PIAGGIO LIBERTY 125 S 2026: Test Review, Pros and Cons. Real Top Speed - PIAGGIO LIBERTY 125 S 2026 Test Braking and traction control
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Indice articoli
- PIAGGIO LIBERTY 125 S 2026: Test Review, Pros and Cons. Real Top Speed
- PIAGGIO LIBERTY 125 S 2026 Test Build quality
- PIAGGIO LIBERTY 125 S 2026 Test Ergonomics and riding comfort
- PIAGGIO LIBERTY 125 S 2026 Test Suspension
- PIAGGIO LIBERTY 125 S 2026 Test Suspension setup guide
- PIAGGIO LIBERTY 125 S 2026 Test Braking and traction control
- PIAGGIO LIBERTY 125 S 2026 Test Engine performance top speed
- PIAGGIO LIBERTY 125 S 2026 Test Engine setup guide
- PIAGGIO LIBERTY 125 S 2026 Test Gearbox problems functionality
- PIAGGIO LIBERTY 125 S 2026 Test Riding traits handling stability safety
- PIAGGIO LIBERTY 125 S 2026 Test Fuel consumption
- PIAGGIO LIBERTY 125 S 2026 Test Conclusions pros and cons
- PIAGGIO LIBERTY 125 S 2026 Test Advice
- PIAGGIO LIBERTY 125 S 2026 Test Alternatives
- PIAGGIO LIBERTY 125 S 2026 Test Accessories and Upgrades
- PIAGGIO LIBERTY 125 S 2026 Test Scheduled maintenance guide
- PIAGGIO LIBERTY 125 S 2026 Test Known problems
- PIAGGIO LIBERTY 125 S 2026 FAQ
- PIAGGIO LIBERTY 125 S 2026 What failed to convince us
PIAGGIO LIBERTY 125 S 2026 Test Braking and traction control
The braking system of the Liberty 125 S is a mixed setup. At the front, a single 240 mm steel disc is clamped by a Nissin twin-parallel-piston floating caliper. This brake is assisted by a single-channel Bosch ABS system acting exclusively on the front wheel. Modulation at the right lever is good, allowing precise stopping force prior to anti-lock intervention, which exhibits perceptible but never destabilizing pulses through the lever.
At the rear is a traditional 140 mm mechanical drum brake commanded via flexible cable by the left lever. This control demands high physical effort to generate consistent deceleration, and the lever throw tends to lengthen quickly with brake shoe wear, necessitating frequent manual adjustments via the thumb nut located on the drum linkage. There is no electronic traction control system (ASR), a technical choice linked to the modest power outputs of the vehicle, which do not induce wheelspin on dry tarmac.