V-Twin Forward Controls: What They Are and How Installation Works
The Short Answer
Forward controls move a motorcycle's foot pegs, shift lever and rear brake pedal from under the rider, the mid-mount position, to a point ahead of the engine. On V-twin cruisers this gives a feet-forward, legs-extended riding position that many taller riders find more comfortable on long rides. Installing them is a common owner upgrade, but it is not only a bolt-on job. It usually involves the rear brake hydraulics, the shift linkage and sometimes the brake light switch wiring. Fitment depends entirely on the bike's make, model family and model year, so the first step is always confirming that a specific kit is designed for your motorcycle.
Forward, Mid and Floorboard Controls Compared
Many V-twin cruisers are offered with more than one control layout, either from the factory or through aftermarket kits. The table below summarizes the general differences. These are typical tendencies, not guarantees for any particular model.
Layout | Foot position | Typical strengths | Typical trade-offs; Mid controls | Under the rider, knees bent | Easier to stand on the pegs, natural weight on the feet, often better low-speed control | Can feel cramped for long-legged riders on long rides; Forward controls | Ahead of the engine, legs extended | Relaxed cruiser posture, more legroom | Less leverage for standing or quick foot movements, may change cornering clearance, can stretch shorter riders; Floorboards | Wide platforms, usually mid or slightly forward | Room to shift foot position on long trips | Bulkier, may scrape earlier in corners on some models
Forward controls are also different from highway pegs. Highway pegs are extra footrests mounted on the engine guard or frame that the rider uses occasionally while cruising. They do not carry the shifter or brake pedal. Forward controls replace the primary operating position for both feet.
Who Benefits From the Swap
The main reason riders install forward controls is fit. A rider with a longer inseam may find that mid controls keep the knees sharply bent, which can be tiring over a long day. Moving the controls forward opens that angle. Shorter riders should be careful: if the pedals end up beyond comfortable reach, the rider may have to stretch or lift a foot off the peg to brake or shift, which works against safe control. Some kits offer extensions or adjustable pegs, and sitting on the bike with a friend holding it upright, while estimating where the new pedals will be, is a simple way to judge whether the change suits you.
Checking Fitment Before You Buy
Kits are usually engineered for a specific model family and range of years. Frame mounting points, brake line routing, exhaust placement and electrical connectors can change between generations of the same model, so a kit that fits one year may not fit another. Before ordering, confirm the following with the kit's listed application:
The exact model and model year of your motorcycle; Whether your frame already has forward-control mounting points or needs brackets; Whether the kit includes a rear master cylinder, or reuses your existing one; Whether a longer rear brake line is included or must be bought separately; How the kit handles the brake light switch, which may be hydraulic or mechanical depending on the bike; Whether your bike has ABS, which can affect brake line parts and the bleeding procedure; Whether the shift linkage, rod ends and pegs are included; Compatibility with your current exhaust, engine guard and any floorboards or highway pegs
A complete kit typically includes the mounts, shift lever and linkage, brake pedal, master cylinder, brake line and pegs. Partial kits are cheaper but often leave the installer hunting for the remaining parts.
What Installation Involves
The exact procedure comes from the kit instructions and the motorcycle's service manual, including fastener torque values and thread-locker requirements. The general sequence on most V-twin cruisers looks like this:
Secure the bike upright on a lift or stand, and disconnect the battery if you will be working on the brake light switch wiring. Protect painted and plastic surfaces near the brake components, since brake fluid can damage finishes. Remove the mid-mount shift lever and linkage from the left side. On the right side, drain or capture the rear brake fluid, disconnect the brake line and remove the mid-mount brake pedal and master cylinder assembly. Install the forward control mounts on the frame using the supplied hardware, tightened to the specified torque. Fit the shift lever and linkage rod, then adjust the rod length so the lever sits at a comfortable height and moves fully through upshifts and downshifts. Install the brake pedal and master cylinder, route the new brake line away from the exhaust, belt or chain, and suspension parts, and connect the brake light switch. Fill the reservoir with the brake fluid type specified for your bike and bleed the rear brake until the pedal is firm. Adjust pedal height and free play, and confirm the brake light turns on when the pedal is pressed.
The Rear Brake Is the Critical Part
Most of the risk in this job sits on the brake side. Air left in the line produces a soft or sinking pedal, and a line routed too close to the exhaust or a moving part can be damaged over time. Use only the fluid type marked on the reservoir cap or in the service manual. Silicone-based DOT 5 fluid must not be mixed with glycol-based DOT 3, DOT 4 or DOT 5.1 fluid, because the two are not compatible.
On ABS-equipped motorcycles, opening the rear brake system may require a specific bleeding procedure. On some models this involves a diagnostic tool that cycles the ABS module. If your bike has ABS, check the service manual before disconnecting anything. If the procedure calls for equipment you do not have, it is reasonable to have a dealer or experienced shop handle the brake portion.
Final Checks Before Riding
Pedal feel: the rear brake pedal should be firm and should not sink under steady pressure. Brake light: it should illuminate promptly when the pedal is pressed. Shifting: run through all gears with the engine off and the rear wheel turning, if safe to do so, and confirm neutral is easy to find. Clearance: check that pegs, levers and the brake line clear the exhaust, frame and kickstand, and that nothing contacts moving parts through suspension travel. Fasteners: recheck that every mount, pivot and rod end is tight and secured as specified. Low-speed test: ride in an empty, safe area first to get used to the new reach, braking and shifting before riding in traffic.
Expect a short adjustment period. With your feet forward, shifting relies more on ankle movement and less on lifting the leg. Some riders prefer a heel-toe shifter for this reason. Cornering clearance may also differ from the mid-control setup on some models, so learn where the pegs touch down gradually.
DIY or Shop Installation
An owner who is comfortable with basic hand tools, can follow a service manual, has a torque wrench and has bled hydraulic brakes before can usually handle a complete, model-specific kit. Riders without brake experience, owners of ABS bikes that need a tool-assisted bleed, and anyone adapting a kit that is not listed for their exact model are better served by a qualified shop. If your bike is under warranty, ask the dealer how aftermarket controls might affect coverage before starting, because policies vary by manufacturer.
Bottom Line
Forward controls are a well-established way to make a V-twin cruiser fit a longer-legged rider and achieve a relaxed, feet-forward posture. The upgrade succeeds when the kit matches your exact model and year, the rear brake is correctly bled and tested, and the shifter and pedal are adjusted to your reach. Confirm fitment first, follow the kit and service manual procedures, and hand off the brake work if it is beyond your experience or tools.