the hydraulic heart of your front brake and clutch system. Proper sizing and compatibility with your lever setup is key to consistent, confidence-inspiring stopping power.
• Handlebar Switches & Switch Housings – Handlebar-mounted switches control functions such as headlights, turn signals, horn, and engine cut-off, all within immediate reach of the rider's hands. Switch housings protect internal wiring and contribute to the overall clean look of the cockpit.
• Risers & Clamps – Risers hold the handlebars above their mounting position on the upper triple clamp, and can be separate components or integrated into the bar design. Adjusting riser height changes your reach and riding posture significantly.
• Cables – Throttle, clutch, and brake cables transmit rider inputs to the components they operate. Cable length must be matched to bar height to prevent binding or excess slack through the full range of steering motion.
• Bar Ends & Weights – Bar-end weights help dampen vibration by isolating the bar's resonant frequency from that of the engine, reducing hand fatigue on longer rides.

What to Consider When Shopping Handlebars & Controls

Fitment compatibility is the first priority. Bar diameter, clamp dimensions, cable routing requirements, and master cylinder sizing must all align across your chosen components. A mismatch — even a small one — can result in poor feel, restricted range of motion, or unsafe operation. When upgrading to taller or wider bars, remember that longer cables and brake lines will likely be required as well.

Ergonomics are equally important. Bar width, rise, sweep, and pullback all affect how your weight is distributed and how naturally your wrists align during riding. What works for a relaxed cruiser commute may not suit aggressive trail riding or canyon carving. Take time to understand the geometry of any bar before purchasing.

Finally, consider the overall system cohesion. Handlebars, levers, throttle, switches, and cables are all designed to work as an integrated cockpit. Mixing components from different fitment families can introduce complications — so approach your build or repair with the full picture in mind.