Electric Skateboard With Suspension: Do You Need It?

Uneven city routes can send cracks, patchwork, and expansion joints straight through a skateboard deck. That often leads riders to search for an electric skateboard with suspension. Yet mechanical suspension is not always the best answer: wheel size, tire construction, deck compliance, trucks, speed, and route choice usually matter just as much.

The Short Answer

Most riders do not need mechanical suspension for ordinary city pavement. A street board with the right wheels, a compliant deck, properly adjusted trucks, and sensible riding speed can manage shallow cracks, patched asphalt, and expansion joints.

Mechanical suspension becomes more relevant when a route repeatedly includes severe surface changes that ordinary street wheels cannot comfortably handle. Even then, pneumatic tires may provide a larger practical improvement without the height, weight, complexity, and maintenance of a separate suspension system.

An electric skateboard with suspension cannot make every route suitable. The board still needs enough wheel clearance, predictable braking, suitable traction, and a safe line around hazards.

What Electric Skateboard Suspension Really Means

The word “suspension” is used loosely in electric skateboard searches. Riders may be describing several different systems that reduce vibration, although only some are true mechanical suspension.

Mechanical Suspension Systems

A true suspension system allows the wheels or trucks to move vertically relative to the deck through springs, dampers, linkages, or flexible suspension arms. The goal is to reduce how much of a bump reaches the rider while helping the wheels maintain contact with an uneven surface.

This design can improve isolation on rough ground, but it also introduces trade-offs. Suspension hardware adds weight, ride height, moving joints, and maintenance points. A taller platform can feel less direct during carving, while added movement may change how the board responds during acceleration and braking. Suspension geometry must also control lateral stability, not merely absorb vertical impacts.

For city riding, those compromises may be unnecessary when the rough sections are short or avoidable.

Wheels, Tires, and Deck Compliance

Many electric skateboards manage vibration without mechanical suspension. Soft polyurethane wheels deform slightly over small surface texture, hollow wheels add additional material movement, pneumatic tires use air volume to absorb larger impacts, and a compliant deck flexes under the rider.

These components affect different types of discomfort. Soft urethane helps with high-frequency vibration from coarse pavement. Larger wheels roll over gaps more easily. Pneumatic tires compress around sharper edges and broken surfaces. Deck flex can reduce some vibration reaching the feet, although too much flex may feel less controlled for heavier riders or at higher speeds.

Trucks and bushings also influence how settled the board feels, but they should not be described as suspension. Their primary job is steering and lean control. Looser trucks may feel more compliant during carving, yet they do not provide meaningful vertical wheel travel and can reduce stability if adjusted beyond the rider’s ability.

Matching Ride Comfort to the Route

The correct setup depends on how often poor surfaces appear, how severe they are, and whether the rider must carry the board between rideable sections. Buying for the worst-looking crack on the route can lead to a board that is unnecessarily heavy for every other part of the trip.

Typical Uneven City Pavement

A route with mostly maintained asphalt, occasional utility patches, shallow cracks, brick crossings, and expansion joints usually does not require mechanical suspension. Larger street wheels can reduce the sharpness of these interruptions while preserving a lower ride height and direct steering feel.

A long, stable deck also gives the rider more room to absorb movement through the ankles and knees. The rider should still slow before damaged sections, keep the knees relaxed, and cross long seams at a controlled angle where traffic conditions permit.

Suspension should never be used as a reason to maintain full speed over an unfamiliar surface. A small object or narrow wheel trap can destabilize a board before any suspension system has time to help.

Repeated Broken and Mixed Surfaces

Pneumatic tires make more sense when rough pavement is a regular part of the route rather than a brief interruption. Their larger diameter and air volume can reduce impacts from broken asphalt, uneven concrete, packed gravel, and imperfect transitions.

The trade-off is a larger, heavier board with more rolling resistance and additional tire care. Pneumatic tires require pressure checks and can suffer punctures or pressure loss. All-terrain boards are also less convenient when the journey includes long staircases, crowded train transfers, or frequent hand carrying.

Riders facing this type of route may find an off road electric skateboard more relevant than a street board with a complicated mechanical suspension system.

Hazards Comfort Hardware Cannot Fix

No wheel or suspension system makes deep potholes, raised curbs, drainage grates, loose metal plates, wet leaves, standing water, or large pavement gaps safe. These are line-choice and route-planning problems rather than comfort problems.

A good route provides enough visibility and space to slow down, change direction, or step off. If the rider must enter traffic suddenly to avoid damaged pavement, the route remains unsuitable regardless of the board’s hardware. Walking a short section is often the more practical solution.

CYBER MAX and CYBER ULTRA for Uneven Routes

MAXFIND does not list conventional spring-and-damper suspension for either model. Instead, the two product families address road vibration through different wheel, tire, deck, and truck configurations.

CYBER MAX for Street-Oriented Routes

The MAXFIND CYBER MAX family uses a 38-inch Xcomposite deck and MAX III 45-degree forged trucks. The standard CYBER MAX and CYBER MAX LR use 90mm polyurethane wheels, while the currently listed CYBER MAX PRO and CYBER MAX X use 107mm Space Wheels with soft 74A urethane and ten hollow pockets.

The 90mm configurations make more sense on predictable pavement. Their smaller wheels keep the setup relatively compact and direct, but they require more attention around cracks, stones, and rough transitions. The 107mm Space Wheel versions provide more material and diameter between the road and the rider, making them the better CYBER MAX choices when patched asphalt and expansion joints appear regularly.

CYBER MAX weights vary by configuration from a published 19.8 pounds for the standard model to 24.2 pounds for the CYBER MAX X. That makes the family easier to manage than the CYBER ULTRA, although none of these boards should be described as lightweight mini boards.

CYBER ULTRA for Consistently Rough Routes

The MAXFIND CYBER ULTRA uses a more terrain-focused approach. The belt-drive version is listed with 175mm pneumatic tires, the hub version with 165mm pneumatic tires, and the belt-drive 2-in-1 configuration with both 175mm pneumatic tires and 107mm Space Wheels.

The pneumatic configurations should provide substantially more impact isolation than small solid street wheels because their diameter and air volume can absorb larger surface changes. The board also uses a wide Xcomposite deck and 13-inch double-kingpin trucks. These features support stability, stance room, and carving, but they are not a conventional suspension system.

At a published 29 pounds, the CYBER ULTRA demands a clear reason for its extra capability. It makes sense when broken pavement, gravel connectors, and uneven park routes are common enough to justify a larger board. For a short commute on mostly clean asphalt, it may add more weight, height, and tire maintenance than the rider needs.

Choosing the Right Setup

Searching for an electric skateboard with suspension is usually a sign that the current board or route transmits too much impact. Before buying, identify whether the discomfort comes from fine vibration, repeated sharp edges, unstable steering, or obstacles that should not be ridden over at all.

Route Surface and Riding Distance

Walk or cycle the proposed route before choosing a board. Look for the longest rough section rather than judging a single isolated crack. Record the pavement type, width of gaps, frequency of transitions, hills, places to slow down, and sections where the board must be carried.

For mostly smooth routes with a few rough blocks, a CYBER MAX configuration with larger street wheels may offer the more balanced solution. When poor pavement is continuous and the board rarely needs to be carried, the CYBER ULTRA’s pneumatic setup becomes easier to justify.

Distance also changes the decision. Minor vibration may feel acceptable for one mile but tiring across a longer ride. Rider weight, stance, shoe cushioning, tire pressure, and speed can further change how much vibration reaches the feet and legs.

Comfort Versus Portability

Every comfort upgrade has a practical cost. Larger wheels add size and may affect gearing or acceleration. Pneumatic tires add pressure checks and puncture risk. Mechanical suspension adds components and ride height. A wider all-terrain board becomes awkward on stairs or crowded transit.

Choose the least complicated setup that solves the regular route. A lighter street board is often the better everyday tool when rough surfaces are occasional and can be crossed slowly or walked. A heavier pneumatic board becomes worthwhile when rough pavement defines the journey.

Speed and Rider Technique

Comfort is not determined by hardware alone. Impact energy rises as speed increases, so slowing before damaged pavement can make a larger difference than a small equipment change. Relaxed knees and ankles allow the rider’s body to absorb movement instead of sending every impact through a rigid stance.

Do not place most of the rider’s weight over the front truck when approaching a crack or raised joint. Keep the body centered, avoid abrupt steering, and leave extra braking distance. New riders should develop these habits on smooth pavement before adding rough surfaces.

Maintenance and Safety on Uneven Roads

Comfort-oriented equipment still needs inspection. Check wheels for cuts, chunks, embedded debris, or uneven wear; inspect trucks and mounting hardware; confirm that bushings are not split; and examine the deck and enclosures after any hard impact.

Pneumatic tires should be maintained within the manufacturer’s specified pressure range. Excessively low pressure can increase rolling resistance and expose the tire or rim to impact damage, while excessive pressure reduces cushioning. Riders should use the specification supplied for the exact wheel and tire configuration rather than copying a value from another model.

Wear a certified helmet and suitable protective equipment, and avoid testing a new wheel or truck setup in traffic. Local rules may also restrict where electric skateboards can be used. Better vibration control improves comfort, but it does not change access laws or eliminate the consequences of a fall.

Conclusion

Most uneven city routes do not require a true electric skateboard with suspension. CYBER MAX configurations suit primarily paved routes, while the CYBER ULTRA’s pneumatic tires are the stronger choice for consistently broken or mixed surfaces. Choose according to the complete route, carrying needs, and maintenance tolerance—not the suspension label alone.

FAQs

Does the CYBER MAX have suspension?

MAXFIND does not list mechanical suspension for the CYBER MAX. Depending on the version, ride comfort comes from its Xcomposite deck and either 90mm polyurethane wheels or 107mm hollow Space Wheels.

Does the CYBER ULTRA have suspension?

MAXFIND does not list a conventional suspension system for the CYBER ULTRA. Its rough-surface comfort primarily comes from large pneumatic tires, a wide composite deck, and its truck and bushing setup.

Are pneumatic tires better than suspension for city riding?

They can be more practical when broken pavement is frequent because they absorb larger impacts without a separate suspension mechanism. They also add size, rolling resistance, pressure maintenance, and puncture risk.

Can suspension make potholes safe to ride over?

No. Deep potholes, curbs, wheel-width gaps, and loose obstacles should be avoided. Slow down, change your line only when it is safe, or step off and walk past the hazard.

More reading: How to Make Rough-Pavement Electric Skateboard Commutes Feel Smoother