Braking Systems

Your brakes do more than slow you down. They control load transfer, stability, and how much grip each tire can actually use.

Braking is not about force. It’s about balance

Front vs Rear Brake Performance

Under braking, weight shifts forward.

• Front suspension compresses
• Rear tire unloads
• Front tire gains vertical load

Because grip increases with load (but not linearly), the front brake provides most stopping power.

Typical distribution:

• Front brake → 70–90% of total braking force
• Rear brake → stability support

Rear-only braking results in:

• Longer stopping distance
• Easier lock-up
• Reduced steering authority

The front brake stops the scooter. The rear brake stabilizes it.

Brake Balance & Stability

Brake balance determines how stable the scooter feels under deceleration. to much front bias:

• Risk of front overload

• Increased slip potential if traction is low

to much rear bias:

• Rear wheel lock

• Instability

• Skidding

Correct balance means:

• Predictable weight transfer

• Maximum available friction use

• Controlled deceleration

stabilty under braking is about controlled load distribution — not maximum pressure.

ABS & Slip Control

ABS (Anti-lock Braking System) prevents wheel lock by modulating brake pressure.

It works by:

• Detecting rapid deceleration of wheel speed
• Releasing pressure momentarily
• Reapplying force

ABS improves:

• Stability on low-grip surfaces
• Emergency braking consistency

But ABS does NOT:

• Increase available grip
• Override physics
• Shorten braking distance on perfect dry asphalt

ABS manages traction. It does not create it.

Braking While Leaning

When leaned over, tires share available friction between:

• Lateral force (cornering)
• Longitudinal force (braking)

This follows the traction circle principle. If you brake aggressively while leaned:

• Longitudinal demand increases
• Lateral demand is already high
• Combined force may exceed grip limit
• Result → front slide.

Controlled trail braking:

• Gradual brake release
• Smooth load transfer
• Maintained contact patch integrity

Braking while leaning is about force management, not force intensity.

Combined Braking Systems

Combined Braking Systems (CBS) distribute brake force between front and rear automatically.

Advantages:

• Increased safety for inexperienced riders
• Improved stability during panic braking

Limitations

• Reduced fine control
• Less performance optimization

CBS improves baseline safety.

Independent control improves performance precision.

Brake Force Application

Braking effectiveness depends on:

• Pressure progression
• Lever modulation
• Tire temperature
• Surface condition
• Suspension behavior

Sudden input causes:

• Abrupt load shift
• Contact patch distortion
• Reduced predictability

Progressive application results in:

• Smooth load transfer
• Stable chassis behavior
• Maximum usable friction

The best braking technique is not aggressive. It is progressive.