This Motorcycle Brake Recall Failed a Federal Stopping-Distance Test. Here's What That Test Measures — and How to Check Your Own Brakes

A brand most riders in New Mexico have never seen on the street, FWMOTO, just recalled the front and rear brake pad assembly on its FLY-10 model. The reason is specific and worth understanding on its own terms: the bikes measured a stopping distance of 25.54 meters against a required 23.03 meters, and the pads also failed a wet-brake test. That's not a vague "safety concern." It's a bike that, by the government's own measurement, takes longer to stop than the law says it's allowed to. Here's what that number actually means, and a couple of checks worth doing on your own bike regardless of what you ride.

The recall, plainly

NHTSA campaign 26V035, filed January 29, 2026: FWMOTO Inc.'s FLY-10 motorcycles have a friction brake pad assembly, supplied by Zhejiang Winsafe Automotive Components, that doesn't meet Federal Motor Vehicle Safety Standard 122's stopping-distance requirement. The measured distance, 25.54 meters, came in about 11 percent longer than the 23.03-meter standard, and the same assembly failed a separate wet-brake test. The remedy hasn't been published yet.

If you don't own an FWMOTO, the instinct is to move on. Worth pausing on the number instead.

What "stopping distance" actually measures

FMVSS 122's test isn't abstract. It's a rider applying maximum brake pressure from a set speed and measuring how much pavement the bike eats before it stops. Two things determine that number: how much friction the pads can generate against the rotor, and how well that friction actually reaches the pavement through two patches of rubber roughly the size of your palms. FWMOTO's recall is a friction-material failure, the first half. But the second half is something every rider controls directly, on every bike, every time they leave the driveway: the contact patches. Your tires are the only two points of communication between you and the asphalt, and a squared-off tread profile, dry rot, or a tire running 3 PSI off from spec is enough to turn a stable front end into a wandering one. New pads don't fix bad tire pressure, and a recall notice on someone else's brand is a fair prompt to check yours.

The technique a recall can't fix — the Set and the Squeeze

Hardware is half the stop. The other half is what happens at the lever, and it's worth being specific about it, because most riders have never had it named.

The Set and the Squeeze. Take up the slack in the lever until the pads meet the rotor and the suspension settles — that's the set. Then increase pressure progressively and firmly — that's the squeeze. Two stages, one motion, and skipping the set is the single most common reason a stop takes longer than it needs to.

Grabbing vs. fishing. The two failure modes at the lever: an abrupt grab, or a hesitant, searching squeeze. Both produce a longer stop than a clean set-and-squeeze, for opposite reasons — one overloads the front tire's grip before it's ready, the other never asks enough of it.

Use the set to read the road. That half-second where the pads first meet the rotor and the fork starts to compress is also where you feel how much grip is actually available. On sand, gravel, or a wet surface, that's the only warning you get before you commit to full pressure.

Double the speed, quadruple the distance. Kinetic energy doesn't scale in a straight line with speed — it scales with speed squared. Go from 30 mph to 60 mph and your stopping distance doesn't double, it roughly quadruples. It's one sentence, and it reframes every "I had plenty of room" story a rider tells themselves after the fact.

None of that shows up on a spec sheet or a recall notice. It's the part of stopping distance that lives in the rider, not the hardware, and it's exactly what a recall can't correct.

Two checks worth five minutes before your next ride

You don't need a service bay for either of these.

1. Pull the tire pressure gauge before you leave, not after you notice something feels off. A 3-PSI difference between what's in the tire and what the manufacturer specifies is enough to change how the front end behaves under braking. It's the cheapest, fastest safety check on the whole bike, and it's the one most riders skip because nothing about a slightly-soft tire feels urgent until it is.

2. Look at the tread profile, not just the tread depth. A squared-off front tire, worn flat across the center from mostly-upright riding, has less contact patch available the moment you actually need to lean or brake hard. Dry rot and sidewall cracking matter too, especially on a bike that sits more than it rides.

If either check turns up something you're not sure how to read, that's a fair question for whoever services your bike, not something to guess your way through on a Saturday morning ride.

Where this fits into training a rider actually gets

An endorsement course teaches you to operate the brake lever. It rarely teaches the set-and-squeeze as a drilled, automatic motion, and it doesn't touch the difference between reading a surface through the set and just mashing the lever and hoping. That's the kind of specific, repeatable skill that closes the gap between "I know how brakes work" and "I stopped shorter than I thought I could," and it's worth an honest look at where your own habits actually stand. The free rider quiz maps that out as a Risk Signature, specific to how you ride, never a test you can fail.