SOLD INDIVIDUALLY — PRICED PER SINGLE PLUGGED BUSHING
Gunmetal V2 Plugged Bushings integrate Riot’s machined bushing geometry with truck-specific plug behavior in one made-to-order part.
This removes internal slack inside the system before the bushings begin doing their real job, creating a more direct and mechanically efficient response.
Core Function: Preserve the tuning effect of height, shape, and durometer while eliminating wasted motion inside the bushing stack.
Height
Tuning Variable
Height changes how much material is available to deform under load and how support builds through the lean cycle.
Standard
The baseline Riot bushing height. Best for broad compatibility and balanced support.
Tall
Provides more available urethane height, increasing support range and allowing the truck to build force deeper into the turn.
Short
Reduces stack height and lowers total available deformation. Useful where packaging space is limited or where a quicker, lighter-feeling response is desired.
Shape
Tuning Variable
Shape changes how the bushing loads, how quickly support ramps, and how the truck feels through center and deeper lean.
Barrel
The most stable and supportive shape in the lineup. Best for stronger centering force, more support under load, and a more planted feel.
Cone
Reduces material engagement toward the outer edge, allowing easier initial lean and a more lively, responsive feel.
Widow
Introduces a more specialized deformation profile by removing material strategically. Useful for riders looking for a unique combination of compliance and progression.
Plug
Integrated Plug System
Gunmetal V2 Plugged Bushings combine the tuning behavior of a Riot Bushing with the equivalent Riot Plug geometry in one made-to-order part.
- Removes internal slack before engagement
- Improves efficiency of lean-to-turn conversion
- Preserves intended ride height and stack compression
- Creates a more direct and responsive ride
Price follows the equivalent bushing plus the equivalent plug, minus $1.50.
Durometer
Tuning Variable
Durometer controls the stiffness of the elastomer itself, but it never acts alone. Final feel is always the result of durometer combined with height, shape, truck geometry, rider weight, and riding style.
Lower Durometers
Increase compliance, grip development, and ease of lean.
Higher Durometers
Increase support, reduce deformation, and sharpen return-to-center.
General Guidance: Softer setups usually favor lighter riders, lower-speed carving, and front truck use. Harder setups usually favor higher-speed stability, heavier riders, and rear truck use.
Fit
Confirmed Fit
Optimized specifically for Gunmetal V2 hanger geometry.
Engineering
Why Riot
Most bushings in skateboarding are treated like simple commodity elastomer parts. Riot treats them as mechanical spring elements.
Because bushing performance depends on geometry, preload, and material response, Riot machines bushings from cast polyurethane rather than relying purely on conventional molded production.
This allows tighter dimensional consistency and a more controlled relationship between the intended design geometry and the finished part.
Why it matters: Small changes in height, diameter, edge condition, or seat interaction can materially change how a truck behaves.
Integrated Plug Mechanics
Plugged Bushings combine Riot’s machined bushing geometry with a truck-specific internal plug in one unified part.
This removes internal slack before the system engages, improving efficiency of lean-to-turn conversion without artificially increasing preload.
System Mechanics
Plugs reduce the amount of input energy that is improperly converted into hanger-to-baseplate translation when the intended motion is rotation.
Without a plug, the bushing stack can shift before engaging, introducing an additional degree of freedom into the system.
Plugs eliminate that unwanted motion.
- No additional preload is introduced
- No change in ride height or stack compression
- Only the removal of internal slack
By removing this degree of freedom, more input is directly converted into rotational output.
In simple terms: Less input is wasted, and more input becomes motion.